EA032106B1 - Antigen binding proteins to proprotein convertase subtilisin kexin type 9 (pcsk9) - Google Patents

Abstract

Antigen binding proteins and monoclonal antibodies specifically binding with Proprotein Convertase Subtilisin Kexin Type 9 (PCSK9) are described. Pharmaceutical compositions for treating or preventing a condition associated with elevated serum cholesterol levels in a subject are described. Nucleic acids encoding said antigen binding proteins and monoclonal antibodies, and recombinant expression vectors and host cells comprising the same are described. Methods of making antigen binding proteins and monoclonal antibodies and the use thereof in treating or preventing a condition associated with elevated serum cholesterol levels in a subject are also described.

Description

The present invention is filed with a sequence listing in electronic format. The sequence listing is provided in the form of a file called ARMO-003.1x1, created on August 21, 2008, which has a size of 296639 bytes, which has been enhanced by a file called ARMOB-003A ZyyShSh.S.ThT. created on Tuesday, October 11, 2010, which has a size of 297,239 bytes. Information in electronic format of the sequence listing is hereby incorporated by reference in its entirety.

FIELD OF THE INVENTION

The present invention relates to antigen binding proteins that bind to proprotein convertase subtilisin Kexin type 9 (PC8K9), as well as to methods for using and preparing antigen binding proteins.

BACKGROUND OF THE INVENTION

Protein convertase subtilisin kexin type 9 (PC8K9) is a serine protease involved in the regulation of protein levels - low density lipoprotein receptor (LDL) (Nooyop et al., 2007; 8e1baN and Rga1, 2007). Ίη νίτο experiments have shown that when PC8K9 is added to HepC2 cells, LDL levels of the cell surface decrease (Vefappe et al., 2004; Ladase et al., 2006; Max ^ e11 et al., 2005; Ragk et al., 2004). Experiments in mice showed that with increasing levels of PC8K9 protein, LDL protein levels in the liver decrease (Wefappe et al., 2004; Ladase et al., 2006; Mach \\ c11 et al., 2005; Ragk et al., 2004) whereas in RS8K9 knockout mice, LDL levels in the liver are elevated (YaiYb et al., 2005). In addition, various mutations of human PC8K9 were established that caused either elevated or decreased plasma LDL levels (Ko1o \\ bk et al., 2006; Ζΐκιο et al., 2006). It has been shown that PC8K9 directly interacts with the LDL protein, undergoes endocytosis along with LDL and co-immunofluorescence with LDL along the entire endosomal metabolic pathway (Ladase et al., 2006). Destruction of LDL under the action of RS8K9 was not observed, and the mechanism by which extracellular LDL protein levels are reduced is not known.

PC8K9 is a prohormone-proprotein convertase in the subtilisin (88) family of serine proteases (8e1baN et al., 2003). A person has nine prohormone-proprotein convertases, which can be divided between subfamilies 88A and 88B (Kashtdy et al., 2006). Furin, RS1 / RS3, RS2, RASE4, RS4, RS5 / RS6 and RS7 / RS8 / BRS / 8RS7 are classified in the 88B subfamily. The crystal and IMC structures of various domains from mouse furin and PC1 show subtilisin-like pro- and catalytic domains, and the P domain is directly the C-terminus to the catalytic domain (NeppsN et al., 2003; Tapdgea et al., 2002). Based on the similarity of the amino acid sequence within this subfamily, all seven representatives are assumed to have the same structure (NeppsN et al., 2005). 8K1-1 / 81P and RS8K9 are classified in the 88A subfamily. Comparison of sequences with these proteins also suggests the presence of subtilisin-like pro- and catalytic domains (8aka1 et al., 1998; 8e1baN et al., 2003; 8e1baN et al., 1999). In these proteins, the C-terminus of the amino acid sequence to the catalytic domain is more variable and does not suggest the presence of a P domain.

Prohormone-proprotein convertases are expressed as zymogens, and they mature in a multi-stage process. The function of the domain is double in this process. Prodomain initially acts as a chaperone and is necessary for the proper folding of the catalytic domain (1ketiga et al., 1987). Once the catalytic domain is collapsed, autocatalysis occurs between the prodomain and the catalytic domain. After this initial cleavage reaction, the prodomain remains bound to the catalytic domain, where it then acts as an inhibitor of catalytic activity (She et al., 2000). When the conditions are correct, maturation develops with a second autocatalytic event on the site within the prodomain (Apgegyop et al., 1997). After the second cleavage event, the prodomain and catalytic domain disintegrate, generating an active protease.

Autocatalysis of RS8K9 zymogen occurs between S1p152 and 8eg153 (UEAf | 81P) (No. shgeskep et al., 2003), and it was proved that this is necessary for its isolation from cells (8e1baN et al., 2003). The second autocatalytic event on the site in the domain RS8K9 was not observed. Purified PC8K9 consists of two species that can be separated using a non-reducing 8E8-PACE; prodomen at 17 Kb, and catalytic plus C-terminal domains at 65 Kb. PC8K9 was not isolated without its blocking prodomain, and measurements of the catalytic activity of PC8K9 were variable (Jaigeske1 et al., 2003; 8e1baN et al., 2003).

- 1 032 106

SUMMARY OF THE INVENTION

In some embodiments, the invention includes an antigen binding protein to PC8K9.

In some aspects, the invention includes an antigen binding protein that specifically binds to PC8K9 having the amino acid sequence 8EO ΙΌ N0: 1, said antigen binding protein comprising a light chain variable domain having a sequence with at least 90% sequence identity 8E0 ΙΌ N0: 23, and a heavy chain variable domain having a sequence of at least 90% sequence identity 8E0 ΙΌ N0: 49. In some aspects, the invention includes an antigen binding protein that the specific one binds to PC8K9 having the 8E0 ΙΌ N0: 1 amino acid sequence, said antigen binding protein containing the light chain variable domain containing the 8E0 ΙΌ N0: 23 amino acid sequence, where the first residue is glutamic acid instead of glutamine, and the heavy chain variable domain, containing the amino acid sequence 8E0 ΙΌ N0: 49, where the first residue is glutamic acid instead of glutamine. In some aspects, the invention includes an antigen binding protein that specifically binds to PC8K9 having an amino acid sequence of 8E0 ΙΌ N0: 1, said antigen binding protein comprising a light chain variable domain comprising an amino acid sequence of 8 EC ΙΌ N0: 23, and a heavy chain variable domain comprising amino acid sequence 8E0 ΙΌ N0: 49. In some aspects, the invention includes an antigen binding protein that specifically binds to PC8K9 having an amino acid sequence 8E0 ΙΌ N0: 1, moreover, the indicated antigen-binding protein contains a complementarity determining section of the heavy chain (JUICE) SECNE containing 8Е0 ΙΌ N0: 308 or 8Е0 ΙΌ N0: 368, SECN2 containing 8E0 ΙΌ N0: 175, and SECN3. containing 8E0 ΙΌ N0: 180; and a complementarity determining region of the light chain (SALK) of the SERA containing 8E0 ΙΌ N0: 158, SECE2 containing 8E0 ΙΌ N0: 162, and SECB3 containing 8E0 ΙΌ N0: 395. In some embodiments, the antigen binding protein of the invention further comprises a glycine residue on C-terminus of the indicated light chain variable domain. In some embodiments, the antigen binding protein of the invention comprises (a) a light chain constant sequence of 8E0 ΙΌ N0: 156; (B) the constant sequence of the light chain 8E0 ΙΌ N0: 157; (c) the constant sequence of the heavy chain 8E0 ΙΌ N0: 154; or (b) the 8E0 ΙΌ N0: 155 heavy chain constant sequence. In some embodiments, the antigen binding protein of the invention comprises a 8E0 ΙΌ N0: 156 light chain constant sequence and the 8E0 ΙΌ N0: 154 heavy chain constant sequence. In some embodiments, the antigen binding protein is the invention comprises an 8E0 ΙΌ N0: 157 light chain constant sequence and a 8E0 ΙΌ N0: 154 heavy chain constant sequence. In some embodiments, the antigen binding protein is but the invention contains an 8E0 ΙΌ N0: 156 light chain constant sequence and a 8E0 ΙΌ N0: 155 heavy chain constant sequence. In some embodiments, the antigen binding protein of the invention comprises a 8E0 ΙΌ N0: 157 light chain constant sequence and a 8E0 ΙΌ N0 heavy chain constant sequence: 155.

In some embodiments, the isolated antigen binding protein is a monoclonal antibody, a polyclonal antibody, a recombinant antibody, a human antibody, a humanized antibody, a chimeric antibody, a multispecific antibody, or an antibody fragment thereof. In some methods of implementation, the isolated antigen-binding protein is a Pa b fragment, a Pa b fragment, a P (a b ') ₂ fragment, a b fragment, a diatel or single chain antibody molecule. In some embodiments, the isolated antigen binding protein is a human antibody. In some embodiments, the isolated antigen binding protein is a monoclonal antibody. In some methods of carrying out the invention, the isolated antigen binding protein is a Ι§01-, Ι§02- ΙβΟ3- or [§4-type] protein. In some methods of carrying out the invention, the isolated antigen-binding protein Ι§04 - or ^ 02 - ^^. In some embodiments of the invention, the isolated antigen binding protein is coupled to a marking group. In some embodiments, an isolated antigen binding protein competes with the antigen binding protein described herein for binding to PC8K9. In some embodiments, the isolated antigen binding protein is a monoclonal antibody, a polyclonal antibody, a recombinant antibody, a human antibody, a humanized antibody, a chimeric antibody, a multispecific antibody, or an antibody fragment thereof. In some methods of carrying out the invention, the isolated antigen-binding protein is a Pa b fragment, a Pa b fragment, a P (a b) ₂ fragment, a b fragment, a diatel or single chain antibody molecule. In some embodiments, the isolated antigen binding protein is coupled to a marking group. In certain exemplary embodiments, the isolated antigen binding protein reduces the binding of PC8K9 to LDL. In some embodiments, the isolated antigen binding protein reduces the amount of LDL present in a subject after administration to the subject. In some embodiments, the isolated antigen

- 2,032,106 binding protein reduces the amount of serum cholesterol present in a subject after its administration to this subject. In some methods of carrying out the invention, the isolated antigen binding protein increases the amount of LDL present in a subject after its administration to the subject.

In some aspects, the invention includes a monoclonal antibody that specifically binds to PC8K9 and inhibits the binding of PC8K9 to a low density lipoprotein receptor (RLDP), wherein PC8K9 has the amino acid sequence 8EO ΙΌ N0: 1, and wherein said monoclonal antibody contains a light chain variable domain having the sequence with at least 90% sequence identity 8E0 ΙΌ N0: 23, and a heavy chain variable domain having a sequence with at least 90% sequence identity 8E0 ΙΌ N0: 49. In some aspects, the invention includes a monoclonal antibody that specifically binds to PC8K9 and inhibits the binding of PC8K9 to P-LDL, wherein PC8K9 has the amino acid sequence 8E0 ΙΌ N0: 1, and wherein said monoclonal antibody contains a light chain variable domain containing the amino acid sequence 8E0 ΙΌ N0: 23, where the first residue is glutamic acid instead of glutamine, and the variable domain of the heavy chain containing the amino acid sequence 8E0 ΙΌ N0: 49, where The first residue is glutamic acid instead of glutamine, and wherein said monoclonal antibody comprises a 8E0 легкой N0: 156 light chain constant region and / or a 8E0 ΙΌ N0: 154 heavy chain constant region. In some aspects, the invention includes a monoclonal antibody that specifically binds to PC8K9 and inhibits the binding of RS8K9 to R-LDL, with RS8K9 having the amino acid sequence 8E0 ΙΌ N0: 1, and wherein said monoclonal antibody contains a complementarity determining heavy chain (SECI) C site EKN1 containing 8E0 ΙΌ N0: 308 or 8E0 ΙΌ N0: 368, SECN2 containing 8E0 ΙΌ N0: 175, and SECN3 containing 8E0 ΙΌ N0: 180; and a complementarity determining portion of the light chain (SECB) of the SEPA containing 8E0 ΙΌ N0: 158, SECE2 containing 8E0 ΙΌ N0: 162, and SECE3. containing 8E0 ΙΌ N0: 395. In some embodiments, the monoclonal antibody of the invention further comprises a glycine residue at the end of said light chain variable domain. In some embodiments, the monoclonal antibody of the invention comprises (a) a light chain constant sequence of 8E0 ΙΌ N0: 156; (B) the constant sequence of the light chain 8E0 ΙΌ N0: 157; (c) the constant sequence of the heavy chain 8E0 ΙΌ N0: 154; or (6) the 8E0 ΙΌ N0: 155 heavy chain constant sequence. In some embodiments, the monoclonal antibody of the invention comprises the 8E0 ΙΌ N0: 156 light chain constant sequence and the 8E0 ΙΌ N0: 154 heavy chain constant sequence. In some embodiments, the monoclonal antibody according to the invention comprises an 8E0 ΙΌ N0: 157 light chain constant sequence and a 8E0 ΙΌ N0: 154 heavy chain constant sequence. In some embodiments, the monoclonal antibody of the invention contains a light chain constant sequence 8E0 ΙΌ N0: 156 and a heavy chain constant sequence 8E0 ΙΌ N0: 155. In some embodiments, the monoclonal antibody of the invention comprises a light chain constant sequence 8E0 ΙΌ N0: 157 and a heavy chain constant sequence 8E0 ΙΌ N0: 155 .

In some aspects, the invention includes an expression vector comprising a nucleic acid molecule as described herein. In some embodiments, the invention includes a host cell for secretion of an antigen binding protein or monoclonal antibody comprising an expression vector as described herein.

In some aspects, the invention includes a nucleic acid molecule encoding an antigen binding protein or monoclonal antibody as described herein.

In some aspects, the invention includes a pharmaceutical composition for treating or preventing a condition associated with elevated levels of serum cholesterol in a subject, the composition comprising an effective amount of at least one antigen binding protein or monoclonal antibody of the present invention and a pharmaceutically acceptable excipient.

In some aspects, the invention includes an antigen-binding protein that selectively binds to PC8K9, in which the antigen-binding protein binds to PC8K9 at K ₆ less than 100 pM.

In some aspects, the invention includes an antigen binding protein that specifically binds to PC8K9 and is obtained by expression of recombinant DNA in a host cell according to the present invention. In some embodiments, the host cell is selected from the group consisting of Chinese hamster ovary cells (CH0), HeBa cells, hamster baby kidney cells (BHK), monkey kidney cells (C08), human malignant hepatoma cells (e.g., Hep 02), and human kidney epithelial cells 293.

In some aspects, the invention includes the use of an antigen binding protein or monoclonal antibody of the present invention in the treatment or prevention of a condition, as

- 3,032,106 associated with elevated serum cholesterol levels in a subject. In some embodiments, the condition is selected from hypercholesterolemia, cardiovascular disease, metabolic syndrome, diabetes, stroke, and dyslipidemia.

In some aspects, the invention includes a method for producing an antigen binding protein as described herein, comprising the step of preparing an antigen binding protein from a host cell secreting this antigen binding protein. In a specific embodiment of the method for producing an antigen binding protein as described herein, a step of secreting said monoclonal antibody in a host cell and a step of isolating said monoclonal antibody from the host cell. In some embodiments, the host cell is selected from the group consisting of Chinese hamster ovary (CHO) cells, HeBa cells, hamster baby kidney cells (BHK), monkey kidney cells (CO8), human malignant hepatoma cells (e.g., Hep C2), and human kidney epithelial cells 293.

In some aspects, the invention includes an antigen binding protein that binds to PC8K9 at K, | less than 100 rM. In some embodiments, the isolated antigen binding protein binds to K, | less than 10 rM. In some embodiments, the isolated antigen binding protein binds to K, | less than 5 pM.

Brief Description of the Drawings

In FIG. 1A shows the amino acid sequence of the mature form of PC8K9, the prodomain is underlined.

In FIG. 1B ₁ -1B ₄ depicts the amino acid sequences and nucleic acid sequences of PC8K9, the prodomain is underlined, and the signal sequence is in bold.

In FIG. 2Α-2Ό are tables for comparing sequences of different light chains of different antigen-binding proteins. In FIG. 2C, the sequence continues, the start of which is shown in FIG. 2A. In FIG. 2Ό, the sequence continues, the start of which is shown in FIG. 2B.

In FIG. 3Α-3Ό presents tables comparing the sequences of different heavy chains of different antigen binding proteins. In FIG. 3C, the sequence continues, the start of which is shown in FIG. 3A. In FIG. 3Ό, the sequence continues, the start of which is shown in FIG. 3B.

In FIG. 3E-3L depict amino acid sequences and nucleic acid sequences for different variable domains of some exemplary antigen binding protein embodiments.

In FIG. 3KK depicts amino acid sequences for different constant domains.

In FIG. 3b-3BBB depicts the amino acid sequences and nucleic acid sequences for different variable domains of some exemplary antigen binding protein embodiments.

In FIG. 3CCC-3Sh presents comparison tables of sequences of different heavy chains and light chains of some examples of the implementation of antigen binding proteins.

In FIG. 4A shows the binding curve of the antigen binding protein to human PC8K9.

In FIG. 4B shows the binding curve of the antigen binding protein to human PC8K9.

In FIG. 4C shows the binding curve of the antigen binding protein to the human simian PC8K9.

In FIG. Figure 4Ό shows the binding curve of the antigen-binding protein to PC8K9 of the apes.

In FIG. 4E shows the binding curve of antigen binding protein to mouse PC8K9.

In FIG. 4E shows the binding curve of antigen binding protein to mouse PC8K9.

In FIG. 5A shows the results of a 8-8 PACE experiment using PC8K9 and various antigen-binding proteins, demonstrating the relative purity and concentration of proteins.

In FIG. 5B and 5C are diagrams of equilibrium analyzes with Yasote solution for 21B12.

In FIG. 5Ό is a kinetics diagram of the Yasote capture analysis.

In FIG. 5E is a bar graph representing sorting results for three ABPs.

In FIG. 6A shows the inhibition curve of 31H4 1dC2 antigen-binding protein interacting with PC8K9 in the analysis of PC8K9 binding: LDL ίη νίίτο.

In FIG. Figure 6B shows the inhibition curve of 31H4 1dC4 antigen-binding protein interacting with PC8K9 in the analysis of PC8K9 binding: LDL ίη νίίτο.

In FIG. 6C shows the inhibition curve of 21B12 1dC2 antigen-binding protein interacting with PC8K9 in the analysis of PC8K9 binding: LDL ίη νίίτο.

In FIG. Figure 6Ό shows the inhibition curve of 21B12 1dC4 antigen-binding protein interacting with PC8K9 in the analysis of PC8K9 binding: LDL ίη νίίτο.

In FIG. 7A depicts a 31H4 1dC2 antigen-binding protein inhibition curve in an analysis of cellular LDL uptake, demonstrating the effect of ABP on reducing the effects of blocking LDL uptake by PC8K9.

In FIG. 7B shows an inhibition curve of 31H4 1dC4 antigen-binding protein in the analysis of

- 4,032,106 uptake of cellular LDL. demonstrating the effect of ABP on reducing the effects of blocking the absorption of LDL from the side of RS8K9.

In FIG. 7C shows the inhibition curve of 21B12 1dC2 antigen-binding protein in the analysis of cellular LDL uptake. demonstrating the effect of ABP on reducing the effects of blocking the absorption of LDL from the side of RS8K9.

In FIG. 7Ό shows the inhibition curve of 21B12 1dC4 antigen-binding protein in the analysis of the absorption of cell LDL. demonstrating the effect of ABP on reducing the effects of blocking the absorption of LDL from the side of RS8K9.

In FIG. 8A is a graph. representing the ability of ABP 31H4 to lower serum cholesterol in mice. changes relative to 1dC of the control treated mice (* p <0.01).

In FIG. 8B is a graph. representing the ability of ABP 31H4 to lower serum cholesterol in mice. changes with respect to the period time = 0 h (# p = 0.05).

In FIG. 8C is a graph. representing the effect of ABP 31H4 on HOb cholesterol levels in C57B1 / 6 mice (* p <0.01).

In FIG. 8Ό is a graph. representing the effect of ABP 31H4 on HOb cholesterol levels in C57B1 / 6 mice (# p <0.05).

In FIG. Figure 9 shows a Western blot analysis of the ability of ABP 31H4 to increase the amount of LDL protein in the liver. present at different time intervals.

In FIG. 10A is a graph. reflecting the ability of antigen-binding protein 31H4 to reduce total serum cholesterol in wild-type mice. relatively.

In FIG. 10B is a graph. reflecting the ability of the 31H4 antigen-binding protein to reduce HOB in wild-type mice.

In FIG. 10C is a graph. reflecting the ability of different 31H4 and 16P12 antigen binding proteins to reduce serum cholesterol.

In FIG. 11A presents an injection protocol for testing the duration and ability of antigen binding proteins to lower serum cholesterol.

In FIG. 11B is a graph. displaying protocol results. shown in FIG. 11A.

In FIG. 12A shows LDL levels induced by a combination of statin and ABP 21B12 in HepC2 cells.

In FIG. 12B shows LINI levels by the combination of statin and ABP 31H4 in HepC2 cells.

In FIG. 12C shows LDL levels under the action of a combination of statin and ABP 25A7.1. non-neutralizing antibodies. (unlike 25A7 neutralizing antibodies) in HcpC2 cells.

In FIG. 12Ό presents the levels of LDL under the action of a combination of statin and ABP 21B12 in Ner62 cells. overexpressing RS8K9.

In FIG. 12E shows LDL levels induced by a combination of statin and ABP 31H4 in HepC2 cells. overexpressing RS8K9.

In FIG. 12E shows LDL levels induced by a combination of statin and ABP 25A7.1. non-neutralizing antibodies. (in contrast to 25A7 neutralizing antibodies) in HepC2 cells. overexpressing RS8K9.

In FIG. 13A shows different amino acid sequences of the light chain of different ABPs. interacting with RS8K9. with RS8K9. Dots (.) Indicate the absence of an amino acid.

In FIG. 13B shows a light chain cladogram for different ABPs. interacting with RS8K9.

In FIG. 13C shows different amino acid sequences of the heavy chain of different ABPs. interacting with RS8K9. Dots (.) Indicate the absence of an amino acid.

In FIG. 13Ό presents the heavy chain cladogram for different ABPs. interacting with RS8K9.

In FIG. 13E presents a comparison of the complementarity determining regions (SOC) of the light and heavy chains and the designation of the groups. by which consensus is derived.

In FIG. 13E presents consensus sequences for groups 1 and 2.

In FIG. 13C shows consensus sequences for groups 3 and 4.

In FIG. 13H shows consensus sequences for groups 1 and 2. Dots (.) Indicate identical residues.

In FIG. 131 represents the consensus sequences for group 2. Dots (.) Indicate identical residues.

In FIG. 131 consensus sequences for groups 3 and 4 are shown. Dots (.) Indicate identical residues.

In FIG. 14A is a graph. representing the ability of different ABPs to lower LDL ίη νίνο (at 10 mg / kg).

In FIG. 14B is a graph. representing the ability of different ABPs to lower LDL ίη νίνο (at 30 mg / kg).

- 5,032,106

In FIG. 15A and 15B are tables comparing sequences of different light chains of different exemplary antigen binding protein embodiments. In FIG. 15B, the sequence continues, the start of which is shown in FIG. 15A.

In FIG. 15C and 15Ό presents tables comparing the sequences of different light chains of different examples of the implementation of antigen binding proteins. In FIG. 15Ό, the sequence continues, the start of which is shown in FIG. 15C.

In FIG. 16A is an image of a gel used to test AB 21B12's ability to bind to regions of ProCa! or UE proprotein RS8K9.

In FIG. 16B is an image of the gel used to test the ability of AB 31H4 to bind to portions of Ptoc! or UE proprotein RS8K9.

In FIG. Figure 17 shows a PC8K9 image of the structure and region of the ECP receptor for INNP.

In FIG. 18A shows an image of the PC8K9 structure and 31H4 AB.

In FIG. 18B shows an image of the PC8K9 structure and 31H4 AB.

In FIG. 19A shows an image of the PC8K9 structure, 31H4 AB and 21B12 AB.

In FIG. 19B shows an image of the PC8K9 structure and 21B12 AB.

In FIG. 20A shows an image of the PC8K9 structure and the ECP of the INNP receptor with the superposition of the structure of antibodies 31H4 and 21B12 associated with PC8K9.

In FIG. 20B is an image of a structural model of the RS8K9 and INNP.

In FIG. 20C shows an image of a structural model of the RS8K9 and INNP from an alternative projection.

In FIG. 20Ό is an image of the structural model of RS8K9 and INNP with the inclusion of structural representations 31N4 and 21V12.

In FIG. 20E is a view of the structural model shown in FIG. 20Ό, rotated 90 ° around the marked axis.

In FIG. 20P is a view of the structural model shown in FIG. 20Ό, rotated 180 ° around the marked axis.

In FIG. 21A is an image of the structure of PC8K9 and 31A4.

In FIG. 21B is an image of the structure of PC8K9 and 31A4.

In FIG. 21C shows an image of the structure of PC8K9 and 31A4.

In FIG. 21Ό is an image of the structural model RS8K9 full length and 31A4.

In FIG. 22 depicts a set of ABP sequences identifying different differences between human ABP sequences and ABP sequences that were grown in E. eoi and used for crystalline structures.

In FIG. 23 is a table showing various binning results.

In FIG. 23A depicts a first part of a table showing various binning results.

In FIG. 23B depicts a second part of a table showing various results.

In FIG. 23C depicts a third part of a table showing various results.

In FIG. 23Ό presents the fourth part of the table representing the various results.

In FIG. 24A is an image of western blotting under unexposed conditions.

In FIG. 24B is an image of western blotting under the conditions shown.

In FIG. 25A is an image of a surface coating of PC8K9.

In FIG. 25B is an image of a surface coating of PC8K9.

In FIG. 25C shows an image of the surface coating of PC8K9.

In FIG. 25Ό presents an image of the surface coating of RS8K9.

In FIG. 25E shows an image of the surface coating of PC8K9.

In FIG. 25P shows an image of the surface coating of RS8K9.

In FIG. Figure 26 shows a comparison of the amino acid sequence of PC8K9 and all residues that were mutated in the PC8K9 variants for the study of epitopes of various antibodies.

In FIG. 27A depicts epitope hits of 21B12 as mapped onto the crystal structure of PC8K9 using 21B12.

In FIG. 27B depicts 31H4 epitope hits as mapped onto the crystal structure of PC8K9 using 31H4 and 21B1.

In FIG. 27C depicts epitope hits of 31A4 as mapped onto the crystal structure of PC8K9 using 31H4 and 21B12.

In FIG. 27Ό depicts 12H11 epitope hits as mapped onto the crystal structure of PC8K9 using 31H4 and 21B12.

In FIG. 27E depicts 3C4 epitope hits as mapped onto the crystal structure of PC8K9 using 31H4 and 21B12.

In FIG. 28A is a graph showing the ability to bind different ABPs to different parts of PC8K9.

In FIG. 28B is a graph showing the ability to bind different ABPs to different parts of PC8K9.

- 6 032 106

In FIG. 28C is a graph comparing the ability of LDL to bind two ABPs.

In FIG. 28Ό is a graph comparing the absorption capacity of cellular LDL of two ABPs.

Detailed description of some methods of carrying out the invention

The present invention describes antigen-binding proteins (such as, for example, antibodies and their functional binding fragments) that bind to PC8K9. In some methods of the invention, antigen-binding proteins bind to PC8K9 and prevent the functioning of PC8K9 in various ways. In some embodiments, antigen binding proteins block or reduce the ability of PC8K9 to interact with other substances. For example, in some embodiments of the invention, the antigen binding protein binds to PC8K9 in such a way that eliminates or reduces the likelihood of binding of PC8K9 to LDL. In other embodiments, antigen binding proteins bind to PC8K9 but do not block the ability of PC8K9 to interact with LDL. In a number of embodiments, the antigen binding proteins are human monoclonal antibodies.

It will be apparent to one skilled in the art that, as described herein, a change in the interactions between PC8K9 and LDL may cause an increase in the amount of LDL available for binding to LDL, which in turn will lead to a decrease in the amount of serum LDL in the subject, thereby causing a decrease in serum cholesterol subject. Essentially, antigen binding proteins that interact with PC8K9 can be used in various methods and compositions for treating subjects with elevated levels of serum cholesterol, at the risk of elevated levels of serum cholesterol, or to which lowering their levels of serum cholesterol may be useful. Thus, this document also describes various methods and techniques for lowering, maintaining, or preventing an increase in serum cholesterol. In some embodiments, the antigen binding protein provides binding between PC8K9 and LDL, but the antigen binding protein prevents or reduces the adverse effects of PC8K9 on LDL. In some embodiments, the antigen binding protein prevents or reduces the binding of PC8K9 to LDL.

For convenience, the following sections provide the meanings of the terms used in this document. In accordance with this description, general aspects are considered regarding antigen binding proteins and the following are specific examples that demonstrate the properties of various embodiments of antigen binding proteins and the possibility of their use.

Terms and definitions and embodiments of the invention.

It should be understood that both the foregoing general description and the following detailed description are only exemplary and explanatory, and do not limit the claimed invention. In the present invention, the use of the singular includes the plural, unless expressly indicated otherwise. In this invention, the use of either means and / or, unless otherwise indicated. In addition, the use of the term inclusive, as well as other forms, such as includes and included, is not limiting. Terms such as an element or component also encompass both elements and components including one unit, and elements and components including more than one subunit, unless specifically indicated otherwise. In addition, the use of the term part may include part of a group or an entire group.

Section headings are used herein for organizational purposes only and should not be construed as limiting the subject matter of the invention. All documents or parts of referenced documents In this invention, including but not limited to patents, patent applications, articles, books and scientific papers, are expressly incorporated herein by reference in their entirety for any purpose. For use in accordance with the present description, the following terms, unless otherwise indicated, shall be understood in the following meanings:

The term proprotein convertase subtilisin kexin type 9 or PC8K9 refers to a polypeptide as formulated in the sequence 8Ef ΙΌ N0: 1 and / or 3 or their fragments, as well as related polypeptides, which include, but are not limited to, allelic variants, splice variants, derivative variants, substitution variants, deletion variants, and / or insertion variants, including the addition of the Ν-terminal methionine, fusion polypeptides and interspecific homologs. In some embodiments, the PC8K9 polypeptide includes terminal residues, such as, but not limited to, leader residues, directed residues, amino-terminal methionine residues, lysine residues, marker residues and / or fusion protein residues. RS8K9 is also referred to as PH3, ΝΑΚί, Ί. HCNOAS, proprotein convertase subtilisin / kexin type 9, and neural apoptosis-controlled convertase 1. The PC8K9 gene encodes a protein convertase protease, which belongs to the proteinase subfamily of the secretory subtilisase family. The term PC8K9 refers to both proprotein and the product resulting from proprotein autocatalysis. When only an autocatalyzed product is mentioned (for example, for an antigen binding protein that selectively binds to cleaved PC8K9), the protein may be called mature, cleaved, processed or active PC8K9. When only an inactive form is mentioned, the protein may be called an inactive, proforma or untreated form of PC8K9. The term RS8K9, respectively

- 7 032106, with its use in the present description also includes natural alleles, such as, for example, mutations Ό374Υ, 8127K and P216b. The term PC8K9 also encompasses PC8K9 molecules, including post-translational modifications of the PC8K9 amino acid sequence, such as, for example, the PC8K9 sequence that were glycosylated, pegylated, the PC8K9 sequence from which its signal sequence was separated, the PC8K9 sequence from which its prodomain from the catalytic domain was separated but not separated from the catalytic domain (e.g., FIGS. 1A and 1B).

The term PC8K9 activity includes any biological activity of PC8K9. In some embodiments, the activity of PC8K9 includes the ability of PC8K9 to interact or bind to a substrate or receptor. In some embodiments, the activity of PC8K9 is represented by the ability of PC8K9 to bind to the LDL receptor (LDL). In some embodiments, PC8K9 binds to and catalyzes a reaction involving LDL. In some methods of carrying out the invention, the activity of PC8K9 includes the ability of PC8K9 to change (for example, reduce) the availability of LDL. In some embodiments, the activity of PC8K9 includes the ability of PC8K9 to increase the amount of LDL in a subject. In some embodiments, the activity of PC8K9 includes the ability of PC8K9 to reduce the amount of LDL available for binding to LDL. In some methods of carrying out the invention, the activity of PC8K9 includes any biological activity as a result of signaling PC8K9. Examples of activity include, but are not limited to, the binding of RS8K9 to LDL, the enzyme activity of RS8K9, which breaks down LDL or other proteins, the binding of RS8K9 to proteins other than LDL, which contribute to the action of RS8K9, and the change in RS8K9 secretion of APOs (8 and X-M e! A1., Eurobepse Gog sGGss! oG shi1ap1 RS8K9 op aro11rgo1esh In kesgebop a 1 saike oG ipikia11u keuege botshagI Luressy1e81eg1esh1a - Evidence of the influence of the mutant RS8K1 is a little secret Epeysk 14: 1161-1169, 2005 apb Oidieggash K e! a1., Aro11orgorg1esh V100 she1aoboyksh shu1okosha1-boshshap1 Yure ^ syo1ekΐe ^ o1et ^ and ge1a! eb! oh shi! iyopok apnolemno pomolenom pomolenom pribolenome - associated with the mutations PC8K9, Ayepox1eg 1ax Uax Vu1.24: 1448-1453, 2004), the role of PC8K9 in liver regeneration and neuronal cell differentiation (8е1бай ΝΌ. е! а1., Тёе кесге! горгор11 сопеейе пе (е 1ее1е1е1е1 YAKS-

1): Yueg hedepegiop apb peigopa 1 b Szhegepiop - Convertase 1, regulated by neuronal apoptosis of secretory proprotein convertase (ΝΛΚ.- .'- 1): Liver regeneration and neuronal differentiation PNA8 100: 928-933, 2003), and the role of RS8K9 metabolism in the liver (Juice! Et al., Nerays RS8K9 exrgeccup 1K ged1a1eb u piyyupa 1 k! A! Ik U1a shkip apb k! His1 ged1a! Sg e1eshep1-btbshd rgo1esh 1s - The hepatic expression of RS8K9 is regulated by protein 1c, - 1. Vu1. Seyes. 281 (10): 6211-18, 2006).

The term hypercholesterolemia in accordance with its use in the present description refers to a condition in which cholesterol levels rise above the required level. In some methods of carrying out the invention, this means that serum cholesterol levels are elevated. In some methods of carrying out the invention, the required level takes into account various risk factors known to the person skilled in the art (and which are described or mentioned in this document).

The term polynucleotide or nucleic acid includes both single-stranded and double-stranded nucleotide polymers. The nucleotides, including the polynucleotide, may be ribonucleotides or deoxyribonucleotides or a modified form of any type of nucleotide. The mentioned modifications include basic modifications such as bromuridine and ionisine derivatives, ribose modifications, such as, for example, 2 ′, 3′-dideoxyribose, and internucleotide bond modifications, such as, for example, phosphorothioate, phosphorodithioate, phosphoroselenoate phosphate phosphonodio phosphate, phosphorodisolenoate phosphate. .

The term oligonucleotide means a polynucleotide comprising 200 or fewer nucleotides. In some methods of carrying out the invention, the oligonucleotides have a length of 10-60 bases. In other implementations of the invention, the oligonucleotides are 12, 13, 14, 15, 16, 17, 18, 19, or 20-40 nucleotides in length. Oligonucleotides can be single-stranded or double-stranded, for example, for use in the construction of a mutant gene. Oligonucleotides can be sense or antisense oligonucleotides. The oligonucleotide may include a label, including a radioactive label, a fluorescent label, a hapten or antigenic label, for detection analyzes.

Oligonucleotides can be used, for example, as PCL primers that mimic primers and probes for hybridization.

An isolated nucleic acid molecule means DNA or RNA of genomic, mRNA, cDNA or synthetic origin, or a combination thereof, which is not associated with the entire polynucleotide or part of a polynucleotide in which the isolated polynucleotide is found in nature, or is associated with a polynucleotide with which it is not associated in nature . For the purposes of this description, it should be understood that a nucleic acid molecule comprising a specific nucleotide sequence is not

- 8 032106 covers intact chromosomes. Isolated nucleic acid molecules including the indicated nucleic acid sequences may include, in addition to the indicated sequences, coding sequences for other proteins, up to ten or even twenty, or parts thereof, or may include operably linked regulatory sequences that control the expression of the coding region of said nucleic acids acid sequences, and / or may include vector sequences.

Unless otherwise specified, the left end of any single-stranded polynucleotide sequence described herein is the 5 ′ end; the left-side direction of the double-stranded polynucleotide sequences is called the 5 'direction. The direction 5'-3 'of the attachment of nascent RNA transcripts is called the direction of transcription; regions of a sequence on a DNA strand having the same sequence as an RNA transcript, namely the 5'-5 'end of an RNA transcript, are called left sequences; the region of the sequence on the DNA strand having the same sequence as the RNA transcript, namely the 3'-3 'end of the RNA transcript, is called the right sequence.

The term control sequence refers to a polynucleotide sequence that can affect the expression and processing of the coding sequences to which it is doped. The nature of such control sequences may depend on the host organism. In certain embodiments, control sequences for prokaryotes may include a promoter, a ribosomal binding site, and a terminal transcription sequence. For example, control sequences for eukaryotes may include promoters comprising one or more recognition sites for transcription factors, transcription enhancer sequences, and transcriptional terminal sequences. Control sequences may include leader sequences and / or fusion cell sequences.

The term vector means any molecule or element (e.g., nucleic acid, plasmid, bacteriophage or virus) used to transmit protein coding information to a host cell.

The term expression vector or expression construct refers to a vector that is suitable for transformation of the host cell and contains nucleic acid sequences that direct and / or control (in conjunction with the host cell) the expression of one or more heterogeneous coding regions operatively connected to it. The expression construct may include, but is not limited to, sequences that act on or control transcription, translation, and, in the presence of introns, act on RNA splicing of the coding region operatively connected to it.

As used herein, operably coupled means that the components to which the term is applicable are interconnected, allowing them to perform their inherent functions under suitable conditions. For example, a control sequence in a vector that is operatively linked to a protein coding sequence is doped to it in such a way that expression of the protein coding sequence is achieved under conditions corresponding to the transcription activity of the control sequences.

The term host cell means a cell that has been transformed or capable of transformation with a nucleic acid sequence and thus expresses a gene of interest. The term includes progeny of the parent cell, whether or not the progeny are identical in morphology or in the genetic design of the original parent cell, provided that the gene of interest is present.

The term transfection means the absorption of foreign or exogenous DNA by a cell, and the cell was transfected by introducing exogenous DNA into the cell membrane. Many transfection techniques that are described herein are widely known in the art. See, for example, Sgayat et al., 1973, Order 52: 456; 8th Century et al., 2001, MoCessiag S1occp: Arboretum Mapia, 8irga; Eaνίδ et al., 1986, Waiis MeSzobk ίη Mo1esi1ag Vyuodu, Ekeu1eg; Sy, et al., 1981, Sep 13: 197. Such techniques can be used to introduce one or more elements of exogenous DNA into appropriate host cells.

The term transformation refers to a change in the genetic characteristics of a cell, and the cell is transformed when it is modified to contain new DNA or RNA. For example, a cell transforms when it is genetically modified from its native state by introducing new genetic material using transfection, transduction, or other techniques. After transfection or transduction, the transforming DNA can reunite with the same cell by physically introducing into the chromosome of the cell, or it can be temporarily maintained as an episomal element without being replicated, or it can replicate independently as a plasmid. It is believed that the cell is stably transformed when the transforming DNA is replicated by cell division.

The terms polypeptides or protein mean a macromolecule having the amino acid sequence of a native protein, i.e. a protein that is produced by a natural and non-recombinant cell;

- 9 032106 or produced by a genetic engineering or recombinant cell, and include molecules having the amino acid sequence of a native protein, or molecules having deletions from, addition to and / or substitution of one or more amino acids of the native sequence. The term also includes amino acid polymers in which one or more amino acids are chemical analogues of the corresponding naturally occurring amino acid and polymers. The terms polypeptide and protein in particular encompass PC8K9 antigen binding proteins, antibodies, or sequences in which there are deletions from, addition to, and / or substitution of one or more amino acids of the antigen binding protein. The term polypeptide fragment refers to a polypeptide that has an amino-terminal removal, carboxyl-terminal removal and / or internal removal compared to a native full-length protein. Such fragments may also contain modified amino acids compared to the native protein. In some methods of carrying out the invention, the fragments have a length of from about five to 500 amino acids. For example, fragments may have a length of at least 5, 6, 8, 10, 14, 20, 50, 70, 100, 110, 150, 200, 250, 300, 350, 400, or 450 amino acids. Suitable polypeptide fragments include immunologically functional antibody fragments, including binding domains. In the case of the PC8K9 binding antibody, suitable fragments include, but are not limited to, the COB region, the variable domain of the heavy and / or light chain, part of the antibody chain, or only its variable region, including two SOAs. etc.

The term “isolated protein” means that a given protein (1) does not contain at least some other proteins with which it under normal conditions binds, (2) mainly does not contain other proteins from the same source, for example, from the same species, (3) expressed by a cell from different species, (4) was isolated from at least about 50% of polynucleotides, lipids, carbohydrates or other materials with which it binds in nature, (5) quickly binds (by covalent or non-covalent interaction) with the polypeptide with which he is not connecting is found in nature, or (6) does not occur in nature. Typically, the isolated protein is at least about 5%, at least about 10%, at least about 25%, or at least about 50% of a given sample. Genomic DNA, cDNA, mRNA or other RNA of synthetic origin, or any combination thereof, can encode such an isolated protein. Preferably, the isolated protein is substantially free of proteins or polypeptides or other contaminants that are found in their natural environment, which would interfere with its therapeutic, diagnostic, preventive, research or other use.

The term amino acid means its usual meaning in this field.

A variant polypeptide (e.g., an antigen binding protein or antibody) includes an amino acid sequence in which one or more amino acid residues are inserted, removed from and / or substituted in the amino acid sequence relative to another polypeptide sequence. Options include fusion proteins.

The term identity refers to the relationship between the sequences of two or more polypeptide molecules or two or more nucleic acid molecules, as defined by alignment and comparison of sequences. Percent identity means the percentage of identical residues between amino acids or nucleotides in the compared molecules and is calculated based on the size of the smallest of the compared molecules. It is preferable that, in such calculations, a special mathematical model or computer program (i.e., an algorithm) was intended for omissions in the alignments (if any). Methods that can be used to calculate the identity of aligned nucleic acids or polypeptides include the methods described in Computational Molecular Biology (Lekk, AM, et.), 1988, No. \ ν Wagk: OhRogy IshssgShu Rgeck; Vyusoshriyid 1pkgtaysk ay Sepot Rgo) es15. (8th, Ό.Α., her.), 1993, No. \ ν Wogk: Asayetk Rgekk; Sotrieg Apa1uk1k ok 8es | Iepse Oa1a, Paradise I (CGIPp, A.M., apy CGIPp, N.S., nek.), 1994, No. \ ν kgkeu: Nitapa Rgekk; wop Nesch) e, S., 1987, 8ec. | Iepse Apa1uk1k t Mo1esiag Vyuodu, No. \ ν Wogk: Asayetk Rgekk; 8ec. | Iepse Apa1uk1k Rpteg (Sykkou, M. apy Peuegeih, 1., nek.), 1991, No. \ ν Wogk: M. 81oskopop Rgekk; apy SagShaw et al., 1988, 81AM1. Arr1k1 Ma1y. 48: 1073.

When calculating percent identity, the compared sequences are usually aligned in such a way as to ensure the greatest match between the sequences. One example of a computer program that can be used to determine percent identity is the CCC software package, which includes ATS (Oeuegeih et al., 1984, Yis1. Askiy Vek. 12: 387; Sepeisk Sotrikg Sgoir, Ishuegkyu ok Axopks, Maykop, XVI - Genetics Computer Group, University of Wisconsin, Madison, Wisconsin). The computer-assisted CAP algorithm is used to align two polypeptides or polynucleotides for which percent sequence identity is determined. The sequences are aligned to achieve the optimal match of their respective amino acid or nucleotide (matching range, as defined in the algorithm). The penalty for opening a gap (which is calculated as the 3-average diagonal, where the average diagonal is the average diagonal of the applied comparison matrix; the diagonal is a quantitative indicator or number assigned by a specific comparison matrix to each exact match of the amino acid) and a penalty for lengthening the gap (which is usually 1/10 times bigger

- 10,032,106 fine for opening a pass). and also a comparison matrix is used along with the algorithm. eg. PAM 250 or B1.O81L1 62. In some methods of implementing the invention, the algorithm also uses a standard comparison matrix (see EauNoGG et al. 1978. A (1a ίί Prgoes 8eciepse apb 81gislige-Atlas of protein sequence and structure - 5: 345-352 for comparison matrices RAM 250; NeshkoGG et al. 1992. Proc. Lub. Asab. 8c1. and 8a 89: 10915-10919 for the comparison matrix BbO8IM 62).

The following are examples of parameters. which can be used in determining percent identity for polypeptides or nucleotide sequences using the CAP program:

algorithm: No. eb1etap et al. 1970. to Mo1. B1o1. 48: 443-453;

comparison matrix: VIO8IM 62 from NeshkoGG et al. 1992. see above; penalty for admission: 12 (but in the absence of a penalty for end passes); Penalty for the length of the pass: 4;

similarity threshold: 0.

Some alignment schemes of two amino acid sequences can lead to the coincidence of these two sequences only in a short region. and this small aligned region can have a very high sequence identity even though. that there is no significant relationship between two full-length sequences. Respectively. the selected alignment method (CAP program) can be adjusted. optional. to get alignment. which encompasses at least 50 or another number of essential amino acids of the target polypeptide.

According to the use in accordance with the present description during normal use, twenty traditional (eg. Naturally occurring) amino acids and their abbreviations are used. See Immunology - Synthesis (2pb EbShop. E. 8. Co1bb. V. Cgep. Ebk .. 8aaeg L55os1a1e5. 8ipbegaa. McK. (1991). which is incorporated herein by reference for any purpose. Stereoisomers (e.g. Ό-amino acids) of twenty common amino acids. non-naturally occurring amino acids. as. eg. α-. α-disubstituted amino acids. Ν-alkyl amino acids. lactic acid and other non-traditional amino acids may also be suitable components for the polypeptides of the present invention. Examples of unconventional amino acids include: 4-hydroxyproline. γ-carboxyglutamate. ε-Ν.Ν.Ν-trimethyllysine. ε-Ν-acetyllysine. O-phosphoserine. Ν-acetylserine. Ν Formylmethionine. 3-methylhistidine. 5-hydroxylisine. σ-Ν-methylarginine and other similar amino acids and amino acids (e.g. 4-hydroxyproline). In the notation of polypeptides. used in this description. the left direction is the amino terminal direction. and the right direction is the carboxy-terminal direction. in accordance with standard use and by definition.

Similarly. unless otherwise specified. the left end of any single-stranded polynucleotide sequences is the 5 'end; the left-side direction of the double-stranded polynucleotide sequences is called the 5 'direction. The direction of 5'-3 'attachment of nascent RNA transcripts is called the direction of transcription; region of sequence on the DNA strand. having the same sequence. like RNA. namely, the 5'-5 'end of the RNA transcript. called left sequences; region of the sequence on the DNA strand. having the same sequence. like RNA. namely the 3'-3 'end of the RNA transcript. right sequences are called.

Conservative amino acid substitutions may encompass non-naturally occurring amino acid residues. which are usually introduced by chemical synthesis of the peptide. not synthesis in biological systems. These include peptidomimetics and other reversed or inverted forms of amino acid groups.

Natural residues can be divided into classes based on the general properties of the side chain:

1) hydrophobic: norleucine. Me1. A1a. Wa1. Yeah. 11e;

2) neutral hydrophilic: female. 8th Tht. Akp. C1p;

3) Acid: Acre. C1i;

4) base: H1k. Luk. Agd;

5) leftovers. affecting the orientation of the chains: C1u. Rgo; and

6) aromatic: Tgr. Tug. Pb.

For example. non-conservative substitutions may involve replacing an element of one of these classes with an element of another class. Such substituted residues may be introduced. eg. in the field of human antibodies. those. homologous to non-human antibodies. or in the non-homologous regions of the molecule.

When modifying an antigen binding protein or PC8K9 protein according to some embodiments of the invention, a hydrophobic amino acid index may be considered. Each amino acid is assigned a hydrophobic index based on its hydrophobicity and charging characteristics. These are: isoleucine (+4.5); valine (+4.2); leucine (+3.8); phenylalanine (+2.8); cysteine / cystine (+2.5); methionine (+1.9); alanine (+1.8); glycine (-0.4); threonine (-0.7); serine (-0.8); tryptophan (-0.9); tyrosine (-1.3); proline (-1.6); histidine (-3.2); glutamate (-3.5); glutamine (-3.5); aspartate (-3.5); asparagine (-3.5); lysine (-3.9) and arginine (-4.5).

The importance of a hydrophobic amino acid index in transmitting an interactive biological function to a protein is understood by those skilled in the art. Ku1e et al. To Mo1. Vu1 .. 157: 105-131 (1982). Of

- 11 032106 it is known that some amino acids can be replaced by other amino acids with a similar hydrophobic index or quantitative index and still maintain the same biological activity. When making changes based on the hydrophobic index, some examples of the invention include the substitution of amino acids in which the hydrophobic indices are within ± 2. Some embodiments of the invention include the substitution of amino acids in which hydrophobic indices are within ± 1, and in some within ± 0.5.

It will also be clear to those skilled in the art that substitution of similar amino acids can be effectively performed based on hydrophilicity, especially when the biologically functional protein or peptide thus created is intended for use in immunological exemplary embodiments of the invention, as in this case. In some methods of carrying out the invention, the largest local average hydrophilicity of a protein, as regulated by the hydrophilicity of its adjacent amino acids, is correlated with its immunogenicity and antigenicity, i.e. biological property of protein.

The following amino acid residues are assigned hydrophilicity values: arginine (+3.0); lysine (+3.0); aspartate (+ 3.0 ± 1); glutamate (+ 3.0 ± 1); serine (+0.3); asparagine (+0.2); glutamine (+0.2); glycine (0); threonine (-0.4); proline (-0.5 ± 1); alanine (-0.5); histidine (-0.5); cysteine (-1.0); methionine (-1.3); valine (-1.5); leucine (-1.8); isoleucine (-1.8); tyrosine (-2.3); phenylalanine (-2.5) and tryptophan (-3.4). When making changes based on similar hydrophobicity values, some embodiments of the invention include amino acid substitution for which hydrophobicity values are within ± 2, some include amino acid substitution whose hydrophobicity values are within ± 1, and some within ± 0.5. Based on hydrophobicity, epitopes from primary amino acid sequences can also be identified. These areas are also called epitope central regions.

Examples of amino acid substitutions are given in table. one.

Table 1

Amino Acid Substitutions

Original Residues Substitution Examples Preferred Substitutions A1a Wa1, Lei, Not Ya1 Agd Bs, syp, azp Bz Azp Syp Syp Azr Sy Sy Suz 8eg, A1a 8eg Syp Azp Azp Sy Azr Azr Xiu Rgo, A1a A1a ΗΪ8 Azp, Syp, Luz, Agde Agd Not Ley, Wa1, Me !, A1a, RIE, Νοτίειιοίπε- norleucine Bie Bie Hoogeist- / yurlesh / sh /, He, Wa1, Me !, A1a, Rie Not Bz Agd, 1.4 O1atto-bw! Oops Ac1c1- Diamino-butyric acid, Syp, Azp Agd Me! Ley, RNe, Not Bie RNe Ley, Wa1, He, A1a, Tug Bie Rgo A1a Xiu 8eg TNG, A1a, Suz TNG Tht 8eg 8eg Tgr Tug, RNe Tug Tug Tgr, RNe, TNg, 8eg RNe Ya1 No, Me !, Lei, RNe, A1a, Νοτίειιοίπε- norleucine Bie

The term derivative compound refers to a molecule that includes another chemical

- 12 032106 modification in addition to the insertion, removal or substitution of amino acids (or nucleic acids). In some methods of carrying out the invention, derivative compounds include covalent modifications including, but not limited to, the formation of chemical bonds with polymers, lipids, or other organic or inorganic groups. In some methods of carrying out the invention, a chemically modified antigen binding protein may have a longer circulating half-life than an antigen binding protein not chemically modified. In some methods of carrying out the invention, the chemically modified antigen binding protein may have improved targeted ability with respect to the desired cells, tissues, and / or organs. In some embodiments, the antigen binding protein derivative is covalently altered to include one or more water soluble polymer compounds, including, but not limited to, polyethylene glycol, polyoxyethylene glycol, or polypropylene glycol. See, for example, US Pat. Nos. 4,640,835, 4,496,689, 4,301,144, 4,670,417, 4,791,192, and 4,179,337. In some embodiments, the antigen binding protein derivative comprises one or more polymers, including, but not limited to, monomethoxypolyethylene glycol, dextran, cellulose, or other polymers based on carbohydrate, poly- (Y-vinyl pyrrolidone) -polyethylene glycol, propylene glycol homopolymers, polypropylene oxide / ethylene oxide copolymer, polyoxyethylene polyols (e.g. glycerin) and polyvinyl alcohol, as well as mixtures of such polymers.

In some methods of carrying out the invention, the derivative compound is covalently modified by polyethylene glycol subunits (PEC). In some methods of carrying out the invention, one or more water-soluble polymers are combined in one or more specific positions, for example, at the amino terminus, a derivative of the compound. In some methods of carrying out the invention, one or more water-soluble polymers are randomly attached to one or more side chains of a derivative compound. In some methods of carrying out the invention, PEC is used to increase the therapeutic ability with respect to the antigen binding protein. In some methods of carrying out the invention, PEC is used to increase the therapeutic ability of a relatively humanized antibody. Some of these methods are described, for example, in US patent No. 6133426, which is incorporated herein by reference for any purpose.

Peptide analogs are commonly used in the pharmaceutical industry as non-peptide drugs with properties similar to those of the matrix peptide. These types of non-peptide compounds are called peptide mimetics or peptidomimetics. Raiser, 1. Abu. Aegis Kek., 15:29 (1986); Yeeb & Prg1bshdeg, TE8T8, p. 392 (1985); Apb Euaik et al., 1. Meb. Sb., 30: 1229 (1987), which are incorporated herein by reference for any purpose. Such compounds are often developed using computerized molecular modeling. Peptide mimetics that are structurally similar to therapeutically useful peptides can be used to obtain the same therapeutic or prophylactic effect. In general, peptidomimetics are structurally similar to a reference polypeptide (i.e., a polypeptide that has a biochemical property or pharmacological activity), such as a human antibody, but has one or more peptide bonds optionally replaced by a bond from: --CHng--, --CH ₂ 8--, - CH ₂ -CH ₂ -, - CH = CH- (cis and trans), -CHCH ₂ -, -CH (OH) CH ₂ - and -CH ₂ 8O--, methods known in the art. The systematic substitution of one or more amino acids by a consensus sequence with an α-amino acid of the same type (for example, β-lysine instead of β-lysine) can be used in some methods of the invention to generate more stable peptides. In addition, limited peptides comprising a consensus sequence or a substantially identical variation of a consensus sequence can be generated by methods known in the art (Κίζο apb С1ег8сЬ, Аип. Кеу. ВусЬет., 61: 387 (1992), incorporated herein by reference from any purpose); for example, by adding internal cysteine residues capable of forming intramolecular disulfide bonds that cyclize the peptide.

The term natural in use throughout the specification as applied to such biological materials as polypeptides, nucleic acids, host cells, etc., refers to materials that are found in nature, or the form of materials that are found in nature.

Antigen-binding protein (ABP) as used herein means any protein that binds to said target antigen. In the present invention, said antigen target is a PC8K9 protein or fragment thereof. An antigen binding protein includes, but is not limited to, antibodies and its binding parts, such as, for example, immunologically functional fragments. Peptibodies are another example of antigen binding proteins. The term immunologically functional fragment (or simply a fragment) of an antigen binding protein of an antibody chain or immunoglobulin (heavy or light chain) as used herein is a type of antigen binding protein comprising a portion (regardless of how this portion is prepared or synthesized) of an antibody in which at least several of the amino acids present in the full-length chain, but which are still capable of specific binding to the antigen, are missing. Such fra

- 13,032,106 cops are biologically active in that they bind to the target antigen and can compete with other antigen-binding proteins, including intact antibodies, in binding to this epitope. In some methods of carrying out the invention, the fragments are neutralizing fragments. In some embodiments, fragments may block or reduce the likelihood of interaction between LDL and RS8K9. In one aspect, such a fragment will retain at least one JUICE present in a full or light chain or heavy chain, and in some embodiments, it will include one heavy chain and / or a light chain or part thereof. These biologically active fragments can be obtained using recombinant DNA technology, or by enzymatic or chemical cleavage of antigen-binding proteins, including intact antibodies. Immunologically functional fragments of an immunoglobulin include, but are not limited to, Pab, a diatelo (a heavy chain variable domain on the same polypeptide as a light chain variable domain joined by a short peptide linker too short to allow conjugation between two domains on the same chains), PaB ', P (ab') ₂ , Ρν, domain antibodies and single chain antibodies, and can be extracted from any mammalian source, including, but not limited to, human, mouse, rat, camel or rabbit. It is further contemplated that the functional portion of the antigen binding protein described herein, for example, one or more SECs, can covalently bind to a second protein or small molecule to produce a therapeutic agent directed at a specific target in the body that has bifunctional therapeutic properties, or has a long serum half-life. It is clear to those skilled in the art that antigen binding protein may include non-protein components. In some sections of the present description, examples of ABP are given in the form of a number / letter / number (for example, 25A7). In these cases, the exact name denotes a specific antibody. That is, the ABP designated 25A7 is not necessarily the same as the antibody designated 25A7.1 (unless they are explicitly presented as such in the specification, for example, 25A7 and 25A7.3). It is clear to those skilled in the art that in some embodiments of the invention, LDL is not an antigen binding protein. In some methods of carrying out the invention, the binding subunits of LDL are not antigen-binding proteins, for example, E0Pa. In some embodiments, other molecules through which PC8K9 transmits 9η νίνο signals are not antigen binding proteins. These embodiments of the invention will be accordingly defined.

Some of the antigen binding proteins described herein are antibodies or are derived from antibodies. In some embodiments, the polypeptide structure of antigen binding proteins is based on antibodies including, but not limited to, monoclonal antibodies, bispecific antibodies, mini bodies, domain antibodies, synthetic antibodies (sometimes referred to herein as antibody mimetics), chimeric antibodies, humanized antibodies , human antibodies, antibody fusions (sometimes referred to herein as antibody conjugates), and fragments thereof, respectively. In some methods of carrying out the invention, ABP includes or consists of avimers (strong binding peptides). The following is a description of these different antigen binding proteins.

The PC region includes two fragments of the heavy chain, including the C _H 1 and C _H 2 domains of the antibody. Two heavy chain fragments are held together by two or more disulfide bonds and hydrophobic interactions of the CH3 domains.

The PAb fragment includes one light chain and C _H 1 and the variable regions of one heavy chain. The heavy chain Pab of the molecule cannot form a disulfide bond with another heavy chain molecule.

The PAb fragment comprises one light chain and a portion of one heavy chain that contains the Y _H domain and the C _H 1 domain and also the region between the C _H 1 and C _H 2 domains, so that an interchain disulfide bond can form between the two heavy chains of the two Pa B 'fragments. bond for the formation of P (a b ') 2 molecules.

The P (a ′ ′) ₂ fragment contains two light chains and two heavy chains containing part of the constant region between the C _H 1 and C _H 2 domains, so that an interchain disulfide bond is formed between these two heavy chains. The P (a b ') 2 fragment thus consists of two Pa b' fragments that are held together by a disulfide bond between two heavy chains.

'Τν region includes variable regions, both from the heavy chain and from the light chain, but does not have constant regions.

Single chain antibodies are Ρν molecules in which the variable regions of the heavy and light chains are connected by a flexible linker to form a single polypeptide chain forming the antigen binding region. A detailed description of single chain antibodies is provided in international patent application Publication No. U0 88/01649 and US Pat. Nos. 4,946,778 and 5,260,203, the disclosures of which are incorporated herein by reference.

A domain antibody is an immunologically functional fragment of an immunoglobulin containing only the variable region of the heavy chain or the variable region of the light chain. In some methods, two or more Y _H regions covalently bind to a peptide linker to form

- 14,032,106 bivalent domain antibodies. Two U _H regions of a divalent domain antibody can target the same or different antigens.

A divalent antigen binding protein or divalent antibody comprises two antigen binding sites. In some methods, two binding sites have the same antigen specificity. Divalent antigen binding proteins and divalent antibodies may be bispecific, see above. It is generally believed that other divalent antibodies, in addition to multispecific or multifunctional antibodies, in some methods of carrying out the invention, each of its binding sites is identical.

A multispecific antigen binding protein or multispecific antibody targets more than one antigen or epitope.

A bispecific, dual specificity or bifunctional antigen binding protein or antibody is a hybrid antigen binding protein or antibody, respectively, having two different antigen binding sites. Bispecific antigen binding proteins and antibodies are a type of multispecific antigen binding protein antibody and can be obtained in various ways, including, but not limited to, fusion of hybridomas or crosslinking of BaL fragments. See, for example, 8οη§5ίνί1; · ιί enb ΕαΟιιηαηη. 1990, C1T. Exp 1shtsspo1. 79: 315-321; Koyeu et al., 1992, ί. Ιιηιηιιηοί. 148: 1547-1553. Two binding sites of a bispecific antigen binding protein or antibody will bind to two different epitopes that may reside on the same or different protein targets.

It is believed that the antigen-binding protein specifically binds to its antigen target when the dissociation constant (K _b ) <10 ^-7 M. ABP specifically binds to the antigen with high affinity, when Kb <5 * 10 ^-9 M, and with very high affinity, when K, | <5 * 10 ^-10 M. In one embodiment, the ABP has a Kb <10 ^-9 M. In one embodiment, the dissociation rate is <1 * 10 ^-5 . In other embodiments, ABP binds to human PC8K9 at Kb between approximately 10 ^-9 and 10 ^-13 M, and in another embodiment, ABP binds at Kb <5 * 10 ^-10 . It will be apparent to those skilled in the art that in some embodiments of the invention, any or all of the antigen binding fragments can specifically bind to PC8K9.

An antigen binding protein is selective when it binds to one target more firmly than to another.

Antigen-binding region means a protein, or part of a protein that specifically binds to a particular antigen (e.g., paratope). For example, the part of the antigen binding protein that contains amino acid residues that interact with the antigen and give the antigen binding protein its specificity and affinity for the antigen is called the antigen binding region. The antigen binding region typically includes one or more additional binding regions (COB). Some antigen binding regions also include one or more framework regions. CMEA is an amino acid sequence that affects antigen binding specificity and affinity. Frame regions can help maintain the proper conformation of the CMEA regions to stimulate binding between the antigen binding region and the antigen. Structurally framed regions can be localized in antibodies between the CMEA regions. Examples of frame and CMEA areas are shown in FIG. 2A-3E, 3CCC-3Sh and 15A-15E. In some methods of carrying out the invention, the sequences for the CMEA regions for the light chain of antibody 3B6 are as follows: CMEA1 UE88OU88UEUO (8 EU) ΙΌ N0: 279); С0В2 UPTOO1UO8KOE (8 EU) ΙΌ N0: 280); SEV3 OAENO8OTIEUUU (8 EU) ΙΌ N0: 281), and EB is as follows: EB1 pruetFREAE8A8EOA8UTTS (8 EU) ΙΌ N0: 282); EB2 AUOOVROKORVEUMV (8 EU) ΙΌ N0: 283); EB3

O1RPVE8UEO8OE№UIT1KMREEPEP8PUNS (8ES) ΙΌ N0: 284) and ЕВ4 ЕООТКТУЕ (8ES) ΙΌ N0: 285).

In some aspects, recombinant antigen binding proteins are provided that bind to PC8K9, for example, human PC8K9. In this context, a recombinant antigen binding protein is a protein obtained using recombinant technologies, i.e. by expression of a recombinant nucleic acid as described herein. Methods and techniques for producing recombinant proteins are known in the art.

The term antibody refers to an intact immunoglobulin of any isotype or its fragment, which can compete with an intact antibody for specific binding to antigen target, and includes, for example, chimeric, humanized, fully human and bispecific antibodies. An antibody is a sample of an antigen binding protein. An intact antibody generally includes at least two full-length heavy chains and two full-length light chains, but in some methods may include fewer chains, such as antibodies found naturally in camels that can contain only heavy chains. Antibodies can be obtained from only one source, or they can be chimeric, i.e. different parts of the antibody can be obtained from two different antibodies as described below. Antigen binding proteins, antibodies, or binding fragments can be produced in hybridomas using recombinant DNA techniques.

- 15 032106 or by enzymatic or chemical cleavage of intact antibodies. Unless otherwise indicated, the term antibody includes, in addition to antibodies comprising two full-length heavy chains and two full-length light chains, derivatives, variants, fragments and their muteins, examples of which are described below. In addition, unless expressly excluded, antibodies include monoclonal antibodies, bispecific antibodies, mini bodies, domain antibodies, synthetic antibodies (sometimes referred to as antibody mimetics), chimeric antibodies, humanized antibodies, human antibodies, antibody fusions (sometimes referred to as antibody conjugates) and fragments thereof, respectively. In some embodiments, the term also includes peptibodies.

Natural structural elements of an antibody typically include a tetramer. Each such tetramer usually consists of two identical pairs of polypeptide chains, each pair has one full-length light chain (in some embodiments, about 25 kDa) and one full-length heavy chain (in some ways, about 50-70 kDa). The amino-terminal portion of each chain typically includes a variable region of about 100-110 or more amino acids, which are usually responsible for antigen recognition. The carboxy-terminal portion of each chain usually defines a constant region that may be responsible for effector function. Human light chains are usually classified as kappa and lambda light chains. Heavy chains are usually classified as mu, delta, gamma, alpha or epsilon, and determine the antibody isotype as 1dM, 1dI, 1dC, 1dA and 1dE, respectively. 1dC has several subclasses, including, but not limited to, 1dC1, 1dC2, 1dC3 and 1dC4. 1dM has subclasses, including but not limited to 1dM1 and 1dM2. 1dA is likewise subdivided into subclasses, including, but not limited to, 1dA1 and 1dA2. Within the light and heavy chains of the full length, as a rule, the variable and constant regions are connected by 1 region of about 12 or more amino acids, with the heavy chain also including the And region of about 10 more amino acids. See, for example, Fundamental Immunology, chap. 7 (Rai1, A., eb., 2pb eb. Yaa ^g ep Rge55. Ν.Υ. (1989)) (incorporated by reference in its entirety for all purposes). The variable regions of each light / heavy chain pair typically form an antigen binding site.

Variable regions usually exhibit the same overall structure with respect to conservative framework regions (RWs) connected by three hypervariable regions, also called complementarity determining regions or SIA. SIA from two chains of each pair is usually aligned by frame regions that can bind to a specific epitope. From the Ν-end to the C-end, both the variable regions of the light and heavy chains usually include the domains RJ1, CIA1, RIA2, CIA2, RIA3, CIA3 and RIA4. The assignment of amino acids to each domain is usually carried out in accordance with the definitions of KaLa! 8c. | Endgame5 oG RGsLei oG 1tipo1oduya1 1n1ege§1- Kaaa! sequences of proteins of immunological interest (No. 1bop1 1n5Si1e5 oG NeaNy, BeLekba, Mb. (1987 and 1991)), or CHOIna & Lekk, 1. Mo1. B1b., 196: 901-917 (1987); Sulu et al., ΝιΝιιινν 342: 878883 (1989).

In some embodiments, the antibody heavy chain binds to the antigen in the absence of the antibody light chain. In some methods of carrying out the invention, an antibody light chain binds to an antigen in the absence of an antibody heavy chain. In some methods of carrying out the invention, the antibody-binding region binds to the antigen in the absence of an antibody light chain. In some embodiments, the antibody binding region binds to the antigen in the absence of an antibody heavy chain. In some embodiments, a particular variable region binds specifically to an antigen in the absence of other variable regions.

In some methods of carrying out the invention, the definitive transdifferentiation of the CIA region and the identification of residues including the binding site of an antibody are performed by solving the structure of the antibody and / or solving the structure of the antibody-ligand complex. In some methods of carrying out the invention, this can be accomplished by any of the techniques known to specialists in this field, for example, x-ray crystallography. In some methods of carrying out the invention, various analysis methods may be used to identify or approximate the SII regions. Examples of such methods include, but are not limited to, the definition of KaBa1, the definition of CbO! Ba, the definition of ABM, and the contact definition.

Definition of Ka! is a standard for numbering residues in an antibody; it is usually used to identify SIA regions. See, for example, 1bnpop & Ai, No. 1c1e1c Ac1b§ Hae§., 28: 214-8 (2000). The definition of C1u11b is similar to the definition of KaBa1, but the position of some structural closed regions is taken into account in the definition of C1b111. See, for example, S1y11ia et al., 1. Mo1. Vu1., 196: 901-17 (1986); S1o11ia et al., No. Iige, 342: 877-83 (1989). Definition AM uses an integrated set of computer programs developed by OxHogb Mo1eci1ag Sgoir [Oxford Molecular Group] that model the structure of the antibody. See, for example, Magip et al., Proc. No. 111 Asab 8a (I8A), 86: 9268-9272 (1989); AM ™, a computer program for modeling the variable regions of antibodies, Oxford, UK; OhGogb Mo1esi1ag, Yb. The definition of ABM models the tertiary structure of the antibody from the primary sequence using a combination of knowledge bases and non-empirical [abb] methods, such as those described in the article 8bibaa et al., AB bibliography 81gis

- 16 032106! Ihe Rgebyuyp Iytd and Sotypeb N1egagsyisa1 ArrgoasN - Non-empirical forecasting of the structure of a protein using a complex hierarchical approach, РЯОТЕЫЫ8, 81гис1иге, Епсып ипп Сепейсй 8ирр1., 3: 194-198 (1999).

The contact definition is based on the analysis of existing complex crystalline structures. See, for example, Massa11it et al., 1. Mo1. Vu1., 5: 732-45 (1996).

By definition, SOY areas in the heavy chain are usually designated as H1, H2 and H3 and are numbered sequentially from the amino terminus to the carboxyl end. SOY regions in the light chain are usually denoted as b1, b2 and b3 and are numbered sequentially from the amino terminus to the carboxyl end.

The term light chain includes a full-length light chain and fragments thereof having a sufficient variable region sequence to confer binding specificity. The full-length light chain includes a variable region domain, _Yb , and a constant region domain, Cb. The variable region domain of the light chain is at the amino terminus of the polypeptide. Light chains include kappa chains and lambda chains.

The term heavy chain includes a full-length heavy chain and fragments thereof having a sufficient variable region sequence to impart binding specificity. The full-length heavy chain includes the variable region domain, U _H , and three constant region domains, C _H 1, C _H 2 and C _H 3. The _H domain is at the amino terminus of the polypeptide, and the C _H domains are at the carboxyl end, with C _H 3 is located closest to the carboxyl end of the polypeptide. Heavy chains can be of any isotype, including 1dC (including 1dC1, 1dC2, 1dC3 and 1dC4 subtypes), 1dA (including 1dA1 and 1dA2 subtypes), 1dM and 1dE.

A bispecific or bifunctional antibody is typically an artificial hybrid antibody having two different heavy / light chain pairs and two different binding sites. Bespecifically antibodies can be obtained by various methods, including, but not limited to, fusion of hybridomas or crosslinking of Eab fragments. See, for example, 8opdyM1a1 et al., C1t. Exp 1 type 1., 79: 315-321 (1990); Koje1pu et al., 1. 1ttypo1., 148: 1547-1553 (1992).

Some mammalian species also produce antibodies with only one heavy chain.

Each individual immunoglobulin chain usually consists of several immunoglobulin domains, each of which consists of approximately 90-110 amino acids and has a characteristic folding pattern. These domains represent the basic units from which the antibody polypeptides are composed. In humans, 1dA and Ι§Ό isotypes contain four heavy chains and four light chains; 1dC and 1dE isotypes contain two heavy chains and two light chains; and the 1dM isotype contains five heavy chains and five light chains. The heavy chain C region typically includes one or more domains that may be responsible for effector function. The number of domains of the constant region of the heavy chain will depend on the isotype. The 1dC heavy chains, for example, contain three C domain domains, known as CH1, CH2, and CH3. Secured antibodies may have any of these isotypes and subtypes. In some embodiments, the anti-PC8K9 antibody has a 1dC2 or 1dC4 subtype.

The term “variable region” or “variable domain” refers to a portion of the light and / or heavy chain of an antibody, typically comprising about 120-130 amino terminal amino acids in the heavy chain and about 100-110 amino terminal amino acids in the light chain. In some embodiments, the variable regions of different antibodies differ significantly in amino acid sequence even among antibodies of the same species. The variable region of an antibody typically determines the specificity of a particular antibody relative to its target.

The term “neutralizing antigen binding protein or neutralizing antibody” refers to an antigen binding protein or antibody, respectively, that binds to a ligand and prevents or reduces the biological effect of this ligand. This can be accomplished, for example, by directly blocking the binding site on the ligand or by binding to the ligand and changing the ability of the ligand to bind by indirect means (such as structural or energy changes in the ligand). In some methods of carrying out the invention, this term may also mean an antigen-binding protein that does not allow the biological function of the protein with which it is associated. When evaluating the binding and / or specificity of an antigen binding protein, for example, an antibody or an immunologically functional fragment, the antibody or fragment can significantly inhibit the binding of the ligand to its binding partner, when an excess of the antibody reduces the amount of the binding partner bound to the ligand by at least about 1-20 , 2030, 30-40, 40-50, 50-60, 60-70, 70-80, 80-85, 85-90, 90-95, 95-97, 97-98, 98-99% or more ( according to measurements in a competitive binding analysis (w νίΙΐΌ). In some embodiments of the invention, in the case of PC8K9 antigen binding proteins, such a neutralizing molecule may reduce the ability of PC8K9 to bind to LDL. In some methods of carrying out the invention, the neutralizing ability is characterized and / or described using competitive analysis. In some methods of carrying out the invention, the neutralizing ability is described in terms of the value of the EU ₅₀ or 1C ₅₀ . In some ways of carrying out the invention, ABP 27B2, 13H1, 13B5 and 3C4 are non-neutralizing ABPs, 3B6, 9C9 and 31A4 are weak neutralizers, and the rest of the ABP

- 17 032 106 from the table. 2 - strong neutralizers. In some methods of carrying out the invention, antibodies or antigen binding proteins are neutralized by binding to PC8K9 and preventing the binding of PC8K9 to LDL (or a decrease in the ability of PC8K9 to bind to LDL). In some embodiments, antibodies or ABP proteins are neutralized by binding to PC8K9 and, while still being able to bind PC8K9 to LDL, they prevent or reduce PC8K9-mediated degradation of LDL. Thus, in some methods of carrying out the invention, the neutralizing ABP or antibody may still allow binding of PC8K9 / LDL, but will prevent (or reduce) the subsequent, caused by PC8K9, destruction of LDL.

The term “target” refers to a molecule or part of a molecule capable of being joined by an antigen binding protein. In some methods of carrying out the invention, the target may have one or more epitopes. In some methods of carrying out the invention, the target is an antigen. The use of an antigen in the phrase antigen binding protein simply means that a protein sequence that includes an antigen can be bound by an antibody. In this context, the protein is not required to be foreign or capable of inducing an immune response.

The term compete when used in the context of antigen binding proteins (e.g., neutralizing antigen binding proteins or neutralizing antibodies) that compete for the same epitope, meaning competition between antigen binding proteins, as defined by an assay in which the antigen binding protein being tested (e.g., an antibody or immunologically functional fragment) prevents or inhibits (e.g. reduces) the specific binding of a control antigen binding protein (e.g., a ligan Or control antibody) with the same antigen (e.g., RS8K9 or fragment thereof). Many types of competitive binding assays can be used to determine whether one antigen binding protein is competing with another or not, for example: solid phase direct or indirect radioimmunoassay (K1A), solid phase direct or indirect enzyme immunoassay (E1A), sandwich competitive analysis (see, for example, 8ΐ ; · Ι1ι1ί et al., 1983, Меююбк ΐπ Еп / ууш1одод 9: 242-253); solid-phase direct biotin-avidin E1A (see, for example, Kik1appb et al., 1986, 1. 1shchipo1. 137: 3614-3619), solid-phase direct analysis with labels, solid-phase direct sandwich analysis with labels (see, for example, Nag1ote apb Lap, 1988, Aplob1ek, and Larog! Ogu Mapia1, So1b 8rppd Nagog Rgekk); solid-phase direct analysis of K1A using 1-125 labels (see, for example, Moge1 et al., 1988, Mo1es. 1shshipo.1. 25: 7-15); solid-phase direct biotinavidin E1A analysis (see, for example, Cieipd et al., 1990, U1go1odu 176: 546-552); and direct K1A analysis with labels (Mo1bepaeg et al., 1990, 8 pp. 1. 11P1pipo1. 32: 77-82). Typically, such an analysis involves the use of a purified antigen bound to a solid surface or cells containing any of these, an unlabeled test antigen binding protein and a labeled control antigen binding protein. Competitive inhibition is measured by determining the amount of label bound to a solid surface or cells in the presence of a test antigen-binding protein. Typically, testantigen-binding protein is present in excess. Antigen-binding proteins identified by competitive analysis (competing antigen-binding proteins) include antigen-binding proteins that bind to the same epitope as the control antigen-binding proteins and antigen-binding proteins that bind to an adjacent epitope that is close enough to the anti-binding epitope that mismatch. Additional information on methods for determining competitive binding is provided in the examples. Typically, when a competing antigen binding protein is present in excess, it inhibits (for example, reduces) the specific binding of the antigen binding protein to the total antigen by at least 40-45, 45-50, 50-55, 55-60, 60-65, 65-70 70-75 or 75% or more. In some methods, binding is inhibited by at least 80-85, 85-90, 90-95, 95-97, or 97% or more.

The term antigen refers to a molecule or part of a molecule capable of being bound by a selective binding agent, such as an antigen binding protein (including, for example, an antibody or immunological functional fragment thereof). In some methods of carrying out the invention, the antigen can be used by an animal organism to produce an antibody capable of binding to this antigen. An antigen may have one or more epitopes capable of interacting with other antigen binding proteins, for example, antibodies.

The term epitope includes any determinant capable of binding to an antigen binding protein, such as an antibody, or to a T cell receptor. An epitope is an area of an antigen that binds to an antigen binding protein that targets this antigen, and when the antigen is a protein, it includes specific amino acids that come into direct contact with the antigen binding protein. Most often, epitopes are located on proteins, but in some cases they can be on other types of molecules, such as nucleic acids. Epitope determinants may include chemically active surface groupings of molecules, for example, amino acids, sugar side chains, phosphoryl or sulfonyl groups, and may have specific three-dimensional structural characteristics and / or specific charging characteristics. In general, antibodies specific for a particular target antigen preferably recognize an epitope on the target antigen in a complex mixture of proteins and / or macromolecules.

- 18 032 106

As used in the present description, basically pure means that the described species of the molecule is the predominant species present, i.e. on a molar basis, it is more common than any other individual species in a similar mixture. In some methods of carrying out the invention, a substantially pure molecule is a composition in which the object species comprises at least 50% (on a molar basis) of the total macromolecular species present. In other embodiments, a substantially pure composition will comprise at least 80, 85, 90, 95, or 99% of the total macromolecular species present in the composition. In other embodiments, the object species is purified to the necessary homogeneity when contaminating species cannot be detected in the composition by conventional detection methods, and thus the composition consists of a single detectable macromolecular species.

The term agent is used herein to mean a chemical compound, a mixture of chemical compounds, a biological macromolecule, or an extract from biological materials.

As used herein, the term label or labeled refers to the introduction of a detectable marker, for example, by incorporating a radiolabeled amino acid or by attaching to a polypeptide a biotin group that can be detected using labeled avidin (e.g. streptavidin containing a fluorescent marker, or enzymatic activity that can be detected optical or colorimetric method). In some embodiments, the label or marker may also be therapeutic. Various methods are known for labeling polypeptides and glycoproteins that can be used. Examples of labels for polypeptides include, but are not limited to, the following: radioisotopes or radionuclides (e.g. ³ H, ¹⁴ C, A, ³⁵ δ, ⁹⁰ Υ, ⁹⁹ Tc, 'Ιη, ¹²⁵ Ι, ¹³¹ Ι), fluorescent labels (e.g. , MTS, rhodamine, lanthanide phosphorus), enzymatic labels (e.g. horseradish peroxidase, β-galactosidase, luciferase, alkaline phosphatase), chemiluminescent, biotinyl groups, predetermined polypeptide epitopes recognized by the secondary sequence reporter, for example, for secondary antibodies, IU ALL-binding domains, epitope tags). In some embodiments, labels are attached with spacer legs of different lengths to reduce potential steric mismatch.

The term “biological sample” as used herein includes, but is not limited to, a certain amount of material from a living creature or former living creature. Such living things include, but are not limited to, humans, mice, monkeys, rats, rabbits, and other animals. Material includes, but is not limited to, blood, serum, urine, cells, organs, tissues, bone, bone marrow, lymph nodes, and skin.

The term pharmaceutical agent composition (or agent or drug) as used herein refers to a chemical compound, composition, agent or drug capable of inducing the desired therapeutic effect when properly administered to a patient. More than one type of ingredient is not required.

The term “therapeutically effective amount” refers to the amount of PC8K9 antigen binding protein determined to produce a therapeutic response in a mammal. Any one of ordinary skill in the art can readily determine such therapeutically effective amounts.

The term modulator as used in the present description means a compound that modifies or converts the activity or function of a molecule. For example, a modulator may cause an increase or decrease in the magnitude of a particular activity or function of a molecule compared to the amount of activity or function observed in the absence of a modulator. In some methods of carrying out the invention, the modulator is an inhibitor that reduces the value of at least one activity or function of the molecule. Some examples of the activity and function of a molecule include, but are not limited to, binding affinity, enzymatic activity, and signal transduction. Some examples of inhibitors include, but are not limited to, proteins, peptides, antibodies, peptibodies, carbohydrates, or small organic molecules. Peptibodies are described, for example, in US patent No. 6660843 (corresponding to international application \ ¥ 0 01/83525).

The terms patient and test subject are used interchangeably and include test people and test animals, as well as test people and test animals with formally diagnosed disorders, test people and test animals without formally defined disorders, test people and test animals receiving medical care, test people and test animals with the risk of developing disorders, etc.

The term treat and treatment includes therapeutic treatments, preventive treatments and prescriptions that reduce the risk of a subject developing a disorder or other risk factor. Treatment does not require a complete cure for the disorder and encompasses embodiments of the invention in which symptoms or underlying risk factors are reduced.

The term warn, obstruct does not require 100% exclusion of the possibility of an event. Rather, it means that the likelihood of an event occurring is reduced when there is a compound or method.

- 19 032 106

Standard techniques can be used for recombinant DNA, oligonucleotide synthesis and tissue culture and transformation (e.g., electroporation, lipofection). Enzymatic reactions and purification methods can be performed according to the specifications of the manufacturer, or as is customary to be carried out in this field or according to the present description. The preceding techniques and procedures can typically be performed by standard methods known in the art and as described in various general and more specific references mentioned in this specification. See, for example, SATLOGO et al., Molecular Clotus: Arborema Mapia 1 - Molecular Cloning: Workshop (26 EB., CoIB 8rpp§ Nagog LaGoogo Prge§8, CoB 8rpp§ Nagog, Kouenau (1989) this description by reference for all purposes. Unless specific definitions are given, in relation to analytical chemistry, synthetic organic chemistry, and medical and pharmaceutical chemistry described in this document, a well-known and commonly used system of symbols, laboratory procedures and techniques are used in this field. For chemical syntheses, chemical analyzes, pharmaceutical preparation, drug preparation technology, delivery and treatment of patients, standard techniques can be used.

Antigen-binding proteins interacting with PC8K9.

Proprotein convertase subtilisin kexin type 9 (PC8K9) is a serine protease involved in the regulation of low-density lipoprotein receptor protein levels (LDL) (Nooyop et al., 2007; 8e1ba11 apb Rga1, 2007). PC8K9 is a prohormone-proprotein convertase in the subtilisin (88) family of serine proteases (8e1ba et al., 2003). An example of a human PC8K9 amino acid sequence is presented as 8EO ΙΌ N0: 1: 1 and 3 in FIG. 1A (the protein domain is underlined) and FIG. 1B (the signal sequence is in bold and the prodomain is underlined). An example of human PC8K9 coding sequence is presented as 8E0 ΙΌ N0: 2 (Fig. 1B). As described herein, PC8K9 proteins can also include fragments of full-length PC8K9 protein. The structure of the PC8K9 protein was recently resolved by two groups (Sipspdyat et al., No. 11ige 81gis1iga1 & Mo1eciag Vyuogo, 2007, app. by reference. PC8K9 includes a signal sequence, a ^ terminal prodomain, a subtilisin-like catalytic domain, and a C-terminal domain.

Antigen binding proteins (ABPs) that bind to PC8K9, including human PC8K9, are provided. In some methods of carrying out the invention, the provided antigen binding proteins are polypeptides that include one or more complementarity determining regions (JUAs) as described herein. In some antigen-binding proteins, the RNC region is located in the frame region, which orientates the RNC region (s) so that the necessary antigen-binding properties of the RNC region (s) are achieved. In some embodiments, the antigen binding proteins described herein can interfere with, block, reduce, or modulate the interaction between PC8K9 and LDL. Such antigen binding proteins are designated as neutralizing. In some embodiments, binding between PC8K9 and LDL can still occur, even if the antigen binding protein is neutralizing and is bound to PC8K9. For example, in some methods of carrying out the invention, ABP prevents or reduces the adverse effects of RS8K9 on LDL without blocking the site of binding of LDL to RS8K9. Thus, in some embodiments, the ABP modulates or changes the ability of PC8K9 to cause LDL disruption without interfering with the binding interaction between PC8K9 and LDL. Such ATSs can definitely be described as non-competitively neutralizing ATSs. In some methods of carrying out the invention, the neutralizing ABP binds to PC8K9 in position and / or in such a way that prevents the binding of PC8K9 to LDL. Such ATS can definitely be described as competitively neutralizing ATS. Both of the neutralizers described above can lead to the presence of more free LDL in the subject, which causes the binding of more LDL to LDL (thereby reducing the amount of LDL in the subject). In turn, this leads to a decrease in the amount of serum cholesterol observed in the subject.

In certain embodiments, the antigen binding proteins provided herein are capable of inhibiting PC8K9-mediated activity (including binding). In certain embodiments, antigen binding proteins that bind to these epitopes inhibit, inter alia, the interactions between PC8K9 and LDL and other physiological effects mediated by PC8K9. In some embodiments, antigen binding proteins are human proteins, such as, for example, fully human antibodies to PC8K9.

In some embodiments, ABP binds to the catalytic domain of PC8K9. In some embodiments, ABP binds to the mature form of PC8K9. In some methods of carrying out the invention, ABP binds to the PC8K9 prodomain. In some embodiments, ABP selectively binds to the mature form of PC8K9. In some methods of carrying out the invention, ABP binds to the catalytic domain in such a way that PC8K9 cannot bind or bind efficiently to LDL. In some embodiments, the antigen binding protein does not bind to the c-terminus of the catalytic domain. AT

- 20 032106 in some embodiments of the invention, the antigen binding protein does not bind to the p-terminus of the catalytic domain. In some embodiments, ABP does not bind to the p- or c-terminus of the PC8K9 protein. In some methods of carrying out the invention, ABP binds to any of the epitopes. bound by antibodies. which are discussed here. In some methods of carrying out the invention, this can be determined by competitive assays between antibodies. described in this document. and other antibodies. In some methods of carrying out the invention, ABP binds to an epitope. bound by one of the antibodies. described in table. 2. In some embodiments, antigen binding proteins bind to a specific conformational state of PC8K9. to prevent the interaction of RS8K9 with LDL. In some methods of carrying out the invention, ABP binds to the Y domain of PC8K9. In some methods of carrying out the invention, ABP binds to the U domain of PC8K9 and prevents (or reduces) the binding of PC8K9 to LDL. In some embodiments, the ABP binds to the Y domain of PC8K9. and when it does not prevent (or reduce) the binding of RS8K9 to LDL. ATS prevents or reduces adverse effects. PC8K9 mediated. on LDL.

Antigen binding proteins. which are described here. have a number of useful applications. Some antigen binding proteins. eg. suitable for specific binding assays. affinity purification RS8K9. for a specific human RS8K9 or its ligands. and for screening tests to identify other antagonists of PC8K9 activity. Some antigen binding proteins are useful for inhibiting the binding of RS8K9 to LDL or inhibiting RS8K9-mediated actions.

Antigen binding proteins can be used in a number of therapeutic applications according to the explanation given. For example. in some embodiments, PC8K9 antigen binding proteins are useful in treating conditions. associated with RS8K9. such as cholesterol-associated disorders (or serum cholesterol-related disorders). eg. hypercholesterolemia. according to the description. to the following. Other uses of antigen binding proteins include. eg. diagnosis of PC8K9-associated diseases or conditions; and screening tests to determine the presence or absence of PC8K9. Some antigen binding proteins. described here. suitable in the treatment of consequences. symptoms. and / or pathology. associated with PC8K9 activity.

In some methods of carrying out the invention, the provided antigen binding proteins include one or more COB regions (for example, 1. 2. 3. 4. 5 or 6 COB). In some embodiments, the antigen binding protein comprises (a) a polypeptide structure and (b) one or more COB regions. which are inserted into and / or attached to a polypeptide structure. The polypeptide structure can take many different forms. For example. it can be. or include. skeleton of a natural antibody. or a fragment or variant thereof. or may be completely synthetic in nature. The following is a description of examples of various polypeptide structures.

In some methods of carrying out the invention, the polypeptide structure of antigen binding proteins is an antibody or is derived from an antibody. including. but not limited to this. monoclonal antibodies. bispecific antibodies. mini bodies. domain antibodies. synthetic antibodies (sometimes referred to herein as antibody mimetics). chimeric antibodies. humanized antibodies. antibody fusions (sometimes referred to herein as antibody conjugates) and parts or fragments of each, respectively. In some methods, the antigen binding protein is an immunological fragment of an antibody (e.g., PaB. PaB. P (ab ') ₂ or ccpu). The following is a description and definition of various structures.

Some of the antigen binding proteins. presented in the present description. specifically and / or selectively bind to human PC8K9. In some methods of carrying out the invention, the antigen binding protein specifically and / or selectively binds to the human PC8K9 protein. having and / or consisting of residues 153-692 of 8E0 ΙΌ NO: 3. In some methods of carrying out the invention, ABP specifically and / or selectively binds to human PC8K9. having and / or consisting of residues 31-152 of 8E0 ΙΌ NO: 3. In some embodiments, the ABP selectively binds to the human PC8K9 protein according to the image in FIG. 1A (8E0 ΙΌ NO: 1). In some embodiments, the antigen binding protein specifically binds. least. with a fragment of the PC8K9 protein and / or PC8K9 protein of full length. with or without a signal sequence.

In embodiments of the invention. where antigen binding protein is used for therapeutic applications. antigen binding protein can inhibit. inhibit or modulate one or more biological actions of RS8K9. In one embodiment, the antigen binding protein binds specifically to human PC8K9 and / or substantially inhibits the binding of human PC8K9 to LDL by at least about 20-40. 40-60. 60-80. 80-85% or more (for example, by measuring binding in a competitive binding assay w νίΙΐΌ). Some of the antigen binding proteins described herein are antibodies. In some methods of carrying out the invention, the ABP has Kb less (binding is stronger) than

- 21 032 106

10 ^-7 , 10 ^-8 , 10 ^-9 , 10 ^-10 , 10 ^-11 , 10 ^-12 , 10 ^-13 M. In some methods of carrying out the invention, the ABP has 1C ₅₀ to block the binding of LDL to PC8K9 (Ό374Υ, high affinity version) less than 1 μM, 1000-100 nM, 100-10 nM, 10-1 nM, 1000-500 rM, 500-200 rM, less than 200 rM, 200-150 rM, 200 100 rM, 100-10 rM, 10- 1 pM.

One example of the heavy chain 1dC2 C domain of an anti-PC8K9 antibody of the present invention has an amino acid sequence as shown in 81: 0) ΙΌ ΝΟ: 154, FIG. 3KK.

One example of the heavy chain 1dC4 C domain of an anti-PC8K9 antibody of the present invention has an amino acid sequence as shown in 800 ΙΌ 155: 155, FIG. 3KK.

One example of the Kappa light chain C-domain of an anti-PC8K9 antibody has the amino acid sequence as shown at 800 ΙΌ ΝΟ: 157, FIG. 3KK.

One example of the C-domain of a lambda light chain of an anti-PC8K9 antibody has an amino acid sequence as shown at 800 ΙΌ 15: 156, FIG. 3KK.

The variable regions of the immunoglobulin chains usually exhibit the same general structure, including relatively conservative framework regions (ECs) connected by three hypervariable regions, also called complementarity determining regions or RNS. The SOCs of the two chains of each heavy chain / light chain pair mentioned above are usually aligned by frame regions until a structure is formed that specifically binds to a specific epitope on the target protein (for example, PC8K9). From the Ν-end to the C-end, the natural variable regions of the light and heavy chains usually correspond to the following elements: ЕК1, С1ЖЕ ЕК2, СОК2, ЕК3, СТЖ3 and ЕК4. The numbering system is designed to assign numbers to amino acids that occupy positions in each of these domains. This numbering system is determined by KaLa! Zeciepsec oG Prgo ет etc oG 1shi along 1od1'ca1 1n ehek К -Kaaa sequence of proteins of immunological interest (1987 and 1991, MN, BeShekba, MO) or Sio10a & Beck, 1987, I. Mo1. Vu1. 196: 901-917; Sio10a et al., 1989, Shop 342: 878-883.

The various variable regions of the heavy chain and light chain are shown and depicted in FIG. 2A-3L and 3BB-3BBB in the present description. In some embodiments, each of these variable regions can be attached to the aforementioned constant regions of the heavy and light chains to form the heavy and light chains of the complete antibody, respectively. In addition, each of the heavy and light chain sequences thus created can be combined to obtain the structure of a complete antibody.

Specific examples of some of the variable regions of the light and heavy chains of antibodies presented in the present description, their corresponding amino acid sequences are summarized in table. 2.

table 2

Examples of variable regions of the heavy and light chains

Antibody 816 GO ΝΟ heavy / light chain 30A4 5/74 ZS4 7/85 23B5 9/71 2564 10/72 31H4 12/67 27B2 13/87 25A7 15/58 27H5 16/52 26H5 17/51 SZ1 18/53 20I10 19/48 27E7 20/54 30V9 21/55 19H9 22/56 26E10 23/49 21B12 23/49 17С2 24/57 2361 26/50 13H1 28/91 9C9 30/64 9H6 31/62 31A4 32/89 1A12 33/65 16P12 35/79 22E2 36/80 27A6 37/76 28B12 38/77 28I6 39/78 31611 40/83 13B5 42/69 31B12 44/81 ZV6 46/60

- 22 032 106

On the other hand, for the formation of antibodies, each of the variable heavy chains listed in table. 2 can be combined with any of the variable light chains shown in table. 2. In the table. 2 shows examples of conjugations of light and heavy chains found in several of the antibodies described herein. In some methods, antibodies include at least one variable heavy chain and one variable light chain listed in the table. 2. In other examples, antibodies contain two identical light chains and two identical heavy chains. For example, an antibody or antigen binding protein may include a heavy chain and a light chain, two heavy chains or two light chains. In some embodiments of the invention, the antigen binding protein comprises (and / or consists of) 1, 2 and / or 3 heavy and / or light SOKs from at least one of the sequences listed in Table 1. 2 (RNS areas for sequences are highlighted in Fig. 2L-3E, and other implementations in Fig. 3CCC-3Sh and 15A-15O). In some methods of carrying out the invention, all 6 JUICE (SOK1-3 from the lungs (SOK1, SOK2, SOK3) and SOK1-3 from the heavy (SOKN1, SOKH2, and SOKH3)) are included in the ABP. In some methods of carrying out the invention, 1, 2, 3, 4, 5, or more RNS regions are included in the ABP. In some methods of carrying out the invention, one heavy and one light SHOK from the JUICE regions in the sequences of the table. 2 are included in the ABP (JUICE region for the sequences in Table 2 are highlighted in FIGS. 2A-3O). In some methods of carrying out the invention, additional sections (for example, depicted in FIGS. 2A-2O, 3A-3O, and other implementations on 3CCC-3Sh and 15A-15O) are also included in the ABP. Examples of RNS and RK for the heavy and light chains mentioned in the table. 2 are highlighted in FIG. 2A-3E (and other implementations in FIG. 3CCC-3.Sh and 15A-15O). Optional variable sequences of the light chain (including SOK1, SOK2, SOK3, PK1, PK2, PK3 and PK4) can be from the following list: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20 , 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44, and 46. Optional sequences of the variable regions of the heavy chain (including SOK1, SOK2 , RNS3, RK1, RK2, RK3 and RK4) can be from the following list: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50 , 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, and 60. In some of the entries in FIG. 2A-3E, sequence variations or alternative boundaries of RNS and RK are identified. These alternatives are designated as ν1 after the name ABP. Since most of these alternatives are negligible in nature, only sections with differences are displayed in the table. It goes without saying that the remaining section of the light or heavy chain is the same as that shown for the basic ABP in the other sets. Thus, for example, 19H9m1 in FIG. 2C has the same PK1, CEK1 and PK2 as 19H9 in FIG. 2A, as in FIG. 2C, the only difference is noted. For three of the nucleic acid sequences (ABP 26E10, 30B9 and 31B12), additional alternative nucleic acid sequences are shown in the figures. It will be apparent to those skilled in the art that no more than one such sequence is actually required to create an antibody or ABP. Indeed, in some methods of carrying out the invention, only one or none of the specific heavy or light chain specific nucleic acids is required.

In some aspects, the invention includes an isolated antigen binding protein that binds to PC8K9 comprising A) one or more complementarity determining heavy chain (JUICE) regions of the group consisting of (1) SOKH1 from SECN1 in a sequence selected from the group consisting of 8EO sequences GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80 76, 77, 78, 83, 69, 81 and 60; (ίί) C9KH2 from C9KH2 in the sequence selected from the group consisting of sequences 8E0 GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, and 60; (w) SOKH3 from SOKH3 in the sequence of the group consisting of 8E0 GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, and 60; and (ΐν) С9КН according to (ί), (ίί) and (ίίί), which contains one or more amino acid substitutions, deletions or insertions of not more than 4 amino acids; C) one or more complementarity determining sections of the light chain (SOK) from the group consisting of (ί) SOK1 from SOK1 in the sequence selected from the group consisting of sequences 8EO GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46; (ίί) SOK2 from SPK2 in the sequence selected from the group consisting of sequences 8E0 GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46; (ίίί) SOK3 from SOK3 in a sequence selected from the group consisting of sequences 8E0 GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46; and (ΐν) C9KE according to (ί), (ίί) and (ίίί), which contains one or more amino acid substitutions, deletions or insertions of not more than 4 amino acids; or C) one or more FOSSH heavy chain according to A) and one or more SOKH light chain according to B). In some methods of carrying out the invention, the isolated antigen-binding protein comprises at least one SHOKN according to A) and at least one SOK according to B). In some methods of carrying out the invention, the isolated antigen-binding protein comprises at least two SHOKN according to A) and at least two SOK according to B). In some methods of carrying out the invention, the isolated antigen-binding protein comprises the said SOKH1, SOKH2, SOKH3, SOK, SOK2 and SOK3. In some methods of carrying out the invention, the SO KH according to A) belongs to at least one group consisting of (ί) SHOKH1 amino acid sequence from

- 23,032,106

SGOEN1 in the sequence selected from the group consisting of sequences ΞΕφ GO N0: 67, 79, 89 and 49; (ίί) SEEN2 amino acid sequence from SEEN2 in a sequence selected from the group consisting of sequences ΞΕφ ΙΌ N0: 67, 79, 89 and 49; (ίίί) SEEN3 amino acid sequence from SOKH3 in the sequence selected from the group consisting of sequences ΞΕφ GO N0: 67, 79, 89 and 49; and (ίν) SEEN according to (ί), (ίί) and (ίίί), which contains one or more amino acid substitutions, deletions or insertions of not more than 2 amino acids. In addition, SOKE according to B) belongs to at least one group consisting of (ί) SOKE1 amino acid sequence of SOK1 in a sequence selected from the group consisting of sequences ΞΕφ GO N0: 12, 35, 32 and 23; (ίί) SOKE2 of the amino acid sequence of SOKE2 in a sequence selected from the group consisting of ΞΕφ ΙΌ N0: 12, 35, 32 and 23; (ίίί) SOK3 of the amino acid sequence from CGOYE3 in a sequence selected from the group consisting of sequences ΞΕφ ΙΌ N0: 12, 35, 32 and 23; and (ίν) SOK according to (ί), (ίί) and (ίίί), which contains one or more amino acid substitutions, deletions or insertions of not more than 2 amino acids; or C) one or more SOKNs of the heavy chain according to A) and one or more SOKN light chain according to B. In some methods of carrying out the invention, the SOKN according to A) belongs to at least one group consisting of (ί) SOKH1 amino acid sequence from the SOKH1 amino acid sequence in the sequence ΞΕφ ΙΌ N0: 67; (ίί) SOKH2 amino acid sequence from SOKH2 amino acid sequence in ΞΕφ ΙΌ N0: 67; (ίίί) SOKH3 amino acid sequence from SOKH3 amino acid sequence at ΞΕφ ΙΌ N0: 67; and (ίν) SOKN according to (ί), (ίί) and (ίίί), which contains one or more amino acid substitutions, deletions or insertions of not more than 2 amino acids; said SOK according to B) belongs to at least one group consisting of (ί) SOK1 amino acid sequence from SOK1 amino acid sequence in the sequence ΞΕφ ΙΌ N0: 12; (ίί) SOK2 amino acid sequence from SOK2 amino acid sequence in the sequence вφ ΙΌ N0: 12; (ίίί) SOK3 amino acid sequence from SOK3 amino acid sequence in ΞΕφ ΙΌ N0: 12; and (ίν) SOK according to (ί), (ίί) and (ίίί), which contains one or more amino acid substitutions, deletions or insertions of not more than 2 amino acids; or C) one or more SOKN of the heavy chain according to A) and one or more SOKN of the light chain according to B). In some embodiments, the antigen binding protein comprises A) SOKH1 from the SOKH1 sequence in ΞΕφ ΙΌ N0: 67, SOKH2 from the SOKH2 sequence in ΞΕφ GO N0: 67, and SOKH3 from the SOKH3 sequence in ΞΕφ GO N0: 67, and B) SOK1 from SOK1 sequences in ΞΕφ GO N0: 12, SOK2 from SOK2 sequences in ΞΕφ GO N0: 12, and SOK3 from SOK3 sequences in ΞΕφ GO N0: 12. In some methods of carrying out the invention, the antigen binding protein comprises a variable region of the heavy chain (Y _H ) having minimum 80% sequence identity relative to the amino acid sequence selected from the group consisting of sequences ΞΕφ GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81 and 60, and / or the variable region of the light chain (Y _b ) having at least 80% sequence identity relative to the amino acid sequence selected from the group consisting of sequences ΞΕΟ GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46. In some methods of carrying out the invention, the CN has at least 90% sequence identity relative to the amino acid sequence selected from the group consisting of ΞΕφ GO sequences N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49 , 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81 and 60, and / or Y _b has at least 90% sequence identity with respect to the amino acid sequence selected from the group consisting of ΞΕΟ GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32 , 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46. In some methods of carrying out the invention, the CN is selected from the group consisting of ΞΕφ GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79 , 80, 76, 77, 78, 83, 69, 81 and 60, and / or Y _b is selected from the group consisting of sequences ΞΕφ GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17 , 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46.

In some aspects, the invention includes an isolated antigen binding protein that specifically binds to an epitope linked to any of the ABPs described herein.

In some aspects, the invention includes an isolated antigen binding protein that binds to PCΞK9, in which the antigen binding protein comprises A) one or more heavy chain RNS (RNS) selected from at least one group consisting of (ί) RNR1 having at least 80% sequence identity relative to SOKH1 in one of the sequences selected from the group consisting of sequences ΞΕφ GO N0: 74, 85, 71, 72, 67, 87, 58, 52,

51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81 and 60; (ίί) SOKH2 having at least 80% sequence identity relative to SOKH2 in one of the sequences selected from the group consisting of sequences ΞΕφ GO N0: 74, 85, 71, 72, 67, 87, 58,

52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81 and 60; and (ίίί) SOKH3, having

- 24 032106 at least 80% sequence identity with respect to SOKH3 in one of the sequences selected from the group consisting of sequences 8EO GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, and 60; C) one or more SOK (SOK) light chain of at least one group consisting of (1) SOKE1 having at least 80% sequence identity relative to SOK1 in one of the sequences selected from the group consisting of sequences 8E0 GO N0: 5 , 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38 39, 40, 42, 44 and 46; (ίί) SOK2, having at least 80% sequence identity relative to SOK2 in one of the sequences selected from the group consisting of 8E0 GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44, and 46; and (ίίί) SOK3, having at least 80% sequence identity relative to SOK3 in one of the sequences selected from the group consisting of 8EO GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44, and 46; or C) one or more FOSSH heavy chain according to A) and one or more SOKH light chain according to B). In some methods of carrying out the invention, the antigen binding protein comprises A) one or more C. OKN of at least one group consisting of (1) SOKH1 having at least 90% sequence identity with respect to SGKN 1 in one of the sequences selected from the group consisting of sequences 8E0 GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79 80, 76, 77, 78, 83, 69, 81, and 60; (ίί) SOKH2 having at least 90% sequence identity relative to SOKH2 in one of the sequences selected from the group consisting of sequences 8E0 GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, and 60; and (ίίί) SOKH3 having at least 90% sequence identity with respect to SOKH3 in one of the sequences from the group consisting of 8E0 GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, and 60; C) one or more SOKY from at least one group consisting of (ί) SOKE1, having at least 90% sequence identity with respect to SHOKBZ in one of the sequences selected from the group consisting of sequences 8E0 GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46; (ίί) SOK2, having at least 90% sequence identity relative to SOKE2 in one of the sequences from the group consisting of 8ES) GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44, and 46; (ίίί) SOKE3 having at least 90% sequence identity relative to SOKE3 in one of the sequences selected from the group consisting of sequences 8ES) GO N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46; or C) one or more JUICES of the heavy chain according to A) and one or more JUICES of the heavy chain according to B).

In some aspects, the invention includes an isolated antigen-binding protein that binds PC8K9, the antigen-binding protein includes A) a complementarity determining heavy chain (SOCN) region from at least one group consisting of (СО) SOCH3 from SOCH3 within sequences selected from the group consisting of sequences 8E0 GO N0: 67, 79 and 49, (ίί) SOKH3, which differs in amino acid sequence from SOKH3 according to (ί) by adding, removing or replacing no more than two amino acids; and (ίίί) X1X ₂ X ₃ X ₄ X ₅ X ₆ X ₇ X ₈ X9X1 ₀ XcX1 ₂ X1 ₃ X1 ₄ (sequence 8E0 GO N0: 404), where X _{1 is} selected from the group consisting of O, A, K, and does not contain amino acids, X _{2 is} selected from the group consisting of Υ, Ι, O, and does not contain amino acids, X _{3 is} selected from the group consisting of O, A, O, and does not contain amino acids, X _{4 is} selected from the group consisting of from P, A, b, and does not contain amino acids, X _{5 is} selected from the group consisting of ^, b, A, and does not contain amino acids, X _{6 is} selected from the group consisting of 8, Υ, A, and does not contain amino acids, X7 is selected from the group consisting of A, Υ, K, and does not contain amino lots, X8 is selected from the group consisting of Υ, P, and does not contain amino acids, X ₉ is selected from the group consisting of Υ, G, and does not contain amino acids, X ₁₀ is selected from the group consisting of O, O, and contains amino acids, X _{11 is} selected from the group consisting of A, M, and does not contain amino acids, X _{12 is} selected from the group consisting of P, O, and does not contain amino acids, X _{13 is} selected from the group consisting of O, Y, and does not contains amino acids, X14 is selected from the group consisting of Y and does not contain amino acids; C) the complementarity determining region (SOKE) of at least one group consisting of (ί) SOKE3 from SOKE3 within the sequences selected from the group consisting of sequences 8E0 GO N0: 12, 35 and 23, (ίί) SOKE3, which differs the amino acid sequence from SOKE3 according to (ί) due to the addition, removal or substitution of not more than two amino acids; and (ίίί) SOKE3 amino acid sequence selected from the group consisting of X ₁ X ₂ X ₃ X ₄ X5X ₆ X7X ₈ X ₉ X ₁₀ X ₁₁ (sequence 8E0 GO N0: 405), where X _{1 is} selected from the group consisting of 0 and O, X _{2 is} selected from the group consisting of 8, T, A, and does not contain amino acids, X _{3 is} selected from the group consisting of Υ, does not contain amino acids, and ^, X _{4 is} selected from the group consisting of O and does not contain amino acids, X _{5 is} selected from the group consisting of 8 and does not contain amino acids, X _{6 is} selected from the group consisting of 8 and does not contain amino acids, X _{7 is} selected from the group consisting of b, T, and not contains amino acids, X _{8 is} selected from the group

- 25 032106 not containing amino acids, A, and 8, X ₉ selected from the group containing no amino acids, C, A and V, X ₁₀ selected from the group containing no amino acids, 8, Υ and V, X ₁₁ selected from the group, amino acid free and V.

In some aspects, the invention includes an isolated antigen binding protein comprising a light chain having an amino acid sequence selected from the group consisting of 8Ef GO sequences N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44, 46, and combinations thereof.

In some embodiments, the antigen binding protein specifically binds to an epitope associated with at least one of the antigen binding proteins described herein. In some methods of implementing the present invention, the isolated antigen-binding protein also includes a heavy chain having an amino acid sequence selected from the group consisting of sequences 8Ef GO N0: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48 , 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, 60, and combinations thereof. In some methods of carrying out the invention, the amino acid sequence of ABP is selected from the group consisting of sequences 8Ef GO N0: 12, 35, 23, and some combinations thereof. In some methods of carrying out the invention, the ABP heavy chain comprises SHOF3 from the sequence 8Ef GO N0: 67, SHOF2 from the sequence 8Ef GO N0: 67, and SHOFH1 from the sequence 8Ef GO N0: 67, and said light chain comprises SOKE3 from the sequence 8Ef GO N0: 12 , SOKE2 from the sequence 8Ef GO N0: 12, and SHOV from the sequence 8Ef GO N0: 12. In some methods of the invention, the isolated antigen-binding protein is a monoclonal antibody, a polyclonal antibody, a recombinant antibody, a human antibody, humane an antibody, a chimeric antibody, a multispecific antibody, or an antibody fragment thereof. In some embodiments, the isolated antigen binding protein is an EaB fragment, an EaB fragment, an E (ab ') ₂ fragment, an Εν fragment, a diatel or single chain antibody molecule. In some embodiments, the isolated antigen binding protein is a human antibody. In some embodiments, the isolated antigen binding protein is a monoclonal antibody. In some methods of carrying out the invention, the isolated antigen binding protein is a 1dC1-, 1dC2-, 1dC3- or 1dC4-type protein. In some embodiments, the isolated 1dC4 or 1dC2 type antigen binding protein is isolated. In some embodiments of the invention, the isolated antigen binding protein is coupled to a marking group.

In some embodiments, an isolated antigen binding protein competes with the antigen binding protein described herein for binding to PC8K9. In some embodiments, the isolated antigen binding protein is a monoclonal antibody, a polyclonal antibody, a recombinant antibody, a human antibody, a humanized antibody, a chimeric antibody, a multispecific antibody, or an antibody fragment thereof. In some methods of carrying out the invention, the isolated antigen-binding protein is an Ea fragment, Ea 'fragment, E (a b') ₂ fragment, Εν fragment, diabody or single-chain antibody molecule. In some embodiments, the isolated antigen binding protein is coupled to a marking group. In certain exemplary embodiments, the isolated antigen binding protein reduces the binding of PC8K9 to LDL. In some embodiments, the isolated antigen binding protein reduces the amount of LDL present in a subject after administration to the subject. In some embodiments, the isolated antigen binding protein reduces the amount of serum cholesterol present in a subject after administration to the subject. In some methods of carrying out the invention, the isolated antigen binding protein increases the amount of LDL present in a subject after its administration to the subject.

In some aspects, the invention includes an isolated antigen binding protein that, as described herein, competes with the antigen binding protein for binding to PC8K9.

In some aspects, the invention includes a neutralizing antibody that binds to PC8K9 and reduces the low-density lipoprotein receptor (LDL) lowering effect of PC8K9 on LDL. In some methods of carrying out the invention, the antibody specifically binds to PC8K9. In some embodiments, the antibody binds to the catalytic domain of PC8K9. In some embodiments, the antibody binds to an epitope within residues 31447 of 8Ef GO N0: 3. In some embodiments, the antibody binds to PC8K9 having an amino acid sequence that is at least 90% identical to the 8Ef GO N0: 3 sequence.

In some aspects, the invention includes a neutralizing antibody that binds to PC8K9, in which the antigen binding protein binds to PC8K9 at a position within residues 31-447 of 8Ef GO N0: 3. In some embodiments, when the antigen binding protein binds to PC8K9, the antibody contains 8 A or less from at least one of the following residues: 8153, 1154, P155, B194, Ό238, A239, 1369, 8372, Ό374, C375, T377, C378, E379, ν380, 8381, A156, N157, 15158, E159,

- 26,032,106

H193, E195, H229, K237, 0240, K243, Ό367, Ι368, 6370, A371, 8373, 8376, 9382, No. 72, P150, A151, 9152, T214, K215, P216, H217, A220, 8221, K222, 8225 , Н226, С255, 9256, 6257, К258, N317, Р318, Т347, Л348, 6349, Т350, Л351, Е366, Ό367, Ό374, У380, 8381, 9382, 8383, 6384, К69, Ό70, Р71, 8148 , Ό186, T187, E211, Ό212, 6213, K218, 9219, C223, Ό224, 6227, H229, L253, N254, 6259, P288, A290, 6291, 6316, K319, Υ325, U346, 6352, T35368 , Ι369, 8372, 8373, C378, P379, T385, 8386, 9387, 8153, 8188, Ι189, p190, 8191, Ό192, K194, E197, 6198, K199, U200, Ό224, K237, Ό238, K243, 837, 837 , 8376, T377, P379, Ι154, T187, H193, E195, Ι196, M201, U202, C223, T228, 8235, 6236, A239, 6244, M247, Ι369,

8372, C375 or C378. In some methods of carrying out the invention, the antibody contains 8 A or less of at least one of the following residues of PC8K9: 8153, Ι154, P155, K194, Ό238, A239, Ι369, 8372, Ό374, C375, T377, C378, P379, U380, 8381, No. 156, N157, L158, E159, H193, E195, H229, K237, 6240, K243, Ό367, Ι368, 6370, A371, 8373, 8376 or 9382. In some methods of carrying out the invention, the antibody contains 5 A or less of at least one of the following residues PC8K9: 8153, Ι154, P155, K.194, Ό238, A239, Ι369, 8372, Ό374, C375, T377, C378, P379, U380 or 8381. In some methods of carrying out the invention, the antibody contains 5 A or less at least from one and the following residues PC8K9: 8153, Ι154, P155, K194, Ό238, A239, Ι369, 8372, Ό374, C375, T377, C378, P379, U380 or 8381. In some methods of carrying out the invention, the antibody contains 5 A or less of at least four of the following residues PC8K9: 8153, Ι154, P155, K194, Ό238, A239, Ι369, 8372, Ό374, C375, T377, C378, P379, U380 or 8381. In some methods of carrying out the invention, the antibody contains 8 A or less of at least one of at least the following residues RS8K9: No. 72, P150, A151, 9152, T214, K215, P216, H217, A220, 8221, K222, 8225, H226, C255, 9256, 6257, K258, N317, P318, T347, L348, 6349, T350 , L351, E366, Ό367, Ό374, U380, 8381, 9382, 8383, 6384, K69, Ό70, P71, 8148, U149, Ό186, T187 , E211, Ό212, 6213, K218, 9219, C223, Ό224, 6227, H229, L253, N254, 6259, P288, A290, 6291, 6316, K319, Υ325, U346, 6352, T353, 6365, Ι368, 366, , 8373, C378, P379, T385, 8386 or 9387. In some methods, the antibody contains 5 A or less of at least one of the following residues of PC8K9: No. 72, P150, A151, 9152, T214, K215, P216, H217, A220 8221, K222, 8225, H226, C255, 9256, 6257, K258, N317, P318, T347, L348, 6349, T350, L351, E366, Ό367, Ό374, Y380, 8381, 9382, 8383 or 6384. In some ways the implementation of the antibody contains 5 A or less of at least the following two residues PC8K9: No. 72, P150, A151, 9152, T214, K215, P216, H217, A220, 8221, K222, 8225, H226, C255, 9256, 6257, K258, N317, P318, T347, b348, 6349, T350, L351, E366, Ό367, Ό374, Y380, 8381, 9382, 8383 or 6384. In some methods of carrying out the invention, the antibody contains 5 A or less of at least the following four residues of PC8K9: No. 72, P150, A151, 9152, T214, K215, P216, H217, A220, 8221, K222, 8225, H226, C255, 9256, 6257, K258, N317, P318, T347, L348, 6349, T350, L351, E366, Ό367, Ό374, U380, 8381, 938 8383 or 6384. In some methods of carrying out the invention, the antibody contains 8 A or less of at least one of the following residues PC8K9: 8153, 8188, Ι189, 9190, 8191, Ό192, K194, E197, 6198, K199, U200, Ό224, K237, Ό238, К243, 8373, Ό374, 8376, Т377, Р379, Ι154, Т187, Н193, Е195, Ι196, М201, У202, С223, Т228, 8235, 6236, А239, 6244, М247, Ι369 , 8372, C375 or C378. In some methods of carrying out the invention, the antibody contains 5 A or less of at least one of the following residues PC8K9: 8153, 8188, Ι189, 9190, 8191, Ό192, K194, E197, 6198, K199, U200, Ό224, K237, Ό238, K243, 8373, Ό374, 8376, T377 or P379. In some methods of carrying out the invention, the antibody contains 5 A or less of at least the following two residues of PC8K9: 8153, 8188, Ι189, 9190, 8191, Ό192, K194, E197, 6198, K199, U200, Ό224, K237, Ό238, K243, 8373 , Ό374, 8376, T377 or P379. In some embodiments, the antibody contains 5 A or less of at least four of the following residues of PC8K9: 8153, 8188, Ι189, 9190, 8191, Ό192, K194, E197, 6198, K199, U200, Ό224, K237, Ό238, K243, 8373 , Ό374, 8376, T377 or P379.

In some aspects, the invention includes a neutralizing antibody that binds to PC8K9, in which the antigen binding protein binds to PC8K9 and reduces the likelihood of binding of PC8K9 to LDL.

In some methods of carrying out the invention, an antibody or antigen binding molecule that binds to PC8K9 is contemplated. The antibody binds to PC8K9 at a position within residues 31-447 about £ 8E9 ΙΌ N0: 3. In some methods of carrying out the invention, the antibody or antigen binding molecule when binding to PC8K9 contains 8 A or less of at least one of the following residues PC8K9: 8153, Ι154 , P155, K194, Ό238, A239, Ι369, 8372, Ό374, C375, T377, C378, P379, U380, 8381, No. 156, N157, L158, E159, H193, E195, H229, K237, 6240, K243, Ό Ι368, 6370, A371,

8373, 8376, 9382, No. 72, Р150, А151, 9152, Т214, К215, Р216, Н217, А220, 8221, К222, 8225, Н226, С255, 9256, 6257, К258, N317, Р318, Т347, Л348, 6349 , T350, L351, E366, Ό367, Ό374, U380, 8381, 9382, 8383, 6384, K69, Ό70, P71, 8148, U149, Ό186, T187, E211, Ό212, 6213, K218, 9219, C223, 2221, , H229, L253, N254, 6259, P288, A290, 6291, 6316, K319, Υ325, U346, 6352, T353, 6365, Ι368, Ι369, 8372, 8373, C378, P379, T385, 8386, 9387, 8153 , Ι189, 9190, 8191, Ό192, K194, E197, 6198, K199, U200, Ό224, K237, Ό238, K243, 8373, Ό374, 8376, T377, P379, Ι154, T187, H193, E195, Ι196 , C223, T228, 8235, 6236, A239, 6244, M247, Ι369, 8372, C375 or C378.

In some embodiments, an isolated antibody or antigen binding molecule is provided that blocks the anti-PC8K9 antibody from binding within the 8 A moiety

- 27 032 106

RS8K9. In some methods of carrying out the invention, the remainder of PC8K9 is selected from at least one of the following PC8K9 residues: 8153, Ι154, P155, Ya194, Ό238, A239, Ι369, 8372, Ό374, C375, T377, C378, E379, U380, 8381, No. 156, N157, L158, E159, H193, E195, H229, Ya237, 6240, K243, Ό367, Ι368, 6370, A371, 8373, 8376, f382, No. 72, E150, A151, f152, T214, Y215, E216, H217, A221, A221 , 8221, К222, 8225, Н226, С255, ф256, 6257, К258, N317, Е318, Т347, Л348, 6349, Т350, Л351, Е366, Ό367, Ό374, У380, 8381, Ф382, 8383, 6384, К69 , Р71, 8148, У149, Ό186, Т187, Е211, Ό212, 6213, Я218, ф219, С223, Ό224, 6227, Н229, Л253, N254, 6259, Р288, А290, 6291, 6316, Я319, Υ325, У34 , T353, 6365, Ι368, Ι369, 8372, 8373, C378, E379, T385, 8386, f387, 8153, 8188, Ι189, f190, 8191, Ό192, Я194, Е197, 6198, Я199, У200, Ό224, 2323 , 243, 8373, Ό374, 8376, T377, E379, Ι154, T187, N193, E195, Ι196, M201, U202, S223, T228, 8235, 6236, A239, 6244, M247, Ι369, 8372, S375 or S378.

In some embodiments, an isolated antibody or antigen binding molecule is provided that binds to PC8K9 at a position that overlaps with the position in which LDL binds to PC8K9. In some embodiments, the position in which LDL binds to PC8K9 includes at least one amino acid residue from the group consisting of 8153, Ι154, P155, Y194, Я238, A239, Ι369, 8372, Ό374, C375, T377, C378, E379 , U380 and 8381.

In some methods of carrying out the invention, an isolated antibody or antigen binding molecule is provided that binds to PC8K9. In some methods of carrying out the invention, an isolated antibody or antigen binding molecule reduces the likelihood that E6Ea will bind to PC8K9 within 8 A of at least one of the following residues PC8K9: 8153, Ι154, P155, Y194, Ό238, A239, Ι369, 8372, Ό374, С375 , T377, C378, E379, U380, 8381, No. 156, N157, L158, E159, H193, E195, H229, Ya237, 6240, K243, Ό367, Ι368, 6370, A371, 8373, 8376 or f382.

In some methods of carrying out the invention, an antibody, antigen binding protein or antigen binding molecule is provided that binds to a surface of PC8K9 overlapping with the surface where E6Ea binds, AB 21B12 binds and / or 31H4 binds. In some embodiments, an antibody, antigen binding protein or antigen binding molecule is provided that binds to PC8K9 in a manner similar to that shown in the accompanying figures.

In some methods of carrying out the invention, the above examples are neutralizing antibodies or antigen binding proteins. In some methods of carrying out the invention, the antigen binding protein is not LDL or its fragment (for example, E6Ea).

In some aspects, the invention includes an isolated neutralizing antibody in which, when the antibody binds to PC8K9, the antibody contains 6 A or less of at least one of the following PC8K9 residues: T468, Y469, M470, A471, T472, Y496, Y499, E501, A502, f503 , Я510, Н512, Е515, Р540, Р541, А542, Е543, Н565, №566, Е567, У568, Е569, Я592, Е593, 8465, 6466, Р467, А473, Ι474, Я476, 6497, Е498, М500, 6504, K506, L507, Y508, A511, N513, A514, 6516, Y536, T538, A539, A544, T548, Ό570, L571, H591, A594, 8595 and H597 from the sequence 8Ef ΙΌ N0: 3. In some methods of carrying out the invention, the antibody contains 5 A or less of at least one of the following x residues RS8K9: T468, Ya469, M470, A471, T472, Ya496, Ya499, E501, A502, f503, Ya510, N512, E515, P540, P541, A542, E543, N565, No. 566, E567, U568, E569, Y569, and E593 from the sequence 8E6 ΙΌ N0: 3.

In some aspects, the invention includes an isolated antigen binding protein. The antigen binding protein includes A) SEYAN1 from SEYAN1 sequence in 8Eff ΙΌ N0: 89, SEYAN2 from SEYAN2 sequence in 8Eff ΙΌ N0: 89, and SEYAN3 from SEYAN3 sequence in 8Eff ΙΌ N0: 89, and B) SENA from SONA sequence in 8Eff ΙΌ : 32, COB2 from the COB3 sequence in 8E6 ΙΌ N0: 32, and CEB3 from the COB3 sequence in the sequence 8Ef ΙΌ N0: 32.

In some aspects, the invention includes an isolated antigen binding protein that binds to the RS8K9 protein from the 8Ef ΙΌ N0: 1 sequence, where the binding between said isolated antigen binding protein and the PC8K9 protein variant is less than 50% of the binding between the isolated antigen binding protein and the PC8K9 protein from the 8EF ΙΌ N0 sequence: 1 and / or 8E6 ΙΌ N0: 303. In some methods of carrying out the invention, the PC8K9 variant of the protein comprises at least one mutation of the residue at a position selected from the group consisting of or including 207, 208, 185 , 181, 439, 513, 538, 539, 132, 351, 390, 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521 and 554, as shown in the sequence 8Eph ΙΌ N0 : 1. In some methods of the invention, at least one mutation is selected from the group comprising or consisting of Я207Е, Ό208Κ, Е181Я, Я185Е, Я439Е, Е513Я, У538Я, Е539Я, Т132Я, 8351Я, А390Я, А413Я and Е582Я. In some methods of the invention, at least one mutation is selected from the group consisting of Ό162Κ, Я164Е, Е167Я, 8123Я, Е129Я, А311Я, Ό313Κ, Ό337Κ, Я519Е, Н521Я and ф554Я.

In some aspects, the invention includes an antigen binding protein that binds to the PC8K-9 protein from the sequence 8Ef ΙΌ N0: 303 in the first way and to the PC8K9 variant in the second way. The RS8K9 variant has at least one point mutation in a position selected from the group consisting of or consisting of: 207, 208, 185, 181, 439, 513, 538, 539, 132, 351, 390, 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521 and 554 from the sequence 8E6 ΙΌ N0: 303 and / or 8E6 ΙΌ N0: 1. In some embodiments of the invention, the first method comprises a first EC50 value, a first

- 28 032106 value in T _max or the first value of EC ₅₀ and the first value in _{T max} . In some embodiments, the second method comprises a second EC ₅₀ value, a second B _max value or a second EC ₅₀ value, and a second B _max value. The value for the first method is different from the value for the second method. In some methods of carrying out the invention, the first method includes a first EC ₅₀ value, in which the second method assumes a second EC ₅₀ value, and in which the point mutation is selected from the group consisting of or including B207E, Ω208Β E181B, B185E, B439E, E513B, U538B, E539B, T132V, 8351V, A390V, A413V and E582V. In some embodiments, the first EC ₅₀ is at least 20% different from the second EC ₅₀ . In some embodiments, the first EC ₅₀ value is at least 50% different from the second EC ₅₀ value. In some methods of carrying out the invention, the second EC50 value is a numerical value in excess of the first EC50 value. In some methods of carrying out the invention, the first EC50 value is determined using a granule-based multiplex binding assay. In some embodiments, the second EC _{50 is} greater than 1 μm. In some methods of carrying out the invention, an antigen binding protein is a neutralizing antigen binding protein. In some methods of carrying out the invention, a neutralizing antigen binding protein is a competitive neutralizing antigen binding protein. In some embodiments, the neutralizing antigen binding protein is a non-competitive neutralizing antigen binding protein. In some methods of carrying out the invention, the first method includes a first value B _max , and the second method includes a second value B _max different from the first value B _max . The PC8K9 variant has at least one point mutation selected from the group consisting of or including: P162V, B164E, E167V, 8123V, E129V, A311V, P313V, P337V, B519E, N521V and f554V. In some methods of carrying out the invention, the second value of Vtax is about 10% of the first value Vtax. In some methods of carrying out the invention, the first value of Bmax is at least 20% different from the second value of Bmax. In some embodiments, the first B _max value is at least 50% different from the second B _max value.

In some aspects, the invention includes an isolated antigen binding protein that binds to a PC8K9 protein from the 8EC ΙΌ N0: 3 sequence, in which the epitope of the antigen binding protein comprises at least one of the following amino acids from the 8EC ΙΌ N0: 1: 207, 208, 181, 185, 439 sequence , 513, 538, 539, 132, 351, 390, 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521 and 554.

In some aspects, the invention includes an isolated neutralizing antigen binding protein that binds to a PC8K9 protein comprising the amino acid sequence of the 8EC Ц N0: 1 sequence, in which the neutralizing antigen binding protein reduces LDL and lowers the effects of RS8K9 on LDL. In some embodiments, the antigen binding protein is an LDL noncompetitive neutralizing antigen binding protein. In some methods of carrying out the invention, the antigen binding protein is an LDL-competitive neutralizing antigen binding protein.

In some aspects, the invention includes an isolated antigen binding protein, wherein said antigen binding protein comprises A) SEVN1 from the SEVN1 sequence in the sequence 8EC Е N0: 49, SEVN2 from the SEVN2 sequence in the sequence 8EC ΙΌ N0: 49, and SEVN3 from the SEVN последовательности sequence in the sequence 8EC N0: 49, and B) OWL from the OWL sequence in 8EC ΙΌ N0: 23, SPB2 from the SPB2 sequence in the 8EC ΙΌ N0: 23 sequence, and SPB3 from the SPB3 sequence in the 8EC ΙΌ N0: 23 sequence.

In some aspects, the invention includes a composition comprising crystallized PC8K9 protein and an antigen binding protein that binds to PC8K9. The composition contains crystallized PC8K9 protein such that the three-dimensional structure of the PC8K9 protein can be determined to a resolution of approximately 2.2 A or less. In some embodiments, the antigen binding protein is an antibody or fragment thereof.

In some aspects, the invention includes a crystallized PC8K9 protein and at least an EOE part of an LDL protein in which an EOE part of an LDL protein is bound by a PC8K9 protein in which said crystallized PC8K9 protein is such that the three-dimensional structure of the PC8K9 protein can be determined to a resolution of approximately 2.2 A or less. In some methods of carrying out the invention, the molecular model is made on a computer program carrier.

In some aspects, the invention includes the use of an antigen binding protein as described herein in the preparation of a medicament for reducing serum cholesterol.

In some aspects, the invention includes the use of an antigen binding protein as described herein in the preparation of a medicament for treating or preventing a condition associated with elevated levels of serum cholesterol in a subject.

In some aspects, the invention includes an isolated antigen-binding protein that binds to PC8K9, the antigen-binding protein includes A) a complementarity determining heavy chain (COB) region of at least one group consisting of (С) COBH1 from COBH1 before

- 29,032,106 lach of sequences from the group. consisting of 8Е0 ΙΌ NO: 67. 79. 89 and 49. (ίί) SEVN1. which differs in amino acid sequence from COBH1 according to (1) due to the addition. removal or substitution of not more than two amino acids; and (ίίί) COBH1 amino acid sequence from the group. consisting of ΧιΧ ₂ Χ ₃ Χ ₄ Χ ₅ Χ ₆ Χ ₇ Χ ₈ Χ9Χι ₀ (8ЕО ΙΌ NO: 406). where Χ _{1 is} selected from the group. consisting of C. x ₂ selected from the group. consisting of Υ. R. and S. Χ ₃ selected from the group. consisting of T and 8. Χ _{4 is} selected from the group. consisting of b and P. Χ _{5 is} selected from the group. consisting of T. 8. and Ν. Χ _{6 is} selected from the group. consisting of 8 and A. Χ ₇ selected from the group. consisting of Υ and R. Χ _{8 is} selected from the group. consisting of S. 8. and Υ. Χ _{9 is} selected from the group. consisting of Ι. M. and ^. Χ _{10 is} selected from the group. consisting of 8. Ν and N. B) the complementarity determining portion of the light chain (COB) from at least one group. consisting of (1) OWL from OWL within sequences from the group. consisting of 8ЕО ΙΌ NO: 12. 32. 35. and 23. (ίί) OWL. which differs in amino acid sequence from COB3 according to (ί) due to the addition. removal or substitution of not more than two amino acids; and (ίίί) OWL amino acid sequence from the group. consisting of ΧιΧ ₂ Χ ₃ Χ ₄ Χ ₅ Χ ₆ Χ ₇ Χ ₈ Χ9Χι ₀ ΧιιΧι ₂ Χι ₃ Χι ₄ (8ЕО ΙΌ NO: 407). where Χ _{1 is} selected from the group. consisting of T and does not contain amino acids. Χ _{2 is} selected from the group. consisting of C and 8. Χ _{3 is} selected from the group. consisting of 8. T. and C. Χ ₄ selected from the group. consisting of 8. Χ _{5 is} selected from the group. consisting of 8. Χ _{6 is} selected from the group. consisting of Ν. Ό and 8. Χ _{7 is} selected from the group. consisting of Ι. W. and Ν. Χ _{8 is} selected from the group. consisting of C and Ι. Χ _{9 is} selected from the group. consisting of A and C. Χ _{10 is} selected from the group. consisting of S. Υ. 8 and Ν. Χ _{11 is} selected from the group. consisting of Υ and Ν. Χ _{12 is} selected from the group. consisting of Ό. 8. T and R. Χ ₁₃ selected from the group. consisting of U. Χ ₁₄ selected from the group. consisting of 8. Ν and N. The person skilled in the art should take into account. that a single ABP or a single antibody may correspond to one or more of the above options. without going beyond the scope of the described invention for this embodiment.

In some aspects, the invention includes an isolated antigen binding protein. which communicates with PC8K9. the antigen binding protein includes A) a complementarity determining region of the heavy chain (SOW) from at least one group. consisting of (ί) COBH2 from COBH2 within the sequences of the group. consisting of 8ЕО ΙΌ NO: 67. 79. 89 and 49. (ίί) СОВН2. which differs in amino acid sequence from COBH2 according to (ί) due to the addition. removal or substitution of not more than two amino acids; and (ίίί) COBH2 amino acid sequence from the group. consisting of ΧιΧ ₂ Χ ₃ Χ ₄ Χ ₅ Χ ₆ Χ ₇ Χ ₈ Χ9Χι ₀ ΧιιΧι ₂ Χι ₃ Χι ₄ Χι ₅ Χι ₆ Χι ₇ (8ЕО ΙΌ NO: 408). where Χ _{1 is} selected from the group. consisting of ^. 8. b and does not contain amino acids. Χ _{2 is} selected from the group. consisting of U. Ι. and E. Χ _{3 is} selected from the group. consisting of 8. and Ι. Χ _{4 is} selected from the group. consisting of R. 8. apb Ν. Χ _{5 is} selected from the group. consisting of Υ. 8. Ό and N. Χ _{6 is} selected from the group. consisting of Ν. 8 and C. Χ ₇ selected from the group. consisting of 8 and C. Χ ₈ selected from the group. consisting of Ν. Υ. Ό and B. Χ _{9 is} selected from the group. consisting of T. Ι and E. Χ ₁₀ selected from the group. consisting of Ν. 8. Υ and Ό. Χ _{11 is} selected from the group. consisting of Υ. Χ _{12 is} selected from the group. consisting of A and Ν. Χ _{13 is} selected from the group. consisting of O. Ό and R. Χ ₁₄ selected from the group. consisting of K and 8. Χ _{15 is} selected from the group. consisting of b and y. Χ _{16 is} selected from the group. consisting of O and K. Χ _{17 is} selected from the group. consisting of C and 8. B) the complementarity determining region of the light chain (COBE) of at least one group. consisting of (ί) COBE2 from COBE3 within sequences from the group. consisting of 8ЕО ΙΌ NO: 12. 32. 35 and 23. (ίί) COB2. which differs in amino acid sequence from COBE3 according to (ί) due to the addition. removal or substitution of not more than two amino acids; and (ίίί) COB2 amino acid sequence from the group. consisting of ΧιΧ ₂ Χ ₃ Χ ₄ Χ ₅ Χ ₆ Χ ₇ (8ЕО ΙΌ NO: 409). where Χ _{1 is} selected from the group. consisting of S. E. 8 and Ό. Χ _{2 is} selected from the group. consisting of Ν. Y and Υ. Χ3 is selected from the group. consisting of 8 and Ν. Χ4 is selected from the group. consisting of Ν. O and K. Χ _{5 is} selected from the group. consisting of B. Χ ₆ selected from the group. consisting of R. Χ ₇ selected from the group. consisting of 8.

In some aspects, the invention includes an isolated antigen binding protein. which communicates with PC8K9. antigen binding protein includes A) complementarity determining the heavy chain region (SPVN) of at least one group. consisting of (ί) СОВН3 from СПВН3 within the sequences of the group. consisting of 8EO ΙΌ NO: 67. 79. 89 and 49. (ίί) COBH3 which differs in amino acid sequence from SPBN3 according to (ί) by addition. removal or substitution of not more than two amino acids; and (ίίί) SPVH3 amino acid sequence from the group. consisting of ΧιΧ ₂ Χ ₃ Χ ₄ Χ5Χ ₆ Χ ₇ Χ ₈ Χ ₉ Χι ₀ ΧιιΧι ₂ Χι ₃ Χι ₄ (8ЕО ΙΌ NO: 410). where Χ _{1 is} selected from the group. consisting of Ό and does not contain amino acids. Χ _{2 is} selected from the group. consisting of Υ. And it does not contain amino acids. Χ _{3 is} selected from the group. consisting of Ό. Ι and does not contain amino acids. Χ _{4 is} selected from the group. consisting of R. A and does not contain amino acids. Χ _{5 is} selected from the group. consisting of ^. And it does not contain amino acids. Χ _{6 is} selected from the group. consisting of 8. b and does not contain amino acids. Χ _{7 is} selected from the group. consisting of A. Υ. C and does not contain amino acids. Χ _{8 is} selected from the group. consisting of Υ. Oh and does not contain amino acids. Χ _{9 is} selected from the group. consisting of C. Υ and b. Χ _{10 is} selected from the group. consisting of Υ. Ό and U. Χ _{11 is} selected from the group. consisting of S. A and R. Χ ₁₂ selected from the group. consisting of M and R. Χ _{13 is} selected from the group. consisting of Ό. Χ _{14 is} selected from the group. consisting of Y and Υ. and B) a complementarity determining region of the light chain (COBE) from at least one group. consisting of (ί) COB3 from COB3 within the sequences of the group. consisting of 8ЕО ΙΌ NO: 12. 32. 35 and 23.

- 30 032106 (ίί) Cbb3, which differs in amino acid sequence from Cbb3 according to (1) by the addition, removal or substitution of no more than two amino acids; and (ίίί) CIAB3 of the amino acid sequence from the group consisting of X1X ₂ XxX ₄ X ₅ X ₆ X ₇ X ₈ X9X1 ₀ X11 (8EO GO N0: 411), where X _{1 is} selected from the group consisting of O, A, C and does not contain amino acids, X _{2 is} selected from the group consisting of 8, V, T and does not contain amino acids, X _{3 is} selected from the group consisting of Υ, N and A, X _{4 is} selected from the group consisting of 8 and Ό, X ₅ selected from the group consisting of 8, Υ, apb I, X ₆ selected from the group consisting of 8 and T, X- selected from the group consisting of B ap 8, X ₈ selected from the group consisting of 8, T, apb Ν, X _{9 is} selected from the group consisting of C, 8 and A, X _{10 is} selected from g a group consisting of 8, M, A and Υ and X _{11 is} selected from the group consisting of V. In some methods of carrying out the invention, any of the above amino acids can be replaced by substitution of a conservative amino acid.

In some aspects, the invention includes an isolated antigen-binding protein that binds to PC8K9, the antigen-binding protein includes A) a complementarity determining heavy chain region (SJYAN) of at least one group consisting of (1) SJYN1 from SYYN1 within sequences from the group consisting of 8E0 GO N0: 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57 and 58, (ίί) CIKH1, which differs in amino acid sequence from SIANH according to (1) due to the addition, removal or substitution of more than two amino acids; and (ίίί) CIKH1 amino acid sequence from the group consisting of X ₁ X ₂ X ₃ X ₄ X5X ₆ X ₇ XxX9X ₁₀ (8E (^ GO N0: 412), where X _{1 is} selected from the group consisting of C, P and A X2 is selected from the group consisting of Υ, A, P, T and 8, X3 is selected from the group consisting of T, P, 8 and A, C, V, B and I, X _{4 is} selected from the group consisting of B , P, I, V, M, A and Υ, X _{5 is} selected from the group consisting of T, P, 8 and A, X _{6 is} selected from the group consisting of 8, T, A and C, X _{7 is} selected from the group consisting of Υ, A, P, T and 8, X _{8 is} selected from the group consisting of C, P and A, X _{9 is} selected from the group consisting of I, B, V, M, A and P, X _{10 is} selected from the group consisting h 8, T, A and C, B) the complementarity determining portion of the light chain (CICB) of at least one group consisting of (1) CICB1 from CICB1 within the sequences of the group consisting of 8E0 GO N0: 14, 15, 16 , 17, 18, 19, 20, 21, 22, 23 and 24, (ίί) SICB1, which differs in amino acid sequence from SICB3 according to (ί) by adding, removing or replacing no more than two amino acids; and (ίίί) CLEB1 amino acid sequence from the group consisting of X1X ₂ X ₃ X ₄ X5X ₆ X _- X ₈ X ₉ X1 ₀ X11X1 ₂ X1 ₃ X1 ₄ (8Е0 ГО N0:

413), where X _{1 is} selected from the group consisting of T and 8, X _{2 is} selected from the group consisting of C, P and A, X _{3 is} selected from the group consisting of T and 8, X _{4 is} selected from the group consisting of 8 N T, A, C and O, X _{5 is} selected from the group consisting of 8, T, A and C, X _{6 is} selected from the group consisting of And and E, X _{7 is} selected from the group consisting of V, I, M, b, P and A, X ₈ selected from the group consisting of C, P and A, X ₉ selected from the group consisting of C, A, Z, P, V, b, I, K, O and N X _{10 is} selected from the group consisting of Υ, A, P, T and 8, X _{11 is} selected from the group consisting of N and O, X _{12 is} selected from the group consisting of Υ, 8, A, P, T, A and C X ₁₃ is selected from the groups Consisting of V, I, M, L, R and A, X ₁₄ is selected from the group consisting of 8, T, A and C.

In some aspects, the invention includes an isolated antigen-binding protein that binds to PC8K9, the antigen-binding protein includes A) a complementarity determining heavy chain (CICN) region of at least one group consisting of (1) CIONH2 from CIONH2 within sequences from the group consisting of 8E0 GO N0: 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57 and 58, (ίί) SIYANZ, which differs in amino acid sequence from SGOYAN2 according to (1) due to the addition, removal or substitution of more than two amino acids; and (ίίί) CGSO2 of the amino acid sequence from the group consisting of X ^ X ^ X ^ X ^^ X ^ X ^ X ^ nX ^ XiX ^^ X ^ Xn, (8E0 GO N0:

414), where X _{1 is} selected from the group consisting of A, Υ, apb P, X _{2 is} selected from the group consisting of V, I, M, b, P, and A, X _{3 is} selected from the group consisting of 8, T, A and C, X _{4 is} selected from the group consisting of A, P, V, b, I, Υ and M, X _{5 is} selected from the group consisting of Υ, A, P, T and 8, X _{6 is} selected from the group consisting of N and O, X ₇ selected from the group consisting of C, P and A, X ₈ selected from the group consisting of N and O, X ₉ selected from the group consisting of T and 8, X ₁₀ selected from a group consisting of N and O, X ₁₁ selected from the group consisting of Υ, A, P, T and 8, X ₁₂ selected from the group consisting of A, V, b and I, X ₁₃ selected from the group consisting th of O, E, N and Ό, X _{14 is} selected from the group consisting of K, I, O and N X _{15 is} selected from the group consisting of b, P, V, I, M, A and и, X _{16 is} selected from the group consisting of O and N X _{17 is} selected from the group consisting of C, P and A, B) the complementarity determining region of the light chain (Soyab) of at least one group consisting of (ί) SOGOYS from the HUMP in the sequence of the group consisting of 8E0 GO N0: 14, 15, 16, 17, 18, 19, 20, 21, 22, 23 and 24, (ίί) SOYAB2, which differs in amino acid sequence from SOYAB3 oG (ί) by adding, removing or substitution of no more than two amino acids; and (ίίί) SOYAB2 of the amino acid sequence from the group consisting of X1X ₂ X ₃ X ₄ X5XbX ₇ (8E0 GO N0: 415), where X _{1 is} selected from the group consisting of E and Ό, X _{2 is} selected from the group consisting of V , I, M, B, P and A, X _{3 is} selected from the group consisting of 8, T, A and C, X _{4 is} selected from the group consisting of N and O, X _{5 is} selected from the group consisting of I, K , O and N X ₆ selected from the group consisting of P and A, X ₇ selected from the group consisting of 8, T, A and C.

In some aspects, the invention includes an isolated antigen-binding protein that binds to PC8K9, the antigen-binding protein includes A) a complementarity determining heavy chain region (SHOYAN) of at least one group consisting of (1) SBYAN3 from SHOYAN3 within sequences from the group consisting of 8E0 GO N0: 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57 and

- 31 032 106

58, (ίί) SPKN3, which differs in amino acid sequence from SECN3 according to (ί) by adding, removing or replacing no more than two amino acids; and (ίίί) SECN3 amino acid sequence from the group consisting of ΧιΧ ₂ Χ ₃ Χ ₄ Χ ₅ Χ ₆ (8E6 ΙΌ ΝΟ: 416), where Χ _{1 is} selected from the group consisting of C, P, A and does not contain amino acids, Χ _{2 is} selected from the group consisting of Υ, ^, P, T and 8, Χ _{3 is} selected from the group consisting of C, V, P, A, Ι, M, b and P, Χ _{4 is} selected from the group consisting of M , B, P, and Ι, Χ _{5 is} selected from the group consisting of Ό and E, Χ _{6 is} selected from the group consisting of V, Ι, M, b, P, and A, B) the complementarity determining region of the light chain (PCPC) as at least one group consisting of (ί) SECE3 from SECE3 within the sequence from the group consisting of 8E6 ΙΌ ΝΟ: 14, 15, 16, 17, 18, 19, 20, 21, 22, 23 and 24, (ίί) SPK3, which differs in amino acid sequence from SPK3 according to (ί) by adding, removal or substitution of not more than two amino acids; and (ίίί) SPK3 of the amino acid sequence from the group consisting of Χ ₁ Χ ₂ Χ ₃ , Χ. · Χ ₅ Χ ₆ Χ-Χ ₈ Χ ₉ . (8E6 ΙΌ ΝΟ: 417), where Χ _{1 is} selected from the group consisting of 8, Ν, T, A, C and O, Χ _{2 is} selected from the group consisting of 8, T, A and C, Χ _{3 is} selected from the group consisting of Υ, ^, P, T and 8, Χ _{4 is} selected from the group consisting of T and 8, Χ _{5 is} selected from the group consisting of 8, T, A and C, Χ _{6 is} selected from the group consisting of 8 , T, A and C, Χ _{7 is} selected from the group consisting of Ν, 8, 6, T, A and C, Χ _{8 is} selected from the group consisting of M, V, b, P, Ι and A, Χ _{9 is} selected from the group consisting of V, Ι, M, b, P and A.

In some methods of carrying out the invention, the ABP is encoded by a nucleic acid sequence that can encode any of the protein sequences in the table. 2.

In some methods of carrying out the invention, ABP selectively binds to a form of PC8K9 that binds to LDL (for example, an autocatalyzed form of a molecule). In some methods of carrying out the invention, the antigen-binding protein does not bind to the c-terminus of the catalytic domain (for example, 5. 5-10, 10-15, 15-20, 20-25, 25-30, 30-40 of most amino acids at the c-end) . In some methods of carrying out the invention, the antigen-binding protein does not bind to the p-terminus of the catalytic domain (for example, 5. 5-10, 10-15, 15-20, 20-25, 25-30, 30-40 of most amino acids at the p-end) . In some methods of carrying out the invention, ABP binds to amino acids within amino acids 1-100 of the mature form of PC8K9. In some methods of carrying out the invention, ABP binds to amino acids within (and / or amino acid sequences consisting of) amino acids 31-100, 100-200, 31-152, 153-692, 200-300, 300-400, 452-683, 400-500, 500-600, 31-692, 31449 and / or 600-692. In some methods of carrying out the invention, the ABP hardens to the catalytic domain. In some methods of carrying out the invention, the neutralizing and / or non-neutralizing ABP is associated with a prodomain. In some embodiments, ABP binds to both the catalytic domain and the pro domain. In some embodiments, the ABP binds to the catalytic domain in such a way as to block a zone on the catalytic domain that interacts with the pro domain. In some methods of carrying out the invention, ABP binds to the catalytic domain at a position or on the surface with which the prodomain interacts, as indicated in P1reg et al. (81gisig 15: 1-8 (2007), incorporated herein by reference, including structural representations). In some methods of carrying out the invention, ABP binds to the catalytic domain and limits the prodomain mobility. In some embodiments, the ABP binds to the catalytic domain without binding to the prodomain. In some methods of carrying out the invention, ABP binds to the catalytic domain without binding to the prodomain, while at the same time preventing reorientation of the prodomain, allowing PC8K9 to bind to LDL. In some methods of carrying out the invention, ABP binds in the same epitope as those that surround residues 149-152 from the domain to P1reg et al. In some methods of carrying out the invention, ABP binds to a groove (as indicated in P1reg e! A1.) On the V domain. In some embodiments, the ABP binds to the histidine-enriched patch closest to the groove in the V domain. In some methods of carrying out the invention, such antibodies (which bind to the V domain) are not neutralizing. In some methods of carrying out the invention, antibodies that bind to the V domain are neutralizing. In some embodiments, neutralizing ATSs prevent the binding of PC8K9 to LDL. In some methods of carrying out the invention, neutralizing ATS, preventing RS8K9 destruction of LDL, does not prevent the binding of RS8K9 with LDL (for example, ABP 31A4). In some embodiments, the ABP binds to at least one of the histidines shown in FIG. 4 in the work of P1reg et al., Or blocks it. In some embodiments, the ABP blocks the catalytic triad in PC8K9.

In some methods of carrying out the invention, the antibody selectively binds to variants of PC8K9 proteins, for example, Ό374Υ compared to wild-type PC8K9. In some methods of carrying out the invention, these antibodies bind to the variant at least two times stronger than the wild type, and preferably 2-5, 5-10, 10-100, 100-1000, 1000-10000 times or more with a mutant than wild type (when measured with K _b ). In some embodiments, the antibody selectively inhibits the Ό374Υ PC8K9 variant from interaction with LDL compared with the wild-type RS8K9 ability to interact with LDL. In some methods of carrying out the invention, these antibodies block the ability of the variant to bind to LDL stronger than the ability of the wild type,

- 32 032106 for example, at least two times stronger than the wild type, and preferably 2-5, 5-10, 10-100, 1001000 times or more with a mutant than the wild type (when measured with Ιί ^ ο). In some embodiments, the antibody binds to both wild-type PC8K9 and variant forms of PC8K9, such as Ό374Υ at similar levels, and neutralizes them. In some embodiments, the antibody binds to PC8K9 to prevent the binding of LDL variants to PC8K9. In some methods of carrying out the invention, LDL variants are at least 50% identical to human LDL. It is noted that LDL variants are known to specialists (for example, Vgo \ yn M.8. E1 a1., Ca1st sadek, aab ba1118 apb gesuskpd geserkogk, No. 11ige 388: 629-630, 1997). In some methods of implementing the invention, ABP can increase the level of effective LDL in heterozygous familial hypercholesterolemia (where there is a variant of LDL with loss of function).

In some methods of carrying out the invention, ABP binds (but does not block) variants of PC8K9, which are at least 50, 50-60, 60-70, 70-80, 80-90, 90-95, 95-99% or more identical to the form PC8K9 shown in FIG. 1A and / or 1B. In some methods of carrying out the invention, ABP binds (but does not block) PC8K9 variants that are at least 50, 50-60, 60-70, 70-80, 80-90, 90-95, 95-99% or more identical to mature the form PC8K9 shown in FIG. 1A and / or FIG. 1B. In some embodiments, the ABP binds to PC8K9 variants that are at least 50, 50-60, 60-70, 70-80, 80-90, 90-95, 95-99% or more identical to the PC8K9 form shown in FIG. . 1A and / or 1B, and prevents their interaction with LDL. In some embodiments, the ABP binds to variants of PC8K9 that are at least 50, 50-60, 60-70, 70-80, 80-90, 90-95, 95-99% or more identical to the mature form of PC8K9 shown in FIG. 1B, and prevents their interaction with LDL. In some methods of carrying out the invention, the PC8K9 variant is a human variant, for example, as variants in position 474, E620O and / or E670O. In some embodiments, the amino acid at position 474 is valine (as in other human organisms) or threonine (as in a dog and mouse). Given the cross-response data presented in the present description, it can be assumed that the antibodies present will readily bind to the options described above.

In some methods of carrying out the invention, ABP binds to an epitope associated with one of the antibodies described in table. 2. In some methods of carrying out the invention, antigen-binding proteins bind to a specific conformational state of PC8K9 to prevent the interaction of PC8K9 with LDL.

Humanized antigen binding proteins (e.g. antibodies).

As used herein, an antigen binding protein that interacts with PC8K9 may include a humanized antibody and / or part thereof. An important practical application of this strategy is the humanization of the humoral immune system of the mouse.

In some methods of carrying out the invention, a humanized antibody is generally non-immunogenic in humans. In some methods of carrying out the invention, the humanized antibody has basically the same affinity for the target as the antibody from other species from which the humanized antibody is derived. See, for example, US patent 5530101, US patent 5693761; U.S. Patent 5,693,762; U.S. Patent 5,585,089.

In some methods of carrying out the invention, amino acids of the variable domain of an antibody are determined that can be modified without reducing the native affinity of the antigen binding domain while weakening its immunogenicity. See, for example, US patent 5766886 and 5869619.

In some methods of carrying out the invention, the modification of an antibody using known methods is usually intended to achieve increased binding affinity for the target and / or to reduce the immunogenicity of the antibody in the recipient. In some methods of carrying out the invention, humanized antibodies are modified to exclude glycosylation sites in order to increase the affinity of the antibody for its related antigen. See, for example, Co et al., Mo1. Tttipoc, 30: 1361-1367 (1993). In some methods of carrying out the invention, technologies such as reconstruction, hyperchimerization, or lining / restoration of a damaged surface are used to obtain humanized antibodies. See, for example, Va8 \ vat1 et al., Appaik o А A11egdu, AkShta, & ttiηο1. 81: 105 (1998); Kodikka et al., Rgo1. Epdteg., 9: 895-904 (1996); and US patent No. 6072035. In some such embodiments of the invention, these methods usually reduce the immunogenicity of antibodies by reducing the number of foreign residues, but do not prevent anti-idiotypic and anti-allotypic reactions after repeated administration of antibodies. Some other techniques for reducing immunogenicity are described, for example, in OPShapb et al., 1. Itti 1, 62 (6): 3663-71 (1999).

In some methods, the humanization of antibodies results in a loss of antigen binding capacity. In some methods of carrying out the invention, humanized antibodies are reverse-engineered. In some such embodiments, the humanized antibody is mutated to include one or more amino acid residues found in the donor antibody. See, for example, 8a1bap11a et al., Mo1. ^ Types 36: 709-19 (1999).

In some methods of carrying out the invention, the hypervariable sections (JUI) of the variable

- 33 032106 regions of the light and heavy chains of the anti-PC8K9 antibody can be grafted to the framework regions (EC) from the same or different species. In some methods of carrying out the invention, the RNCs of the light and heavy chain variable regions of the anti-PC8K9 antibody can be grafted to the consensus human framework regions. In order to create consensus human framework regions, in some embodiments of the invention, framework regions of several human heavy or light chain amino acid sequences are aligned to identify a consensus amino acid sequence. In some methods of carrying out the invention, the frame regions (EC) of the heavy chain or light chain of the anti-PC8K9 antibody are replaced by the EC region from another heavy chain or light chain. In some embodiments, rare amino acids in the EC regions of the heavy and light chains of the anti-PC8K9 antibody are not replaced, while the remaining amino acids of the EC region are replaced. Rare amino acids are specific amino acids located in positions in which they are not always found in EC regions. In some embodiments, grafted variable regions from an anti-PC8K9 antibody can be used with a constant region different from the constant region of an anti-PC8K9 antibody. In some methods of carrying out the invention, the grafted variable regions form part of an Eu of a single chain antibody.

An inoculation of SOK is described, for example, in US Pat. Nos. 6,180,370, 6,054,297, 5,693,762, 5,859,205, 5,693,761, 5,565,332, 5,550,089 and 5,531,101 and in Op. Kljesjtapp et al., YaShge, 332: 323-327 (1988); Waegoyuep et al., 8c1epse, 239: 1534-1536 (1988), ^ 1n1eg. EEV8 Ley8., 430: 92-94 (1998), which are incorporated herein by reference for all purposes.

Human antigen binding proteins (e.g. antibodies).

As used herein, an antigen binding protein that binds to PC8K9 may include a human (i.e., fully human) antibody and / or part thereof. In certain embodiments, nucleotide sequences encoding heavy and light chain immunoglobulin molecules and amino acid sequences including heavy and light chain immunoglobulin molecules, in particular sequences corresponding to variable regions, are provided. In some methods of carrying out the invention, sequences corresponding to hypervariable regions (CEC) are presented, namely, from CIC1 to CIC3. In accordance with some embodiments of the invention, a hybridoma cell line expressing such an immunoglobulin molecule is provided. In accordance with some embodiments of the invention, a hybridoma cell line expressing such a monoclonal antibody is provided. In some methods of carrying out the invention, the hybridoma cell line is selected from at least one of the cell lines described in table. 2, for example, 21B12, 16E12 and 31H4. In some methods of carrying out the invention, a purified human monoclonal antibody to human PC8K9 is provided.

You can create mouse lines with insufficient formation of mouse antibodies with large fragments of human immunoglobulin loci, suggesting that such mice could develop human antibodies in the absence of mouse antibodies. Large fragments of human immunoglobulin can preserve a wide variety of the variable gene, as well as the proper regulation of the formation and expression of antibodies. Using the mouse’s antibody diversity and selection mechanism and lack of immunological tolerance to human proteins, the spectrum of reproduced human antibodies in these mouse species can produce high-affinity fully human antibodies against any antigen of interest, including human antigens. Using hybridoma technology, it is possible to obtain and select antigen-specific human MA with the required specificity. Some examples of methods are described in UO 98/24893, US patent No. 5545807, EP 546073 and EP 546073.

In some methods of carrying out the invention, it is possible to use constant regions from other species other than human, along with the human (s) variable region (s).

The ability to clone and reconstruct human megabase-sized loci in artificial yeast chromosomes (UAS) and introduce them into the germ line of the mouse provides an approach to identifying the functional components of very large or roughly mapped loci, as well as developing useful models of human disease. In addition, the use of such technology to replace mouse loci with their human equivalents could provide an understanding of the expression and regulation of human gene products during development, their relationship with other systems and their participation in the induction and development of the disease.

Human antibodies eliminate some of the problems associated with antibodies that have murine or rat variable and / or constant regions. The presence of such murine or rat protein derivatives can lead to rapid clearance of antibodies or can lead to the formation of an immune response against the antibody by the patient. To avoid the use of murine or rat antibody derivatives, fully human antibodies can be obtained by introducing functional human antibody loci to a rodent, another mammal or animal, so that the rodent, other mammal or animal can generate fully human antibodies.

- 34 032 106

Humanized antibodies are antibodies that, although they started early on with non-human antibody amino acid sequences, had at least some of these non-human amino acid antibody sequences substituted with human antibody sequences. This is compared to human antibodies in which the antibody is encoded (or capable of being encoded) by the genes that a person possesses.

Variants of antigen binding proteins.

Other antibodies presented are variants of the above ABP proteins formed by the combination or subparts of the variable heavy and light chains shown in table. 2, and include variable light and / or variable heavy chains, so that each of them has at least 50, 50-60, 60-70, 70-80, 80-85, 85-90, 90-95, 95-97 , 97-99 or more than 99% identity with respect to amino acid sequences from the sequences of the table. 2 (either a complete sequence or a subpart of a sequence, for example, one or more RNSs). In some methods, such antibodies include at least one heavy chain and one light chain, while in other examples, the variant forms comprise two identical light chains and two identical heavy chains (or subparts thereof). In some embodiments, the sequence comparison of FIG. 2A-3E (and 13A-131 and other exemplary embodiments of the invention on 15A-15E) to identify sections of antibodies that may change by observing those variations that affect binding and those that do not seem to affect binding. For example, by comparing similar sequences, you can identify those sections (for example, specific amino acids) that can change, and how they can change while maintaining (or increasing) the functionality of the ABP. In some embodiments, variants of the ABP proteins include consensus groups and sequences depicted in FIG. 13A, 13C, 13P, 13C, 13H, 13Ι and / or 136, and variations are allowed at positions identified as variable in the figures. RNS sections shown in FIG. 13A, 13C, 13P, and 13C, were determined on the basis of a mixed combination of the C1u11i method (based on the location of structural closed regions, see, for example, 81 A1-ba71kap1, AgFig M. Lekk apb Sugik Sb1Laa, 1oigpa1 oG Mo1eci1ag Vu1odu, 273 (4): 927-948, 7 Mooesbeg (1997)) and Kaaa! method (based on the variability of the sequence, see, for example, 8ec. | ipsek oG Prgoetok oG Itipo1od ^ sa1! n1egek - Sequences of proteins of immunological interest!, RIF Ebyup. Each residue determined by any method was included in the final list of RNC residues (and is shown in Fig. 13A, 13C, 13P and 13C). The RNC sections in Figs. 13H, 13Ι, and 131 were obtained only by the KaLa method. If not indicated otherwise, certain consensus sequences, SOC sections and frame regions (RK) in Fig. 13H-131 will be determined to identify and control the marked SOC areas and RK areas for the mentioned ABP in Fig. 13.

In some embodiments, the antigen binding protein comprises a heavy chain comprising a variable region containing an amino acid sequence at least 90% identical to the amino acid sequence of at least one of the sequences 8EO ΙΌ ΝΟ: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81 and 60. In some methods of carrying out the invention, the antigen binding protein comprises a heavy chain comprising a variable region containing an amino acid sequence At least 95% identical to the amino acid sequence of at least one of the sequences 8E6 ΙΌ ΝΟ: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81, and 60. In some embodiments, the antigen binding protein comprises a heavy chain comprising a variable region comprising at least an amino acid sequence 99% identical to the amino acid sequence of at least one of the sequences 8E6 ΙΌ ΝΟ: 74, 85, 71, 72, 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69, 81 and 60.

In some methods of carrying out the invention, the antigen binding protein comprises a sequence of at least 90, 90-95 and / or 95-99% identical to one or more SOC sections from SOC sections in at least one of the sequences 8E6 ΙΌ ΝΟ: 74, 85, 71, 72 , 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69 , 81 and 60. In some methods of carrying out the invention, 1, 2, 3, 4, 5 or 6 RNSs are present (each at least 90, 90-95 and / or 95-99% identical to the sequences described above).

In some embodiments, the antigen binding protein comprises a sequence of at least 90, 90-95 and / or 95-99% identical to one or more PK regions from PK regions in at least one of the 8E6 ΙΌ ΝΟ sequences: 74, 85, 71, 72 , 67, 87, 58, 52, 51, 53, 48, 54, 55, 56, 49, 57, 50, 91, 64, 62, 89, 65, 79, 80, 76, 77, 78, 83, 69 , 81 and 60. In some methods of carrying out the invention, 1, 2, 3 or 4 RK regions are present (each at least 90, 90-95 and / or 95-99% identical to the sequences described above).

In some embodiments, the antigen binding protein comprises a mild

- 35 032106 chain comprising a variable region containing an amino acid sequence at least 90% identical to the amino acid sequence of at least one of the sequences 8Ef ΙΌ N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44, and 46. In some embodiments, the antigen binding protein comprises a light chain comprising a variable region containing an amino acid sequence of at least 95% identical to the amino acid sequence of at least one of of sequences 8Eph ΙΌ N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35 , 36, 37, 38, 39, 40, 42, 44, and 46. In some embodiments, the antigen binding protein comprises a light chain comprising a variable region comprising an amino acid sequence at least 99% identical to the amino acid sequence of at least one of the 8Ef sequences ΙΌ N0: 5, 7, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36 , 37, 38, 39, 40, 42, 44, and 46.

In some embodiments, the antigen binding protein comprises a sequence of at least 90, 90-95 and / or 95-99% identical to one or more COB sites from COB sites in at least one of the sequences 8Ef ΙΌ N0: 5, 7, 9, 10 , 12, 13, 15, 16, 17,

18, 19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44, and 46. In some methods of carrying out the invention, 1, 2, 3, 4, 5, or 6 SOW sites (each at least 90, 90-95, and / or 95-99% identical to the sequences described above).

In some embodiments, the antigen binding protein comprises a sequence of at least 90, 90-95 and / or 95-99% identical to one or more EB regions from the EB regions in at least one of the sequences 8Ef ΙΌ N0: 5, 7, 9, 10 , 12, 13, 15, 16, 17, 18,

19, 20, 21, 22, 23, 24, 26, 28, 30, 31, 32, 33, 35, 36, 37, 38, 39, 40, 42, 44 and 46. In some embodiments of the invention, 1, 2, 3 or 4 EB regions (each at least 90, 90-95 and / or 95-99% identical to the sequences described above).

According to the present description, any specialist in this field will be able to determine using known methods suitable variants of ABP proteins in accordance with the foregoing. In some methods of carrying out the invention, one of skill in the art can identify suitable regions of a molecule that can be changed without disrupting activity by defining areas that are not considered important for activity as targets. In some methods of carrying out the invention, residues and parts of molecules stored among similar polypeptides can be identified. In some methods of carrying out the invention, even regions that may be important for biological activity or structure may undergo substitutions of conservative amino acids without impairing biological activity or without adversely affecting the structure of the polypeptide.

In addition, one skilled in the art can verify the results of structurally functional studies by identifying residues in similar polypeptides that are important for activity or structure. Given this comparison, it is possible to predict the importance of amino acid residues in a protein that correspond to amino acid residues important for activity or structure in similar proteins. One of skill in the art can select chemically similar amino acid substitutions for such predicted important amino acid residues.

One of skill in the art can also analyze the three-dimensional structure of the amino acid sequence relative to that structure in similar ABPs. Given such information, one skilled in the art can predict the alignment of amino acid residues of an antibody with respect to its three-dimensional structure. In some methods of carrying out the invention, one skilled in the art may not make radical changes in the amino acid residues predicted on the surface of the protein, since such residues may be involved in important interactions with other molecules. In addition, one skilled in the art can reproduce test variants containing one substitution on each desired amino acid residue. Options can then be tested using activity assays known to those skilled in the art. Such options can be used to collect information about suitable options. For example, if it is established that a change in a specific amino acid residue has led to the destruction, undesirable decrease or inappropriateness of activity, variants with such a change can be excluded. In other words, based on the information gathered from such standard experiments, one skilled in the art can easily determine amino acids where further substitutions should be avoided either individually or in combination with other mutations.

Prediction of the secondary structure has been the subject of many scientific publications. See My11 I., Sigg. 0 R W B1o1esy., 7 (4): 422-427 (1996), S1yui et al., Vusyetkyu, 13 (2): 222-245 (1974); S1yui et al., Vusyetkyu, 113 (2): 211-222 (1974); S1yui et al., Ait. Ephuto 1. Be1a1. Ageak Mo1. Vu1., 47: 45-148 (1978); S1yui et al., App. Vet. Vyusyet., 47: 251-276 apy C1yui et al., Vyryuk. I., 26: 367-384 (1979). In addition, computer programs are currently available to help predict the secondary structure. One method for predicting secondary structure is based on homologous modeling. For example, two polypeptides or proteins having sequence identity greater than 30% or similarity greater than 40% often have similar structural topologies. Last races

- 36 032106 broadening the base of structural protein data (DOM) provided increased predictability of the secondary structure, including the potential number of folds in the structure of the polypeptide or protein. See No1t et al., No. c1. Ac1b. Kek., 27 (1): 244-247 (1999). The assumption was made (Hegepeg et al., Sigg. 0p. ΞίπιοΙ. B1o1., 7 (3): 369-376 (1997)) that a limited number of folds exist in a given polypeptide or protein, and that if a critical number of structures are allowed, structural forecasting will become much more accurate.

Additional methods for predicting secondary structure include crosslinking Lopeck, Ό., Sigg. 0ρίη. Ξϊγηοϊ. Vu1., 7 (3): 377-87 (1997); Ξίρρ1 et al., 81gis £ ighe, 4 (1): 15-19 (1996)), profile analysis (Bo \\! E et al., Ξ ^ ι ^, 253: 164-170 (1991); ΟήϋδΕον with et al., Ме111. Επ / γιη., 183: 146-159 (1990); Spkkou et al., Proc. No. 1. Asab. οί. υΞΛ, 84 (13): 4355-4358 (1987)) and evolutionary linkage (see Ho1t, supra (1999), and Wgeppeg, supra (1997)).

In some methods of carrying out the invention, antigen-binding protein variants include glycosylation variants in which the number and / or type of glycosylation center is changed compared to the amino acid sequence of the parent polypeptide. In some methods of carrying out the invention, protein variants include more or fewer ^ linked glycosylation centers than the native protein. ^ linked glycosylation centers are characterized by the sequence: Akp-HAeG or Akp-X-TBg, in which the amino acid residue denoted by X can be any amino acid residue except proline. Substitution of amino acid residues to create this sequence provides a potential new center for complementing the ^ linked carbohydrate chain. Conversely, substitutions eliminating this sequence will remove the existing linked carbohydrate chain. A rearrangement of ^ linked carbohydrate chains is also provided, in which one or more ^ linked glycosylation centers (usually found in nature) are eliminated and one or more new ^ linked centers are created. Additional preferred antibody variants include cysteine variants in which one or more cysteine residues are deleted from another amino acid or replaced by another amino acid (e.g., serine) compared to the parent amino acid sequence. Variants of cysteine may be useful when antibodies must be inverted into a biologically active conformation, such as after isolation of insoluble inclusions. Cysteine variants usually have fewer cysteine residues than the native protein, and usually an even number to minimize interactions resulting from unpaired cysteines.

According to some exemplary embodiments of the invention, amino acid substitutions are substitutions that (1) decrease the susceptibility to proteolysis, (2) reduce the susceptibility to oxidation, (3) change the binding affinity for the formation of protein complexes, (4) change the binding affinity, and / or ( 4) communicate other physicochemical or functional properties to such polypeptides or alter these properties.

According to some exemplary embodiments of the invention, single or multiple amino acid substitutions (in some methods for carrying out the invention, conservative amino acid substitutions) can be performed in the natural sequence (in some methods for carrying out the invention in terms of a polypeptide outside the intermolecular contact domain (s)). In some methods of carrying out the invention, the substitution of a conservative amino acid, as a rule, cannot significantly change the structural characteristics of the parent sequence (for example, an amino acid for substitution should not tend to break the spiral that occurs in the parent sequence, or to the destruction of other types of secondary structure, which characterizes parent sequence). Examples of polypeptide secondary and tertiary structures accepted in this field are given in Prg! (1984)); [Igobisbop 1o Prgo! et ΞΙγικ: Ιιιιό- Introduction to the structure of the protein (S. Vgapbep & I. Toohe, ebk., 6ag1apb RybkYpd, No. \ ν Wogk, KU. (1991)); and TBognop et al., No. Igé, 354: 105 (1991), each of which is incorporated herein by reference.

In some methods of carrying out the invention, the variants are variants of the nucleic acid sequences of the ABP proteins provided herein. It is clear to those skilled in the art that the above description can be used to identify, evaluate and / create variants of ABP protein, as well as for nucleic acid sequences that can encode these protein variants. Thus, nucleic acid sequences encoding these protein variants are contemplated (as well as nucleic acid sequences that encode ABP proteins in Table 2, but differ from those explicitly disclosed herein). For example, an ABP variant may have at least 80, 80-85, 85-90, 90-95, 95-97, 97-99 or higher identity with respect to at least one nucleic acid sequence described in ΞΕΟ ΙΌ N0: 152, 153, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149, 150, 151, or at least one to six (and different combinations thereof) of the nucleic acid encoded portion (s) of the SNA

- 37 032 106 sequences in 81Τ) ΙΌ N0: 152, 153, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104,105,

106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126,127,

128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148,149,

150 and 151.

In some methods of carrying out the invention, an antibody (or a nucleic acid sequence encoding it) is an option if the nucleic acid sequence that encodes a specific ABP (or the nucleic acid sequence itself) can selectively cross with any of the nucleic acid sequences that encode proteins in tab. 2 (such as, but not limited to, 8Eph ΙΌ N0: 152, 153, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101,

102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123,

124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145,

146, 147, 148, 149, 150 and 151) under stringent conditions. In one embodiment, suitable comparatively stringent conditions include pre-washing in a 5 * 88C solution; 0.5% 8–8, 1.0 mM EETA (pH 8: 0); crossing at 50, -65 ° С, 5 * 88С, at night or, in the case of interspecific homology, at 45 ° С using 0.5 * 88С; followed by washing twice at 65 ° C for 20 min using each of 2 *, 0.5 * and 0.2 * 88C with a content of 0.1% 8Ό8. Such crossing DNA sequences are also within the scope of the present invention, as are nucleotide sequences which, due to degeneracy of the code, encode an antibody polypeptide that is encoded by a crossing DNA sequence and amino acid sequences that are encoded by these nucleic acid sequences. In some methods of carrying out the invention, variants of SOW sites include nucleic acid sequences and amino acid sequences encoded by sequences that cross with one or more SEV within the above sequences (individual SOB can be easily determined according to Fig. 2A-3E, and other embodiments of the invention in FIG. . 3SSS-3.Sh and 15A-15E). The phrase selectively cross used in this context means obviously and selectively bind. Polynucleotides, oligonucleotides and fragments thereof in accordance with the invention selectively cross-link with nucleic acid strands under hybridization and washing conditions that minimize significant amounts of apparent binding to non-specific nucleic acids. To achieve the conditions of selective hybridization, you can use the conditions of high stringency, known in this field and presented in the present description. In general, the homology of nucleic acid sequences between polynucleotides, oligonucleotides and fragments in accordance with the present invention and the nucleic acid sequence of interest will be at least 80%, and more typically with preferably increasing homologies of at least 85, 90, 95, 99 and 100%. Two amino acid sequences are homologous if there is a partial or complete identity between their sequences. For example, 85% homology means that 85% of the amino acids are identical when two sequences are aligned for maximum match. With maximizing matching, gaps are allowed (in either of the two matching sequences); gaps are preferably 5 or less, and more preferably 2 or less. Alternatively and preferably, two protein sequences (or polypeptide sequences derived from them with at least 30 amino acids in length) are homologous, in the sense of the term used in the present description, if they have a quantitative indicator greater than 5 (in units of standard deviation), when using the program AYON with a mutation data matrix and a penalty of 6 or more. See Dayhoff, M.O., Atlas of protein sequence and structure, p. 101-110 (Volume 5, National Biomedical Research Foundation (1972)) [OauyoGG, M. 0. 101-110 (νοί. 5, Naί ^ οπа1 Vyutbyu1 Vekeagsy Eοiπάaί ^ οπ (1972))] and Appendix 2 to this, p. 1-10. Two sequences or parts thereof are more preferably homologous if their amino acids are more than 50% or 50% identical when optimally aligned using the AIOI program. The term correspondingly is used in the present description in the sense that the polynucleotide sequence is homologous (i.e. identical, not strictly evolutionarily linked) to all or part of the control polynucleotide sequence, or that the polypeptide sequence is identical to the control polypeptide sequence. In contrast, the term complementary to is used in the present description in the sense that the complementary sequence is homologous to all or part of the control polynucleotide sequence. For illustration, the TATAC nucleotide sequence corresponds to the TATAC control sequence and is complementary to the OTATA control sequence.

Preparation of antigen binding proteins (e.g. antibodies).

In some embodiments, antigen binding proteins (such as antibodies) are obtained by immunization with an antigen (e.g., PC8K9). In some methods of carrying out the invention, antibodies can be obtained by immunization with PC8K9 full length, soluble form of PC8K9, only using the catalytic domain, using the mature form of PC8K9 shown in FIG. 1A, splice variant form of RS8K9 or fragments thereof. In some methods, implementing

- 38 032106 of the invention, antibodies in accordance with the present invention may be polyclonal or monoclonal and / or may be recombinant antibodies. In some methods of carrying out the invention, the antibodies of the present invention are human antibodies obtained, for example, by immunization of transgenic animals capable of producing human antibodies (see, for example, published PCT application U0 93/12227).

In some methods of carrying out the invention, certain strategies can be applied to manipulate the intrinsic properties of an antibody, such as, for example, the affinity of an antibody for all purposes. Such strategies include, but are not limited to, using site-specific or non-specific mutagenesis of a polynucleotide molecule encoding an antibody to generate an antibody variant. In some methods of carrying out the invention, such production should be followed by screening of antibody variants that demonstrate the desired change, for example, increased or decreased affinity.

In some methods of carrying out the invention, amino acid residues that are targets in mutagenic strategies are amino acid residues in the RNC regions. In some methods of carrying out the invention, the targets are amino acids in the framework regions of the variable domains. In some methods of carrying out the invention, it is proved that such frame regions contribute to the properties of some antibodies to bind to the target. See, for example, Nibkoy, Sigg. 0 rs. Bloc., 9: 395-402 (1999) and references herein.

In some methods of the invention, screened smaller and more efficient antibody variant banks have been obtained by inhibiting non-specific or site-directed mutagenesis to hypermutation sites in RNC sites, which are sites corresponding to zones prone to mutations during the somatic affinity maturation process. See, for example, Ciobbu & Cancer!, No. 11 and Bibl. 17: 568-572 (1999) and the bibliography in this work. In some embodiments of the invention, certain types of DNA elements can be used to identify hypermutation sites, including, but not limited to, some direct and inverted repeats, some consensus sequences, some secondary structures, and some palindromes. For example, DNA elements that can be used to identify hypermutation sites include, but are not limited to, a four-base sequence including purine (A or C), followed by guanine (C), followed by pyrimidine (C or T), followed by either adenosine or thymidine (A or T) (i.e., A / C-C-C / T-A / T). Another example of a DNA element that can be used to identify hypermutation sites is the serine codon, A-CC / T.

Preparation of fully human ABP (e.g., antibodies).

In some methods of carrying out the invention, phage display techniques are used to generate monoclonal antibodies. In some methods of carrying out the invention, such techniques produce fully human monoclonal antibodies. In some methods of carrying out the invention, a polynucleotide encoding a single Pa or Pb fragment of an antibody is expressed on the surface of the phage particle. See, for example, Noodeyboot et al., 1. Mo1. Vu1., 227: 381 (1991); Magck et al., 1. Mo1. Vu1. 222: 581 (1991); US patent No. 5885793. In some methods of carrying out the invention, the bacteriophage is screened to determine antibody fragments having affinity for the target. Thus, some of these processes mimic the immune selection by displaying the spectra of the antibody fragment on the surface of the filamentous bacteriophage and the subsequent selection of the phage due to their binding to the target. In some similar procedures, high affinity functional neutralizing antibody fragments are isolated. In some similar embodiments of the invention (the description of which is described in more detail below), a complete spectrum of human antibody genes is created by encoding naturally repaired human genes from peripheral blood lymphocytes. See, for example, MiShiah et al., Prgos No. 111 Asab 8a (I8A), 87: 80958099 (1990).

According to some embodiments of the invention, the antibodies of the present invention are prepared using a transgenic mouse that has a significant portion of a human antibody that generates an inserted gene but lacks the ability to produce endogenous mouse antibodies. Such mice, however, are capable of producing human immunoglobulin molecules and antibodies and cannot produce mouse immunoglobulin molecules and antibodies. The technologies used to achieve this result are described in patents, applications and references cited in the present description. In some methods of carrying out the invention, methods can be used, such as those presented in PCT Published Application PCT \ U0 98/24893 or in the work of Menbez et al., No. 11ig Sepeisk, 15: 146-156 (1997), which are incorporated into this description by links for all purposes.

In general, fully human monoclonal ABPs (e.g., antibodies) specific for PC8K9 can be prepared as follows. Transgenic mice containing human immunoglobulin genes are immunized with an antigen of interest, for example, PC8K9, lymph cells (such as B cells) are obtained from mice that express an

- 39,032,106 titles. Such recovered cells fuse with the myeloid type cell line to prepare immortal hybridoma cell lines, and such hybridoma cell lines are screened and selected to identify hybridoma cell lines that produce antibodies specific for the antigen of interest. In some methods of the invention, the development of a hybridoma cell line producing antibodies specific for PC8K9 is provided.

In some methods of carrying out the invention, fully human antibodies are obtained by exposing human splenocytes (B or T cells) to the WIGO antigen, and then by reconstructing the treated cells in an immunocompromised mouse, for example, 8CGO [severe combined immunodeficiency] or pa / 8CGO. See, for example, Vgatk et al., Ntipo1. 160: 20512058 (1998); Sagalco et al., N1. Meb., 6: 103-106 (2000). In some such approaches, the engraftment of human embryonic tissue in 8CGO mice (8CGO-i) leads to prolonged hematopoiesis and the development of human T cells. See, for example, McCipe et al., 8c1epse, 241: 1532-1639 (1988); Shchegkep et al. 8et. Itti. 1., 8: 243-248 (1996). In some methods, the humoral immune response in such chimeric mice depends on the co-development of human T cells in animals. See, for example, Mayepkkop et al., Itti 1, 83: 1271-179 (1994). In some approaches, human peripheral blood lymphocytes are transplanted into 8CGO mice. See, for example, Moklie et al., Shipe, 335: 256-259 (1988). In some such embodiments, when such transplanted cells are treated with either a priming factor, such as, for example, staphylococcal enterotoxin A (8EA), or anti-human C. GO40 monoclonal antibodies, higher levels of B cell production are detected. See, for example, Mayepkkop et al., Ittiηο1., 84: 224-230 (1995); Migreu et al., B1ob, 86: 1946-1953 (1995).

Thus, in some methods of carrying out the invention, fully human antibodies can be obtained by expression of recombinant DNA in host cells or by expression in hybridoma cells. In other embodiments, antibodies can be prepared using the phage display technique described herein.

The antibodies described herein were prepared using HepoMoike® technology as described herein. Such mice are then able to produce human immunoglobulin molecules and antibodies, and lack the ability to produce mouse immunoglobulin molecules and antibodies. The technologies used to achieve such properties are disclosed in patents, applications and references cited in the prerequisites section of the invention. In particular, however, a preferred embodiment of the invention for the transgenic production of mice and antibodies of the above is described in US Patent Application No. 08/759620, registered December 3, 1996, and International Patent Applications \ ¥ 0 98/24893, published June 11, 1998 ., and XV 0 00/76310, published December 21, 2000, descriptions of which are incorporated by reference. See also the work of Mepbeh et al., No. 11ige Oepeysk, 15: 146-156 (1997), the description of which is incorporated by reference.

Using this technology, fully human monoclonal antibodies to a number of antigens were obtained. In general, HepoMoike® mouse lines are immunized with an antigen of interest (e.g., PC8K9), lymph cells (such as B cells) are extracted from hyperimmunized mice, and the recovered lymphocytes fuse with the myeloid type cell line to prepare immortal hybridoma cell lines. Hybridoma cell lines are screened and selected to determine hybridoma cell lines that have developed antibodies specific for the antigen of interest. The present description of the invention provides methods for producing numerous hybridoma cell lines producing antibodies specific for PC8K9. In addition, the present description provides a characterization of antibodies generated by such cell lines, including the nucleotide and sequencing of the amino acid sequence of the heavy and light chains of such antibodies.

HepoMoike® mouse strand products are further described and defined in US Patent Application No. 07/466008, registered January 12, 1990, No. 07/610515, registered November 8, 1990, No. 07/919297, registered July 24, 1992, No. 07/922649, registered July 30, 1992, 08/031801, registered March 15, 1993, No. 08/112848, registered August 27, 1993, No. 08/234145, registered April 28, 1994, No. 08/376279 registered on January 20, 1995, No. 08/430938, registered on April 27, 1995, No. 08/464584, registered on June 5, 1995, No. 08/464582, registered on June 5, 1995, No. 08/4631 91, registered on June 5, 1995, No. 08/462837, registered on June 5, 1995, No. 08/486853, registered on June 5, 1995, No. 08 / 486,857, registered on June 5, 1995, No. 08 / 486,859, registered on 5 June 1995, No. 08 / 462,513, registered June 5, 1995, No. 08 / 724,752, registered October 2, 1996, No. 08 / 759,620, registered December 3, 1996, in US publication 2003/0093820, registered November 30 2001, and US patents No. 6162963, 6150584, 6114598, 6075181 and 5939598 and Japanese patents No. 3068180 B2, 3068506 B2 and 3068507 B2. See also European patent No. EP 0463151 B1, publication on the grant of a patent dated June 12, 1996, international patent application XO0 94/02602, publ.

- 40,032,106 gleamed on February 3, 1994. International patent application HAO 96/34096. published October 31, 1996. HAO 98/24893. published June 11, 1998. HAO 00/76310. published December 21, 2000 Disclosure of the essence of each of the above patents. applications and references in the present description are incorporated by reference in their entirety.

In alternative cases, other researchers. including SepRBagt! n (epa (1op1. Sch., used the mini-locus approach. In this approach, the exogenous immunoglobulin (Ιβ) locus is imitated by including parts (individual genes) from the Ιβ locus. Thus, from one or more Y _H genes. one or more En genes, one or more 1 _H gene mu constant region, and usually a second constant region (preferably a gamma constant region), a construct for insertion into an animal is formed. This approach is described in US Pat. No. 5,545,807. Surani et al. and U.S. Pat. No. 5,545 806. 5625825. 5625126. 5633425. 5661016. 5770429. 5789650. 5814318. 5877397. 5874299 and 6255458. authors of all Lonberg & Kei. US patents No. 5591669 and 6023010. authors Krimpenfort & Burns. US patents No. 5612205. 5721367. Burns et al. And US Pat. No. 5,643,763 to Chua & Dann. And US Patent Application Sep. Biot Oopak No. 07/574748 registered August 29, 1990 No. 07/575962 registered August 31, 1990.

No. 07/810279. registered December 17, 1991. No. 07/853408. registered March 18, 1992. No. 07/904068. registered June 23, 1992. No. 07/990860. registered December 16

1992, No. 08/053131. registered April 26, 1993. No. 08/096762. registered July 22

1993 g. No. 08/155301. registered November 18, 1993. No. 08/161739. registered December 3

1993 g. No. 08/165699. registered on December 10, 1993. No. 08/209741. registered March 9

1994, disclosures of which are incorporated herein by reference. See also European Patent No. 0546073 B1. international patent application XVO 92/03918. XVO 92/22645. XVO 92/22647. AO 92/22670. AO 93/12227. AO 94/00569. AO 94/25585. AO 96/14436. AO 97/13852 and AO 98/24884 and US patent No. 5981175. The disclosures of which are incorporated herein by reference in their entirety. See also Tau1og et al. 1992. Ciep et al. 1993. TiaShop et al. 1993. Ciuog et al. 1993. Liebegd et al. (1994). Tau1og et al. (1994). and TiaShop et al. (1995). P1kBet11b et al. (1996). disclosures of the essence of which are incorporated into this description by reference in its entirety.

Kirin also demonstrated the creation of human antibodies from mice. by which large parts of chromosomes or full chromosomes were introduced by fusion of the microcell. See European Patent Applications No. 773288 and 843961. The disclosures of which are incorporated herein by reference. Additionally, KM ™ mice were created. which are the result of crossing Tc of Kirin mice with Mederex microlocus mice (Hibb). These mice possess the human immunoglobulin H tranchromosome N TsdN) of Kirin mice and the Kappa chain kappa transgene of the SeprBag mice (Sheba et al. Clotp 81et Ce11k (2002). 4: 91-102).

Human antibodies can also be obtained by methods w νίΙΐΌ. Suitable examples include. but not limited to this. fan mapping (SAT. MogrBokuk. Eyah. Vyukye / Mebagekh. Hota. 8th Morning Dept. A1ekhup (formerly Progressive). AGPteb) ribosomal mapping (CAT). yeast display, etc.

In some methods of carrying out the invention, antibodies. the description of which is given here. possess the heavy chains of human ΙβΟ4. as well as the heavy chains ΙβΟ2. Antibodies may also be other human isotypes. including ΙβΟ1. When measured by different methods, antibodies had high affinity. basically. possessing K _b from about 10 ^{-6 to} about 10 ^-13 M or less.

Specialists clear. that antibodies can be expressed in other cell lines. with the exception of hybridoma cell lines. Sequences. encoding specific antibodies. can be used to transform a suitable mammalian host cell. The transformation can be performed by any known method for introducing polynucleotides into a host cell. including. eg. packaging the polynucleotide into a virus (or into a viral vector) and transducing the host cell with a virus (or vector). or transfection procedures. known in the art. as illustrated by US patents No. 4399216. 4912040. 4740461 and 4959455 (which are incorporated into this description by reference). The transformation procedure used depends on the host being transformed. Methods for introducing heterologous polynucleotides into mammalian cells are well known in the art and include dextran-mediated transfection. precipitation of calcium phosphate. polybrene-mediated transfection. protoplast fusion. electroporation. encapsulation of polynucleotide (s) into liposomes and direct microinjection of DNA into nuclei.

Mammalian cell lines. available as hosts for expression. well known in the art and include many immortalized cell lines. available at Atepsap Tour Si11ige Co11ec1yup (ATCC). including. but not limited to this. Chinese hamster ovary cells (CHO). Heb cells. Hamster cub (kidney) cells. monkey kidney cells (CO8). human cells of malignant hepatoma (for example. Nep C2). 293 human epithelial cells and a number of other cell lines. Cell lines of particular preference are selected by determining cell

- 41 032106 lines with high levels of expression and producing antibodies with structural properties of binding to PC8K9.

In some methods of carrying out the invention, antibodies and / or ABP are produced by at least one of the following hybridomas: 21B12, 31B4, 16P12, any of the other hybridomas listed in the table. 2 or described in the examples. In some embodiments, antigen binding proteins bind to PC8K9 with a dissociation constant (K _s ) of less than about 1 nM, for example, 1000-100 rM, 100-10 rM, 10-1 rM and / or 1-0.1 rM or less.

In some embodiments, antigen binding proteins comprise an immunoglobulin molecule of at least one of ^ CE [β изΣ, [8C3, [8C4, ^ E, ^ A, and isotypes.

In some embodiments, the antigen binding proteins include a human kappa light chain and / or human heavy chain. In some methods of carrying out the invention, the heavy chain belongs to the ^ CE IdC2, IdC3, IdC4, ^ E, ^ A, or ^ M isotypes. In some methods of carrying out the invention, antigen binding proteins are cloned for expression in mammalian cells. In some embodiments, the antigen binding proteins comprise a constant region, with the exception of any of the constant regions of the ^ CE IdC2, IdC3, IdC4, ^ E, ^ A, and ^ M isotype.

In some embodiments, the antigen binding proteins include a human lambda light chain and a human heavy chain. In some embodiments, the antigen binding proteins include a human lambda light chain and a human ^ 64 heavy chain. In some embodiments, antigen binding proteins include the human lambda light chain and the human ^ CE IdC3, ^ E, ^ A, or ^ M heavy chain. In other embodiments, antigen binding proteins include a human kappa light chain and a human heavy chain. In some embodiments, antigen binding proteins include the human kappa light chain and the human IdC4 heavy chain. In some embodiments, the antigen binding proteins include the human kappa light chain and the human CEE IdC3, IdeE, ^ A, or ^ M heavy chain. In some embodiments, antigen binding proteins include variable regions of antibodies doped to a constant region, which is neither a constant region for an isotype, nor a constant region for an IdC4 isotype. In some methods of carrying out the invention, antigen binding proteins are cloned for expression in mammalian cells.

In some methods of carrying out the invention, conservative modifications of the heavy and light chains of antibodies from at least one of the hybridoma lines: 21B12, 31H4 and 16P12 (and corresponding modifications of the coding nucleotides) will create antibodies to PC8K9 with functional and chemical characteristics similar to the functional and chemical characteristics of hybridoma antibodies lines: 21В12, 31Н4 and 16Р12. On the contrary, in some methods of carrying out the invention, significant modifications to the functional and / or chemical characteristics of antibodies to PC8K9 can be performed by selecting substitutions in the amino acid sequence of the heavy and light chains, which differ significantly in their effect on the conservation of (a) the structure of the molecular base in the substitution zone, for example, in the form of a folded or spiral conformation, (b) the charge or hydrophobicity of the molecule at the target site, or (c) the volume of the side chain.

For example, substitution of a conservative amino acid may include such a substitution of the native amino acid residue by a non-native residue that there is little or no effect on the polarity or charge of the amino acid residue in this position. In addition, any native residue in the polypeptide may also be substituted with alanine, as previously described for alanine-scanning mutagenesis.

One of skill in the art can determine the required amino acid substitutions (conservative or non-conservative) at the moment such substitutions are necessary. In some methods of the invention, amino acid substitutions can be used to identify important residues of antibodies to PC8K9 or to increase or decrease the affinity of antibodies to PC8K9 in accordance with the present description.

In some methods of carrying out the invention, antibodies in accordance with the present invention can be expressed in other cell lines, in addition to hybridoma cell lines. In some methods of carrying out the invention, sequences encoding specific antibodies can be used to transform a suitable mammalian host cell. According to some embodiments of the invention, the transformation can be performed by any known method for introducing polynucleotides into a host cell, including, for example, packaging a polynucleotide in a virus (or in a viral vector) and transducing the host cell with a virus (or vector), or transfection procedures known in this area, which is illustrated by US patent No. 4399216, 4912040, 4740461 and 4959455 (which are incorporated into this description by reference for any purpose). In some methods of carrying out the invention, the transformation procedure used may depend on the transformable host. Methods for introducing heterologous polynucleotides into mammalian cells are well known in the art and include, but are not limited to.

- 42,032,106 by this, dextran-mediated transfection, precipitation of calcium phosphate, polybrene-mediated transfection, fusion of protoplasts, electroporation, encapsulation of polynucleotide (s) into liposomes and direct microinjection of DNA into nuclei.

Mammalian cell lines available as hosts for expression are well known in the art and include, but are not limited to, the many immortal cell lines found in the Atepsap Tour Xiige Co11 esbop (ATCC), including, but not limited to, Chinese hamster ovary cells ( CH0), HeLa cells, hamster baby kidney (BWK) cells, monkey kidney cells (C08), human malignant hepatoma cells (for example, Hep 62) and a number of other cell lines. In some methods of carrying out the invention, cell lines can be selected by determining cell lines having high levels of expression and producing antibodies with structural properties of binding to H6P. Adequate expression vectors for mammalian host cells are well known.

In some methods of carrying out the invention, antigen binding proteins include one or more polypeptides. In some methods of carrying out the invention, any of a number of expression vector / host systems can be used to express polypeptide molecules encoding polynucleotides comprising one or more ABP components or ABP itself. Such systems include, but are not limited to, microorganisms, such as, for example, bacteria transformed with a recombinant bacteriophage, plasmid, or cosmid DNA expression vectors; yeast transformed with yeast expression vectors; insect cell systems infected with virus-based expression vectors (e.g., baculovirus); plant cell systems transfected with virus-based expression vectors (e.g., cauliflower mosaic virus, CaMU, tobacco mosaic virus, TMU) or transformed with bacterial expression vectors (e.g. T1 or pBK322 plasmid); or animal cell systems.

In some methods of carrying out the invention, a polypeptide comprising one or more components of the ABP or the actual ABP, is recombinantly expressed in yeast. In some of these examples, commercially available expression systems are used, for example, the P1cLa Expression System Zpubgodep, San Diego, pc. California) following the manufacturer's instructions. In some methods of carrying out the invention, such a system is based on a pre-pro-alpha sequence for controlling secretion. In some methods of carrying out the invention, the transcription of the insert is driven by the alcohol oxidase promoter (AX1) after induction with methanol.

In some methods of carrying out the invention, a secreted polypeptide comprising one or more components of the ABP or the ABP itself is purified from the nutrient medium for yeast. In some methods of carrying out the invention, the methods used to purify the polypeptide from the nutrient medium for yeast are the same as those used to purify the polypeptide from bacterial supernatants and supernatants of mammalian cells.

In some methods of carrying out the invention, a nucleic acid encoding a polypeptide comprising one or more of the ABP components or the ABP proper is cloned into an expression vector based on baculovirus, such as pY131393 (RyagMtdep, San Diego, CA). In some methods of carrying out the invention, such a vector can be used according to the manufacturer’s instructions (RyagMshdep) for infection of 8-protein Ggischregba cells in §P9 protein-free medium and for the production of a recombinant polypeptide. In some methods of carrying out the invention, the polypeptide is purified and evaporated from such a medium using a heparin-sepharose column (Ryagtas1a).

In some methods of carrying out the invention, a polypeptide comprising one or more components of the ABP or the actual ABP is expressed in an infectious system. Several insect systems for expressing a polypeptide are well known to those skilled in the art. One such system uses the nuclear polyhedrotic virus AI! Odgarya saPGogshsa (AsKhRU) as a vector for the expression of foreign genes in 8 boron hedregba cells or in Tpsyorya larvae. In some methods of carrying out the invention, a nucleic acid molecule encoding a polypeptide can be inserted into a replaceable virus gene, for example, within the polyhedrin gene, and placed under the control of the promoter for this gene. In some embodiments, the successful insertion of a nucleic acid molecule will render a replaceable gene functionally inactive. In some methods of carrying out the invention, such inactivation leads to a detectable characteristic. For example, inactivation of the polyhedrin gene results in a virus that does not contain a shell protein.

In some methods of the invention, recombinant viruses can be used to infect 8. Cell hydrohydreg or Tcporya larvae. See, for example, 8th et al., I. U1go1., 46: 584 (1983); Epdechag et al., Proc. Na1. Asab. 8sk (I8A), 91: 3224-7 (1994).

In some methods of carrying out the invention, polypeptides comprising one or more of the components of the ABP or the actual ABP formed in bacterial cells are obtained as insoluble inclusion bodies in bacteria. In some methods of carrying out the invention, cell hosts comprising such inclusion bodies are collected by centrifugation; washed in 0.15 M No. C1, 10 mm Tg18, pH 8, 1 mm EETA; and are treated with lysozyme 0.1 mg / ml (81 dtA, 8ΐ. boshk, M0) for 15 min at room temperature. In some methods of carrying out the invention, the lysate

- 43 032106 is cleaned by sonication, and cell debris is granulated by centrifugation for 10 min at 12000 rpm. In some methods of carrying out the invention, the polypeptide-containing granule is resuspended in 50 mM TPy, pH 8 and 10 mM EETA; 50% glycerin is layered; and centrifuged for 30 minutes at 6,000 rpm. In some methods of carrying out the invention, such a granule can be resuspended in a standard phosphate buffered saline (PB8) free of MD ⁺⁺ and Ca ⁺⁺ . In some methods of carrying out the invention, the polypeptide is further purified by fractionation of the resuspended granule in a denaturing 8-8 polyacrylamide gel (see, for example, Sambox et al., Supra). In some methods of carrying out the invention, such a gel may be impregnated with 0.4 M KCl to visualize a protein that can be excised and electro-eluted in a gel buffer that does not contain 8-8. In accordance with some embodiments of the invention, glutathione-8-transferase (68T) is a fusion protein obtained in bacteria as a soluble protein. In some embodiments, such a 68T fusion protein is purified using a 68T purification module (Pbtash).

In some methods of carrying out the invention, it is desirable to perform refolding = re-folding of certain polypeptides, for example, polypeptides comprising one or more ABP components or the actual ABP. In some methods of carrying out the invention, such polypeptides are obtained using certain recombinant systems, the description of which is given here. In some methods of carrying out the invention, the polypeptides are re-collapsed and / or oxidized to form the desired tertiary structure and / or to create disulfide bonds. In some methods of carrying out the invention, such a structure or bonds relate to a particular biological activity of the polypeptide. In some embodiments, refolding is performed using any of a variety of known procedures. Typical methods include, but are not limited to, exposure to a soluble polypeptide agent at a pH, typically above 7, in the presence of a release agent. A typical uncoupling agent is guanidine. In some embodiments, the refolding / oxidation solution also contains a reducing agent and an oxidizable form of this reducing agent. In some methods of carrying out the invention, the reducing agent and its oxidizable form are present in a ratio that gives a specific redox potential, allowing the manifestation of shuffling of disulfides. In some methods of carrying out the invention, such shuffling allows the formation of cysteine bridges. Typical redox pairs include, but are not limited to, cysteine / cystamine, glutathione / dithiobis-68H, copper chloride, dithiothreitol ETT / dithian OTT and 2-mercaptoethanol (LME) / dithio-LME. In some methods of carrying out the invention, a co-solvent is used to increase the efficiency of refolding. Typical cosolvents include, but are not limited to, glycerol, polyethylene glycol of various molecular weights, and arginine.

In some methods of carrying out the invention, a significant purification of the polypeptide comprising one or more components of the ABP or the actual ABP is performed. Specialists in this field are known for some protein purification techniques. In some methods of carrying out the invention, protein purification involves coarse fractionation of polypeptide fractionations from non-polypeptide fractions. In some methods of carrying out the invention, the polypeptides are purified by chromatographic and / or electrophoretic methods. Examples of purification methods include, but are not limited to, precipitation with ammonium sulfate; precipitation using PE6; immunoprecipitation; thermal denaturation followed by centrifugation; chromatography including, but not limited to, affinity chromatography (e.g., protein A-Sepharose), ion exchange chromatography, size exclusion chromatography, and reverse phase chromatography; gel filtration; hydroxyapatite chromatography; isoelectric focusing; polyacrylamide gel electrophoresis; and combinations of these and other methods. In some embodiments, the polypeptide is purified by flash protein chromatography or high pressure liquid chromatography (HPLC). In some methods of carrying out the invention, the cleaning operations may vary or some operations may be omitted, and still result in a suitable method for preparing a substantially purified polypeptide.

In some methods of carrying out the invention, the degree of purification of the preparation of the polypeptide is quantified. Specialists are aware of several methods for quantifying the degree of purification. Some examples of the methods include, but are not limited to, determining the specific binding activity of the preparation and estimating the amount of the polypeptide as part of the preparation using 8E8 / PACE analysis. Some examples of methods for assessing the amount of purification of a polypeptide preparation include calculating the binding activity of the preparation and comparing it with the binding activity of the starting extract. In some methods of carrying out the invention, the results of such a calculation are expressed as a multiple purification. The units used to represent the amount of binding activity depend on the particular analysis being performed.

In some methods of carrying out the invention, a polypeptide comprising one or more components of the ABP or the actual ABP is partially purified. In some embodiments, iso

- 44 032106 partial cleaning can be performed using fewer cleaning operations or different forms of the same general cleaning scheme. For example, in some methods of carrying out the invention, cation exchange column chromatography performed using an HPLC apparatus will typically result in a high purification rate than the same technique as in which a low pressure chromatography system is used. In some methods of carrying out the invention, methods providing a lower degree of purification may have the advantage of completely isolating the polypeptide or maintaining the binding activity of the polypeptide.

In some methods, the electrophoretic mobility of the polypeptide can vary, sometimes significantly, under different conditions δΌδ / PABE. See, for example, Sarah1 et al., VusNet. Wurkuk. Kek. Sot., 76: 425 (1977). It is clear to those skilled in the art that under different electrophoresis conditions, the observed molecular weights of the purified or partially purified polypeptide may differ.

Examples of epitopes.

Epitopes are presented that bind anti-RS8K9 antibodies. In some methods of carrying out the invention, epitopes associated with antibodies, the description of which is currently proposed, are particularly useful. In some embodiments, antigen binding proteins that bind to any of the epitopes associated with the antibodies described herein are useful. In some methods of carrying out the invention, epitopes associated with any of the antibodies listed in the table. 2 and in FIG. 2 and 3 are especially useful. In some methods of carrying out the invention, the epitope is located on the catalytic domain RS8K9.

In some embodiments, the PC8K9 epitope can be used to prevent (e.g., reduce) the binding of an anti-PC8K9 antibody or antigen binding protein to PC8K9. In some embodiments, the PC8K9 epitope can be used to reduce the binding of an anti-PC8K9 antibody or antigen binding protein to PC8K9. In some embodiments, the PC8K9 epitope can be used to substantially inhibit the binding of an anti-PC8K9 antibody or antigen binding protein to PC8K9.

In some embodiments, the PC8K9 epitope can be used to isolate antibodies or antigen binding proteins that bind to PC8K9. In some embodiments, the PC8K9 epitope can be used to produce antibodies or antigen binding proteins that bind to PC8K9. In some embodiments, the PC8K9 epitope or sequence comprising the PC8K9 epitope can be used as an immunogen to produce antibodies or antigen binding proteins that bind to PC8K9. In some embodiments, the PC8K9 epitope can be administered to an animal, and antibodies that bind to PC8K9 can subsequently be obtained from the animal. In some embodiments, the PC8K9 epitope or sequence comprising the PC8K9 epitope can be used to interfere with normal PC8K9-mediated activity, such as, for example, combining PC8K9 with LDL.

In certain embodiments, the antigen binding proteins described herein specifically bind to the Ν-terminal prodomain, the subtilisin-like catalytic domain and / or the C-terminal domain. In some methods of the invention, the antigen-binding protein binds to the PC8K-9 groove that binds to the substrate (described in SipspdNat et al., Incorporated herein by reference in its entirety).

In some embodiments, the domain (s) / region (s) containing residues that are in contact with or masked by the antibody can be identified by mutating specific residues in PC8K9 (e.g., wild-type antigen) and determining if the antigen binding protein is capable of binding the mutated or variant PC8K9 protein. By producing many individual mutations, residues that play a direct role in binding or are so close to the antibody can be identified that the mutation can affect the binding between the antigen binding protein and the antigen. Based on knowledge of these amino acids, it is possible to identify the antigen domain (s) or region (s) that contain residues in contact with the antigen binding protein or coated with an antibody. Such a domain may include a binding epitope of an antigen binding protein. In one specific example of such a general approach, the scanning protocol for arginine / glutamic acid is used (see, for example, Naηеν ^ сζ, T., et al., 1995, 1. 1ο1. SN., 270: 37, 21619-21625 apy 2irsk, A., et al., 2006, 1. No. 1. SN., 281: 29, 20464-20473). Basically, arginine and glutamic acids replace (usually separately) an amino acid in a wild-type polypeptide because these amino acids are charged and massive and thus have the potential to disrupt the binding between the antigen binding protein and antigen in the antigen region where the mutation is applied. The arginines that exist in the wild-type antigen are replaced by glutamic acid. A number of such individual mutants were obtained, and the collected binding results were analyzed to determine which residues affect the binding.

Example 39 describes one such scan of PC8K9 arginine / glutamic acid for the PC8K9 antigen binding proteins provided herein. A series of mutant PC8K9 antigens was created, with each mutant antigen having a single mutation. Linking each

- 45 032106th mutant PC8K9 antigen with various PC8K9 ABP proteins was measured and compared with the ability of the selected ABP to bind to wild-type PC8K9 (8E6 ΙΌ ΝΟ: 303).

A change (for example, a decrease or increase) in binding between the antigen binding protein and variant PC8K9 as used herein means that there is a change in binding affinity (for example, when measured by methods known per se such as B1ase testing or analysis based on the study of chains of granules that described in the examples below), EC50, and / or a change (e.g., reduction) in the total binding capacity of the antigen binding protein (e.g., as confirmed by a decrease in Baxax by plot of antigen binding protein concentration versus antigen concentration). A significant change in binding indicates that the mutated residue is directly involved in binding to the antigen binding protein or is in close proximity to the binding protein when the binding protein is coupled to the antigen.

In some embodiments, a significant decrease in binding means that binding affinity, EC ₅₀ , and / or capacity = volume between the antigen binding protein and the mutant PC8K9 antigen decreases by more than 10%, more than 20%, more than 40%, more more than 50%, more than 55%, more than 60%, more than 65%, more than 70%, more than 75%, more than 80%, more than 85%, more than 90 % or more than 95% relative to the binding between the antigen binding protein and wild-type PC8K9 (e.g., depicted in 8E6 ΙΌ ΝΟ: 1 and / whether 8E6 ΙΌ ΝΟ: 303. In some embodiments, binding is reduced below certain limits. In some embodiments, a significant decrease in binding is confirmed when the binding of the antigen binding protein to the variant PC8K9 protein is less than 50% (for example, less than 40, 35, 30, 25 , 20, 15, or 10%) of the binding observed between the antigen binding protein and the wild-type RS8K9 protein (for example, protein from 8E6 ΙΌ ΝΟ: 1 and / or 8E6 ΙΌ ΝΟ: 303. Such binding measurements can be performed using many known binding assays Nia. A specific example of one such analysis is described in Example 39.

In some embodiments, antigen-binding proteins are provided that demonstrate significantly reduced binding for the variant PC8K9 protein, in which the residue in the wild-type PC8K9 protein (e.g., 8E6 ΙΌ ΝΟ: 1 or 8E6 ΙΌ ΝΟ: 303) is replaced by arginine or glutamic acid. In some methods of carrying out the invention, the binding of the antigen-binding protein is significantly reduced or increased for the variant PC8K9 protein having one or more (for example, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 or 244) of the following mutations: K207E , O208K, K185E, K439E, E513K, V538K, E539K, T132K, 8351K, A390K, A413K, E582K, P162K, K164E, E167K, 8123K, E129K, A311K, O313K, O197K8K55K521, K195K21 type (e.g., 8Е6 ΙΌ ΝΟ: 1 or 8Е6 ΙΌ ΝΟ: 303). In the abbreviations used here, the format is as follows: Wild-type residue: Position in the polypeptide: Mutant residue, with residue numbering as indicated in 8E6 8 ΝΟ: 1 or 8E6 8 ΝΟ: 303.

In some methods of the invention, antigen binding protein binding is significantly reduced or increased for a mutant PC8K9 protein having one or more (e.g., 1, 2, 3, 4, 5 or more) mutations in the following positions: 207, 208, 185, 181, 439 , 513, 538, 539, 132, 351, 390, 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521 and 554, as shown in 8EO ΙΌ ΝΟ: 1 compared to PC8K9 is a wild-type protein (e.g., 8E6 ΙΌ ΝΟ: 1 or 8E6 ΙΌ ΝΟ: 303). In some embodiments, antigen binding protein binding is reduced or increased for a mutant PC8K9 protein having one or more (e.g., 1, 2, 3, 4, 5 or more) mutations in the following positions: 207, 208, 185, 181, 439, 513, 538, 539, 132, 351, 390, 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521 and 554, as shown in 8E6 ΙΌ ΝΟ: 1 compared to RS8K9 wild-type protein (e.g. 8E6 ΙΌ ΝΟ: 1 or 8E6 ΙΌ ΝΟ: 303). In some methods of the invention, antigen binding protein binding is significantly reduced or increased for a mutant PC8K9 protein having one or more (e.g., 1, 2, 3, 4, 5 or more) mutations in the following positions: 207, 208, 185, 181, 439 , 513, 538, 539, 132, 351, 390, 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521 and 554, within 8Е6 ΙΌ ΝΟ: 1 compared to RS8K9 wild-type protein (for example, 8E6 ΙΌ ΝΟ: 1 or 8EO ΙΌ ΝΟ: 303).

In some methods of the invention, ABP binding is significantly reduced or increased for a mutant PC8K9 protein having one or more (e.g. 1, 2, 3, 4, 5, etc.) of the following mutations: K207E, P208K, K185E, K439E, E513K , V538К, Е539К, Т132К, 8351К, А390К, А413К, Е582К, О162К, К164Е, Е167К, 8123К, Е129К, А311К, П313К, П337К, К519Е, Н521К and 6554К within 8Е6 ΙΌ 30 30 30 30: 6 3 6 ΙΌ ΝΟ ΝΟ ΝΟ compared with the PC8K9 wild-type protein (e.g., 8E6 ΙΌ ΝΟ: 1 or 8EO ΙΌ ΝΟ: 303).

In some methods of the invention, ABP binding is significantly reduced or increased for a mutant PC8K9 protein having one or more (e.g. 1, 2, 3, 4, 5, etc.) of the following mutations: K207E, P208K, K185E, K439E, E513K , V538К, Е539К, Т132К, 8351К, А390К, А413К and Е582К within 8Е6 ΙΌ ΝΟ: 1 or 8Е6 ΙΌ ΝΟ: 303 compared to wild-type PC8K9 protein (for example, 8Е6 ΙΌ ΝΟ: 1 or 8Е6 ΙΌ ΝΟ: 303). In some methods of carrying out the invention, the

- 46 032 106 lowering. In some methods of carrying out the invention, a decrease in binding is observed as a change in EC50. In some methods of carrying out the invention, a change in the EC50 is an increase in the numerical designation of the EC ₅₀ (and thus a decrease in binding).

In some methods of the invention, ABP binding is significantly reduced or increased for a mutant PC8K9 protein having one or more (e.g., 1, 2, 3, 4 5, etc.) of the following mutations: O162K, K164E, E167K, 8123K, E129K , А311К, О313К, О337К, К519Е, Н521К and Р554К within 8ЕО ΙΌ N0: 1 in comparison with the wild-type PC8K9 protein (for example, 8Е0 ΙΌ N0: 1 or 8Е0 ΙΌ N0: 303). In some methods of carrying out the invention, the binding is reduced. In some embodiments, a decrease in binding is observed as a change in B _max . In some methods of carrying out the invention, a shift In _max is a decrease in the maximum signal generated by the ATS. In some methods of carrying out the invention for an amino acid that is part of the epitope, the value of B _{max is} reduced by at least 10%, for example, a decrease of at least one of the following amounts: 20, 30, 40, 50, 60, 70, 80, 90, 95, 98, 99 or 100%, in some methods of carrying out the invention, may indicate that the residue is part of an epitope.

Although the listed variant forms are referenced with respect to the wild-type sequence depicted in 8Е0 ΙΌ N0: 1 or 8Е0 ΙΌ N0: 303, it is clear to specialists that in the allelic variant of PC8K9 the amino acid in this position may be different. Antigen binding proteins exhibiting significantly reduced binding for such allelic forms of PC8K9 are also contemplated. Accordingly, in some embodiments of the invention, any of the embodiments described above can be compared with the allelic sequence, and not just with the wild-type sequence depicted in FIG. 1A.

In some embodiments, the binding of the antigen binding protein is significantly reduced for the variant PC8K9 protein in which the residue at a selected position in the wild-type PC8K9 protein is mutated to any other residue. In some methods of carrying out the invention, the described arginine / glutamic acid substitutions are used for the identified positions. In some methods of carrying out the invention, alanine is used for the identified positions.

As noted above, residues directly involved in binding or coated with an antigen binding protein can be identified by scanning results. These residues can thus provide an indication of domains or regions of 8E0 ΙΌ N0: 1 (or 8E0 ΙΌ N0: 303 or 8E0 ΙΌ N0: 3) that contain the binding region (s) to which the antigen binding proteins bind. As can be seen from the results shown in example 39, in some methods of the invention, the antigen binding protein binds to a domain containing at least one of the amino acids: 207, 208, 185, 181, 439, 513, 538, 539, 132, 351, 390 , 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521, and 554 of 8E0 ΙΌ N0: 1 or 8E0 ΙΌ N0: 303. In some embodiments, the antigen binding protein binds to a region containing at least one of the amino acids 207, 208, 185, 181, 439, 513, 538, 539, 132, 351, 390, 413, 582, 162, 164, 167, 123, 129, 311, 313, 337, 519, 521 and 554 of 8EO ΙΌ N0: 1 or 8EO ΙΌ N0: 303.

In some embodiments, the antigen binding protein binds to a region containing at least one of amino acids 162, 164, 167, 207 and / or 208 of 8E0 ΙΌ N0: 1 or 8E0 ΙΌ N0: 303. In some embodiments, several (e.g. 2, 3, 4 or 5) of the identified residues are part of the region that is linked by ABP protein. In some methods of carrying out the invention, the ABP competes with the ABP 21B12.

In some embodiments, the antigen binding protein binds to a region containing at least one amino acid 185 of 8E0 ΙΌ N0: 1 or 8E0 ΙΌ N0: 303. In some embodiments, the ABP competes with 31P4 ABP.

In some embodiments, the antigen binding protein binds to a region containing at least one of amino acids 439, 513, 538, and / or 539 of 8E0 ΙΌ N0: 1 or 8E0 ΙΌ N0: 303. In some embodiments, several (e.g., 2 , 3 or 4) of the identified residues are part of the region that is linked by ABP protein. In some methods of carrying out the invention, the ABP competes with the ABP 31A4.

In some embodiments, the antigen binding protein binds to a region containing at least one of amino acids 123, 129, 311, 313, 337, 132, 351, 390, and / or 413 of 8E0 ΙΌ N0: 1 or 8E0 ΙΌ N0: 303. In some methods of carrying out the invention, several (for example, 2, 3, 4, 5, 6, 7, 8, or 9) of the identified residues are part of the region that is linked by the ABP protein. In some embodiments, the ABP competes with the ABP 12H11.

In some embodiments, the antigen binding protein binds to a region containing at least one of amino acids 582, 519, 521, and / or 554 of 8E0 ΙΌ N0: 1 or 8E0 ΙΌ N0: 303. In some embodiments, several (e.g., 2 , 3 or 4) of the identified residues are part of the region that is linked by ABP protein. In some methods of carrying out the invention, the ABP competes with the ABP 3C4.

In some embodiments, antigen binding proteins bind to

- 47,032,106 by the aforementioned regions within a fragment or a full-length sequence of 8Eph GO N0: 1 or 8Eph GO N0: 303. In other embodiments, antigen-binding proteins bind to polypeptides consisting of these regions. A reference to 8Eph GO N0: 1 or 8Eph GO N0: 303 means that one or both of these sequences can be used or relevant. The phrase does not mean that only one should be used.

As noted above, the above description refers to the positions of specific amino acids with reference to 8Eph GO N0: 1. However, throughout the description, a reference is everywhere to the Pg / Ca1 domain, which starts at position 31 provided for in 8Eph GO N0: 3. As noted below , 8Eph GO N0: 1 and 8Eph ΙΌ N0: 303 lacks the signal sequence PC8K9. Therefore, in any comparison of these different sentences, it is necessary to take into account this difference in numbering. In particular, any position of the amino acid in 8Ef GO N0: 1 will correspond to the position of the amino acid 30 amino acids further in the protein in 8Ef ΙΌ N0: 3. For example, the position 207 of 8Ef ΙΌ N0: 1 corresponds to the position 237 of 8Ef GO N0: 3 (the sequence is complete lengths and numbering system used throughout this specification). In the table. 15.6 shows how the above positions, which relate to 8Ef GO No0: 3 (and / or 8Ef GO No0: 303), correspond to 8Ef GO No0: 3 (which includes the signal sequence). Thus, a description of any of the above embodiments of the invention that are described with respect to 8Ef GO N0: 1 (and / or 8Ef GO No0: 303) is given with reference to 8Ef GO No0: 3 using the corresponding entries.

In some methods of carrying out the invention, ABP 21B12 binds to an epitope comprising residues 162-167 (for example, residues E162-E 167 8Ef GO N0: 1). In some methods of carrying out the invention, ABP 12H11 binds to an epitope comprising residues 123-132 (for example, 8123T132 8Ef GO N0: 1). In some methods of carrying out the invention, ABP 12H11 binds to an epitope comprising residues 311-313 (for example, A311-E313 8Ef GO N0: 1). In some methods of carrying out the invention, ABPk can bind to an epitope comprising any of these sequences of sequences.

Competing antigen binding proteins.

In another aspect, antigen binding proteins are proposed that compete with one of the illustrated antibodies or functional fragments that bind to the epitope described herein for specific binding to PC8K9. Such antigen binding proteins may also bind to the same epitope as one of the antigen binding proteins illustrated herein, or an overlapping epitope. Antigen binding proteins and fragments competing or binding to the same epitope as the illustrated antigen binding proteins are expected to exhibit similar functional properties. Illustrated antigen binding proteins and fragments include the antigen binding proteins and fragments described above, including antigen binding proteins and heavy and light chain fragments, variable domains of the region, and SIV regions included in the table. 2 and / or FIG. 2-3 and 15. Thus, as a specific example, the proposed antigen binding proteins include those that compete with an antibody or antigen binding protein having:

(a) all 6 of the SIV sites listed for the antibodies shown in FIG. 2-3 and 15;

(b) and ν ^ listed for the antibodies from table. 2; or (c) two light chains and two heavy chains as defined for the antibodies from table. 2.

Some use cases in therapy and pharmaceutical formulations.

In some cases, PC8K9 activity is correlated with a number of human disease conditions. For example, in some cases, too high or too low PC8K9 activity is correlated with certain conditions, such as hypercholesterolemia. Therefore, in some cases, modulation of the activity of PC8K9 may be therapeutically useful. In some embodiments, a neutralizing antigen binding protein to PC8K9 is used to modulate at least one PC8K9 activity (eg, binding to LDL). By these methods, it is possible to treat and / or prevent and / or reduce the risk of disorders associated with elevated levels of serum cholesterol or which are characterized by elevated cholesterol levels.

It will be appreciated by those skilled in the art that, according to the present disclosure, various exemplary antigen binding protein embodiments can be applied to disorders that are associated with various levels of cholesterol, LDL or LDL that suggest or may be affected by such levels. In some methods of carrying out the invention, a cholesterol-associated disorder (which includes disorders associated with serum cholesterol) includes one or more of the following diseases: hypercholesterolemia, heart disease, metabolic syndrome, diabetes, coronary heart disease, stroke, cardiovascular disease, Alzheimer's disease and generally dyslipidemia, which can be manifested, for example, by elevated total serum cholesterol, elevated LDL, elevated triglycerides, elevated ν-LDL and / or n one night. Some unlimited examples of primary and secondary dyslipidemia that can be treated with ABP, either alone or in combination with one or more other agents, include metabolic syndrome, diabetes mellitus, familial combined hyperlipidemia,

- 48 032106 familial hypertriglyceridemia, familial hypercholesterolemia, including heterozygous hypercholesterolemia, homozygous hypercholesterolemia, familial defective apolipoprotein (aoryrrhosis ^ i) B-100; polygenic hypercholesterolemia; Remnant removal disease, hepatic lipase deficiency; dyslipidemia secondary to any of the following: poor diet, hypothyroidism, drugs including estrogen and progestin therapy, beta-blockers and thiazide diuretics; nephrotic syndrome, chronic renal failure, Cushing's syndrome, primary biliary cirrhosis, glycogenosis, hepatoma, cholestasis, acromegaly, insulinoma, deficiency of secreted growth hormone and alcohol-induced hypertriglyceridemia. ABP can also be useful in the prevention or treatment of atherosclerotic diseases, such as coronary heart disease, coronary artery disease, peripheral artery disease, stroke (ischemic and hemorrhagic), angina pectoris or cerebrovascular disease, and acute coronary syndrome, myocardial infarction. In some methods of carrying out the invention, ABP is useful in reducing the risk of non-fatal myocardial infarction, fatal and non-fatal strokes, some types of heart surgery, hospitalization for heart failure, chest pain in patients with heart disease, and / or cardiovascular pathologies due to established cardiac diseases, such as previous myocardial infarction, previous heart surgery and / or chest pain with a sign of clogged arteries. In some methods of carrying out the invention, ABP and methods can be used to reduce the risk of recurrent cardiovascular pathologies.

It is clear to specialists that diseases or disorders that are generally available (either treatable or preventable) through the use of statins can also be favorably influenced by the use of instant antigen-binding proteins. In addition, in some methods of carrying out the invention, disorders or diseases that may be beneficial in the prevention of cholesterol synthesis or increased expression of LDL can also be treated with various variants of antigen-binding proteins. In addition, it is clear to those skilled in the art that the use of anti-PC8K9 antibodies can be especially useful in the treatment of diabetes. Not only is diabetes a risk factor for coronary heart disease, but insulin increases the expression of PC8K9. That is, people with diabetes have elevated plasma lipid levels (which may be associated with high levels of PC8K9) and can be helped by lowering these levels. This is generally described in detail in the work of Soz (e (et al. (Nerais RS8K9 Ehru ^ yui Vedik-Jeb Liu Shigyogy 8ΐ; · ιΙιΐ5 νί; · ι Ιη5ΐι1ίη; · ιηά 8 (his1 Expression PC8K9 is regulated by the state of nutrition using insulin and a sterol regulatory element-binding protein 1C, ί. Vu1. Sit., 281: 6211-6218, 2006), which is incorporated herein by reference in its entirety.

In some aspects, the invention includes a method of treating or preventing a condition associated with elevated levels of serum cholesterol in a patient, comprising administering to a patient in need thereof an effective amount of at least one isolated antigen binding protein as described herein.

In some aspects, the invention includes a method of inhibiting the binding of RS8K9 to LDL in a subject, comprising administering an effective amount of at least one isolated antigen binding protein as described herein.

In some aspects, the invention provides a method of treating or preventing a condition associated with elevated levels of serum cholesterol in a subject, the method comprising administering to a subject in need thereof an effective amount of at least one isolated antigen binding protein as described herein, simultaneously or sequentially with an agent that increases the availability of LDL protein.

In some aspects, the invention includes a method of lowering serum cholesterol in a subject, the method comprising administering to the subject an effective amount of at least one isolated antigen binding protein as described herein.

In some aspects, the invention includes a method of lowering serum cholesterol in a subject, the method comprising administering to the subject an effective amount of at least one isolated antigen binding protein as described herein, simultaneously or sequentially with an agent that increases the availability of LDL protein.

In some aspects, the invention includes a method for increasing an LDL protein level in a subject, the method comprising administering to the subject an effective amount of at least one isolated antigen binding protein as described herein.

In some aspects, the invention includes a method of increasing an LDL protein level in a subject, the method comprising administering to the subject an effective amount of at least one isolated antigen binding protein as described herein, simultaneously or sequentially with an agent that increases the availability of LDL protein.

In some aspects, the invention includes a pharmaceutical composition comprising ABP as described herein and an agent that increases the availability of LDL protein. In some methods of carrying out the invention, the agent that increases the availability of LDL protein includes statin. In some methods of carrying out the invention, the statin is taken from the group consisting of

- 49 032106 from atorvastatin, serivastatin, fluvastatin, lovastatin, mevastatin, pitavastatin, pravastatin, rosuvastatin, simvastatin, and combinations thereof.

In some aspects, the invention includes a pharmaceutical composition comprising at least one antigen binding protein as described herein and a pharmaceutically acceptable excipient. In some embodiments, the pharmaceutical composition also comprises an additional active agent. In some methods of carrying out the invention, said additional active agent is selected from the group consisting of a radioisotope, a radionuclide, a toxin, or a therapeutic and chemotherapeutic group.

In some aspects, the invention includes a method of treating or preventing a condition associated with an elevated level of serum cholesterol in a patient. The method comprises administering to a patient in need thereof an effective amount of at least one isolated antigen binding protein as described herein. In some methods of carrying out the invention, the condition is hypercholesterolemia.

In some aspects, the invention includes a method of inhibiting the binding of RS-K9 to LDL in a patient, comprising administering an effective amount of at least one antigen binding protein as described herein.

In some aspects, the invention includes a method of treating or preventing a condition associated with elevated levels of serum cholesterol in a subject, the method comprising administering to a subject in need of an effective amount of at least one isolated antigen binding protein as described herein simultaneously or sequentially with an agent, which increases the availability of LDL protein. In some methods of carrying out the invention, the agent that increases the availability of LDL protein includes statin. In some methods of carrying out the invention, the statin is taken from the group consisting of atorvastatin, serivastatin, fluvastatin, lovastatin, mevastatin, pitavastatin, pravastatin, rosuvastatin, simvastatin, and combinations thereof.

In some aspects, the invention includes a method of lowering serum cholesterol in a subject. The method comprises administering to the subject an effective amount of at least one isolated antigen binding protein as described herein.

In some aspects, the invention includes a method of lowering serum cholesterol in a subject, comprising administering to the subject an effective amount of at least one isolated antigen binding protein as described herein, simultaneously or sequentially with an agent that increases the availability of LDL protein. In some methods of carrying out the invention, the agent that increases the availability of LDL protein includes statin. In some methods of carrying out the invention, the statin is taken from the group consisting of atorvastatin, serivastatin, fluvastatin, lovastatin, mevastatin, pitavastatin, pravastatin, rosuvastatin, simvastatin, and combinations thereof.

In some aspects, the invention includes a method of increasing LDL protein levels in a subject by administering to the subject an effective amount of at least one isolated antigen binding protein as described herein.

In some aspects, the invention includes a method of increasing LDL protein levels in a subject by administering to the subject an effective amount of at least one isolated antigen binding protein as described herein, simultaneously or sequentially with an agent that increases the availability of LDL protein. In some methods of carrying out the invention, the agent that increases the availability of LDL protein includes statin. In some methods of carrying out the invention, the statin is taken from the group consisting of atorvastatin, serivastatin, fluvastatin, lovastatin, mevastatin, pitavastatin, pravastatin, rosuvastatin, simvastatin, and combinations thereof.

In some embodiments, the antigen binding protein is administered to those with diabetes mellitus, abdominal aortic aneurysm, atherosclerosis and / or peripheral vascular disease, in order to reduce their serum cholesterol levels to a safer limit. In some methods of carrying out the invention, an antigen binding protein is administered to patients at risk of developing any of the disorders described herein. In some embodiments of the invention, ABP proteins are administered to smokers who have hypertension or a family history of early myocardial infarction.

In some methods of carrying out the invention, ABP is administered to subjects if they have a moderate or increased risk according to the treatment goals of the 2004 NCPP program. In some methods of carrying out the invention, ABP is administered to a subject if the LDL cholesterol level of the subject exceeds 160 mg / dl. In some methods of carrying out the invention, ABP is administered if the subjects have an LDL cholesterol level of more than 130 (and they have a moderate or moderately high risk according to the treatment goals of the 2004 NCHP program). In some methods of carrying out the invention, ABP is administered if the subjects have an LDL cholesterol level of more than 100 (and they have a high or very high risk according to the treatment goals of the 2004 NCCP program).

- 50 032 106

The doctor will be able to select appropriate treatment signs and target lipid levels depending on the individual profile of a particular patient. One popular standard for monitoring the treatment of hyperlipidemia is the third report of an expert group of the national cholesterol education program ^ CER) on the detection, assessment and treatment of high blood cholesterol in adults (adult treatment group III), final report, National Health Institute, N14, publication No. 02-5215 (2002), the print edition of which is incorporated into this description by reference in full.

In some methods of carrying out the invention, antigen binding proteins to PC8K9 are used to reduce the degree of PC8K9 activity from an excessively high level or even a normal level. In some methods of the invention, antigen-binding proteins with PC8K9 are used to treat or prevent hypercholesterolemia and / or in the preparation of medications, therefore, and / or for other cholesterol-related disorders (such as, for example, those mentioned here). In some methods of carrying out the invention, an antigen-binding protein interacting with PC8K9 is used to treat or prevent conditions such as hypercholesterolemia, when PC8K9 activity is normal. In such conditions, for example, a decrease in PC8K9 activity below normal may produce a therapeutic effect.

In some embodiments, several antigen binding proteins interacting with PC8K9 are used to modulate PC8K9 activity.

Some methods for implementing the invention provide methods for treating a cholesterol-associated disorder, such as hypercholesterolemia, comprising administering a therapeutically effective amount of one or more antigen-binding proteins interacting with PC8K9 and another therapeutic agent.

In some embodiments, the antigen binding protein with PC8K9 is administered separately. In some embodiments, the antigen binding protein interacting with PC8K9 is administered prior to the administration of at least one therapeutic agent. In some embodiments, the antigen binding protein interacting with PC8K9 is used in parallel with the administration of at least one other therapeutic agent. In some embodiments, the antigen binding protein interacting with PC8K9 is administered after at least one other therapeutic agent is administered. In other embodiments, the antigen binding protein interacting with PC8K9 is administered prior to the administration of at least one other therapeutic agent. Therapeutic agents (other than antigen binding protein) include, but are not limited to at least one other cholesterol lowering agent (serum and / or total cholesterol) agent or agent. In some methods of carrying out the invention, it has been noted that an agent that increases the expression of IPNP increases serum HOB levels, lowers IPNP levels or reduces triglyceride levels. Examples of agents include, but are not limited to, statins (atorvastatin, serivastatin, fluvastatin, lovastatin, mevastatin, pitavastatin, pravastatin, rosuvastatin, simvastatin), nicotinic acid (niacin) (MACOK, NIА8PAN (slow release) slow-release niacin)), fibroic acid (L0PGO (gemfibrozil), TK1C0K (fenofibrate), substances that enhance the excretion of bile acid (^ υЕ8ТКАN (cholestyramine), wheel lovers (^ ЕСН0Ь), С0ЬЕполтер1 (absorptive (2 ezetimibe)) the connection of nicotinic acid with statin (AEU1C0K (L0UA8TATGY and No.A8PA ^, the combination of statin with an absorption inhibitor (UUTOKGI (20C0K and 2ET1A)) and / or lipid modifiers. In some methods of carrying out the invention, ABP is combined with PPA gamma-PA agonists, gamma agonists, squalene synthase inhibitors, CETP inhibitors, antihypertensive, antidiabetic agents (such as sulfonylureas, insulin, CPP-1 analogues, AERU inhibitors), ApoB modulators, MTP inhibitors and / or with methods for the treatment of obliterating rterioskleroza. In some embodiments of the invention, ABP is combined with an agent that increases the level of an IPNP protein in a subject, such as statins, some cytokines such as oncostatin M, estrogen and / or certain plant-based ingredients, such as berberine. In some methods of carrying out the invention, ABP is combined with an agent that increases serum cholesterol levels in a subject (such as some antipsychotic agents, some HIV protease inhibitors, dietary factors, such as high fructose, sucrose, cholesterol, or some fatty acids, and some agonists of nuclear receptors and antagonists of CHC, HAC, LXC, RCC). In some methods of carrying out the invention, ABP is combined with an agent that increases the level of PC8K9 in a subject, such as, for example, statins and / or insulin. The combination of these two agents can give unwanted side effects of other agents, mitigated by ABP protein. It will be apparent to those skilled in the art that in some embodiments of the invention, the ABP is combined with another agent / compound. In some methods of carrying out the invention, ABP and another agent are administered in parallel. In some methods of carrying out the invention, the ABP and another agent are not administered simultaneously - the ABP is administered before or after administration of the agent. In some methods of carrying out the invention, the subject receives both ABP and another agent (which increases the level of IPNP) during the same period of prophylaxis, manifestation of the disorder and / or treatment period.

- 51 032 106

The pharmaceutical compositions in accordance with the invention can be administered in combination therapy, i.e. in combination with other agents. In some embodiments, the combination therapy comprises an antigen binding protein capable of binding to PC8K9 in combination with at least one anticholesterol agent. Agents include, but are not limited to, synthetically prepared Uigo 1p chemicals, antibodies, antigen binding regions, and combinations thereof and conjugates. In some embodiments, the agent may interact as an agonist, antagonist, allosteric modulator, or toxin. In some methods of carrying out the invention, the agent can act to inhibit or induce its target (for example, a receptor or activation or inhibition of an enzyme), and thus activate increased LDL expression or lower serum cholesterol levels.

In some methods of carrying out the invention, an antigen binding protein that interacts with PC8K9 may be administered before, in parallel, and after treatment with a cholesterol-lowering (serum and / or total cholesterol) agent. In some methods of carrying out the invention, an antigen-binding protein that interacts with PC8K9 can be administered prophylactically in order to prevent or mitigate the onset of hypercholesterolemia, heart disease, diabetes and / or any cholesterol-associated disorder. In some methods of carrying out the invention, an antigen binding protein that interacts with PC8K9 can be administered to treat an existing state of hypercholesterolemia. In some methods of carrying out the invention, the ABP delays the onset of the disorder and / or symptoms associated with the disorder. In some methods of carrying out the invention, ABP is administered to a subject who does not have symptoms of any of the cholesterol-associated disorders or their subpopulations.

In some embodiments, the antigen-binding protein interacting with PC8K9 is used with specific therapeutic agents to treat various cholesterol-associated disorders, such as hypercholesterolemia. In some methods of carrying out the invention, taking into account the condition and the required level of treatment, two, three or more agents can be administered. In some methods of carrying out the invention, such agents can be combined together, including in one composition. In some methods of carrying out the invention, such agent (s) and antigen binding protein interacting with PC8K9 can be combined together, including in the same composition. In some methods of carrying out the invention, such agents can be formulated separately and put together by inclusion in a single composition. In some methods of carrying out the invention, such agents and an antigen binding protein interacting with PC8K9 can be separately formulated and put together by inclusion in a treatment kit. In some methods of carrying out the invention, such agents may be separately prepared. In some methods of carrying out the invention, when introduced using gene therapy, genes encoding protein agents and / or antigen binding protein that interacts with PC8K9 can be included in the same vector. In some embodiments, genes encoding protein agents and / or an antigen binding protein that interacts with PC8K9 can be controlled by the same promoter region. In some embodiments, genes encoding protein agents and / or an antigen binding protein that interacts with PC8K9 can be located in separate vectors.

In some methods of carrying out the invention, pharmaceutical compositions are provided comprising an antigen binding protein with PC8K9 together with a pharmaceutically acceptable diluent, carrier, solubilizer, emulsifier, preservative and / or adjuvant.

In some methods of the invention, pharmaceutical compositions are provided comprising an antigen binding protein that interacts with PC8K9 and a therapeutically effective amount of at least one additional therapeutic agent together with a pharmaceutically acceptable diluent, carrier, solubilizer, emulsifier, preservative and / or adjuvant.

In some embodiments, the antigen binding protein interacting with PC8K9 can be used with at least one therapeutic agent for inflammation. In some methods of carrying out the invention, an antigen binding protein that interacts with PC8K9 can be used with at least one therapeutic agent for an immune disorder. Examples of therapeutic agents for inflammation and immune disorders include, but are not limited to, cyclooxygenase type 1 (ί.ΌΧ-1) and cyclooxygenase type 2 ^ ΟΧ-2) inhibitors, low molecular weight modulators of 38 kDa mitogen-activated protein kinase (p38-MAPK); low molecular weight modulators of intracellular molecules involved in the metabolic pathways of inflammation, when such intracellular molecules include, but are not limited to, _) pc, GKK, ΝΕ-kV, 2AP70 and 1sk. Some examples of therapeutic agents for inflammation are described, for example, in the work of S. A. Dinarello & L. L. Moldower. Pro-inflammatory and anti-inflammatory cytokines in rheumatoid arthritis: A manual for clinicians Third edition (2001), Ashdep FS. Thioacapb Jacques, California. [S.A. OFAFEPO & b.b. Mo1ba ^ er RgoFPashshaYuu apb Apί ^ -Iπί1attaΐo ^ u SuFktek F Keeisha Ф1б AgFgyGk: A Rpsheg Gog Syshaapk Tygb Ebyup (2001) Ashdep Fs. Thoikapb Haqq, CA].

In some embodiments, the pharmaceutical formulations will comprise several different antigen binding proteins that interact with PC8K9. In some embodiments, the pharmaceutical compositions will comprise several antigen binding proteins that interact with PC8K9, when the antigen binding proteins that interact with PC8K9 bind to more than one epitope. In some embodiments, various antigen binding proteins will not compete with each other for binding to PC8K9. In some methods of carrying out the invention, any of the antigen binding proteins shown in the table. 2 and FIG. 2 and / or 3 may be combined together in a pharmaceutical composition.

In some embodiments, acceptable prescription materials are preferably non-toxic to recipients at the dosages and concentrations used. In some methods of carrying out the invention, the prescription material (s) is intended (s) for c.c. (subcutaneous) and / or Ι.ν. (intravenous) administration. In some methods of carrying out the invention, the pharmaceutical composition may contain prescription materials for modifying, maintaining or maintaining, for example, pH, osmolarity, viscosity, transparency, color, isotonia, odor, sterility, stability, dissolution or release rate, adsorption or penetration of the composition. In some embodiments, suitable prescription materials include, but are not limited to, amino acids (such as glycine, glutamine, asparagine, arginine, or lysine); antibacterial drugs; antioxidants (such as ascorbic acid, sodium sulfite or sodium hydrogen sulfite); buffers (such as borate, bicarbonate, Tris-HC1, citrates, phosphates or other organic acids); bulking agents (such as mannitol or glycine); chelating agents (such as ethylenediamine tetraacetic acid (EETA)); complexing agents (such as caffeine, polyvinylpyrrolidone, beta-cyclodextrin or hydroxypropyl-beta-cyclodextrin); fillers; monosaccharides; disaccharides; and other carbohydrates (such as glucose, mannose or dextrins); proteins (such as serum albumin, gelatin or immunoglobulins); colorants, flavors and diluents; emulsifiers; hydrophilic polymers (such as polyvinylpyrrolidone); low molecular weight polypeptides; salt-forming counterions (such as sodium); preservatives (such as benzalkonium chloride, benzoic acid, salicylic acid, thiomersal, phenethyl alcohol, methylparaben, propylparaben, chlorhexidine, sorbic acid or hydrogen peroxide); solvents (such as glycerin, propylene glycol or polyethylene glycol); sugar alcohols (such as mannitol or sorbitol); suspending agents; surfactants or wetting agents (such as, for example, pluronics, RES, sorbitan esters, polysorbates, such as polysorbate 20, polysorbate 80, trinitrotoluene, tromethamine, lecithin, cholesterol, tyloxopal); stability enhancing agents (such as sucrose or sorbitol); tone-enhancing agents (such as, for example, alkali metal halides, preferably sodium or potassium chloride, mannitol sorbitol); delivery environment; thinners; excipients and / or pharmaceutical adjuvants. (KettDiup'k RNagtaseijsa1 8c1epsek, 18 ^{| N} Eyyup, AK Seppago, et., Mask RiSHypd Sotrapu (1995). In some methods of carrying out the invention, the formulation includes PB8; 20 mM No. OAC, pH 5.2, 50 mM No. C1; and / or 10 mM NAOOAC, pH 5.2, 9% sucrose.

In some embodiments, the antigen-binding protein interacting with PC8K9 and / or the therapeutic molecule are coupled to a medium known in the art that prolongs the half-life. Such carriers include, but are not limited to, polyethylene glycol, glycogen (e.g., glycosylation of ABP) and dextran. Such carriers are described, for example, in US application No. 09/428082, now it is US patent No. 6660843, and published PCT application \ UO 99/25044, which are incorporated into this description by reference for all purposes.

In some methods of carrying out the invention, the optimal pharmaceutical composition will be determined by a specialist depending on, for example, the intended route of administration, delivery format and dosage required. See, for example, Kett1op'k Pbagtaseijs1 8c1epsek, above. In some methods of carrying out the invention, such compositions can affect the physical condition, stability, rate of 1p νίνο release and rate of 1p νίνο clearance of antibodies in accordance with the invention.

In some methods of carrying out the invention, the primary medium or carrier in the pharmaceutical composition may be either aqueous or non-aqueous in nature. For example, in some methods of the invention, a suitable medium or vehicle may be water for injection, saline or artificial cerebrospinal fluid, possibly with the addition of other materials common in parenteral formulations. In some methods of carrying out the invention, the saline solution includes isotonic phosphate buffered saline. In some embodiments, a neutral buffered saline or saline mixed with serum albumin is also provided as an example of a carrier. In some methods of carrying out the invention, the pharmaceutical compositions include Tris buffer having approximately pH 7.0-8.5, or acetate buffer having approximately pH 4.0-5.5, which may also include sorbitol or its suitable substitute. In some methods of carrying out the invention, a composition comprising an antigen binding protein that interacts with or without PC8K9 with at least one additional therapeutic agent can be prepared for storage by mixing the selected composition having the desired degree

- 53,032,106 stumps of cleanliness, with optional prescription agents (YaeshtDop'y Pyataseis1 8s1epsey, above) in the form of a lyophilized briquette or aqueous solution. Further, in some methods of carrying out the invention, a composition comprising an antigen binding protein with PC8K9 with at least one additional therapeutic agent can be prepared as a lyophilisate using appropriate excipients, such as sucrose.

In some methods of implementing the invention, you can choose a pharmaceutical composition for parenteral delivery. In some methods of carrying out the invention, compositions for inhalation or for delivery through the gastrointestinal tract, for example, orally, can be selected. The preparation of such pharmaceutically acceptable formulations is available to any person skilled in the art.

In some methods of carrying out the invention, the prescription components are present in concentrations acceptable for the site of administration. In some methods of carrying out the invention, buffers are used to maintain the composition at a physiological pH or slightly lower pH, usually within a pH range of from about 5 to about 8.

In some embodiments, when parenteral administration is contemplated, the therapeutic composition may be in the form of a pyrogen-free, parenterally acceptable aqueous solution comprising the desired antigen binding protein interacting with PC8K9, with or without additional therapeutic agents, in a pharmaceutically acceptable carrier medium. In some embodiments, the parenteral injection vehicle is sterile distilled water into which the antigen binding protein with PC8K9 with or without at least one additional therapeutic agent is formulated as a properly stored sterile isotonic solution. In some methods of the invention, the preparation may include the technology of preparing the desired molecule with an agent, such as injectable microspheres, bioerodible particles, polymer compounds (such as polylactic acid or polyglycolic acid), granules or liposomes, which can provide controlled or delayed release product, which can then be delivered by delayed absorption injection. In some methods of carrying out the invention, hyaluronic acid may also be used, a delayed-action stimulating effect in the bloodstream is possible. In some embodiments, implantable drug delivery devices may be used to administer the desired molecule.

In some methods of carrying out the invention, the pharmaceutical composition may be prepared for inhalation. In some methods of carrying out the invention, an antigen-binding protein interacting with PC8K9 with at least one additional therapeutic agent or without it can be prepared in the form of a dry powder for inhalation. In some embodiments, an inhalation solution comprising an antigen binding protein that interacts with or without PC8K9 with at least one additional therapeutic agent can be formulated with an aerosol delivery nebulizer. In some methods of carrying out the invention, the solutions can be sprayed. Pulmonary administration is also described in PCT application No. PCT / B894 / 001875, which describes the pulmonary delivery of chemically modified proteins.

In some methods of carrying out the invention, it is contemplated that the compositions may be administered orally. In some methods of carrying out the invention, an antigen-binding protein that interacts with PC8K9 with at least one additional therapeutic agent or without it, which is administered in this way, can be prepared with or without carriers, which are usually used in the preparation of solid dosage forms, for example tablets and capsules. In some methods of carrying out the invention, the capsule can be designed to release the active part of the composition at the point of the gastrointestinal tract, when bioavailability is maximized and presystemic destruction is minimized. In some embodiments, at least one additional agent may be included to facilitate absorption of the antigen binding protein with PC8K9 and / or any additional therapeutic agents. In some embodiments, diluents, flavors, low melting paraffins, vegetable oils, softeners, suspending components, tablet grinding agents and binders may also be used.

In some methods of carrying out the invention, the pharmaceutical composition may include an effective amount of an antigen binding protein with PC8K9 with at least one additional therapeutic agent, in admixture with non-toxic excipients suitable for tablet production. In some methods of carrying out the invention, by dissolving the tablet in sterilized water or another suitable carrier medium, single dose solutions can be prepared. In some embodiments, suitable excipients include, but are not limited to, inert diluents, such as calcium carbonate, sodium carbonate or bicarbonate, lactose or calcium phosphate; or binders, such as starch, gelatin or gum; or lubricants, such as magnesium stearate, stearic acid or talc.

Additional pharmaceutical formulations will be apparent to those skilled in the art, including formulations containing antigen binding proteins with PC8K9 with at least one additional therapeutic

- 54 032106 agent with or without him, in compositions with delayed or controlled delivery. In some methods of carrying out the invention, methods for formulating a number of other delayed or controlled delivery formulations, such as liposome carriers, bioerodible microparticles or porous granules and injections of delayed absorption, are also known to those skilled in the art. See, for example, PCT application No. PCT / B893 / 00829 for a description of the controlled release of porous polymer microparticles for the delivery of pharmaceutical formulations. In some embodiments of the invention, sustained release formulations may include semipermeable polymer matrices in the form of shaped articles, for example, films or microcapsules. Slow release matrices may include polyesters, hydrogels, polylactides (U.S. 3,773,919 and EP 058481), L-glutamic acid copolymers and gamma ethyl L-glutamate (81btap et al., B1OROUTEG8, 22: 547-556 (1983), poly ( 2-hydroxyethyl methacrylate) (Lapdeg et al., 1. Wyteb. Ma1eg. Ge., 15: 167-277 (1981) and Lapdeg, C1et. Tes1., 12: 98-105 (1982)), ethylene vinyl acetate (Lapdeg with et al.) or poly-Ό (-) - 3-hydroxybutyric acid (EP 133988). In some embodiments of the invention, sustained release formulations may also include liposomes that can be prepared by any m from known methods.See, for example, Erreies et al., Proc. No. I. Asab. 8c1. I8A, 82: 3688-3692 (1985); EP 036676; EP 088046 and EP 143949.

The pharmaceutical composition for the administration of w νί \ Ό is usually sterile. In some embodiments, this is achieved by filtration through sterile filter membranes. In some methods of carrying out the invention, when the composition is lyophilized, sterilization using this method can be carried out either before or during lyophilization and reconstruction. In some methods of carrying out the invention, the composition for parenteral administration can be stored in lyophilized form or in solution. In some methods of carrying out the invention, parenteral formulations are usually placed in a container with a sterile inlet, for example, an intravenous solution container or ampoule with a stopper that is punctured with a hypodermic needle.

In some methods of the invention, after preparing the pharmaceutical composition, it can be stored in sterile ampoules in the form of a solution, suspension, gel, emulsion, in the form of a solid or dehydrated or lyophilized powder. In some methods of carrying out the invention, such compositions can be stored either in the form of a finished form, or in a form (for example, lyophilized), which is restored before administration.

In some methods of carrying out the invention, kits for preparing a single administration device are provided. In some methods of carrying out the invention, the kit may contain both a first container with dried protein and a second container with an aqueous composition. In some methods of carrying out the invention, kits comprising single- and multi-chamber pre-filled syringes are included (eg, liquid syringes and liofilts).

In some methods of carrying out the invention, an effective amount of a pharmaceutical composition comprising an antigen-binding protein with PC8K9 with at least one additional therapeutic agent intended for therapeutic use will depend, for example, on the therapeutic situation and goals. It will be apparent to one skilled in the art that adequate dosage levels for treatment in accordance with certain embodiments of the invention will thus vary depending in part on the molecule delivered, which indicates an antigen-binding protein with PC8K9 with or without at least one additional therapeutic agent, pathways the introduction and size (body weight, body surface or organ size) and / or condition (age and general health) of the patient. In some methods of carrying out the invention, the clinician may titrate the dosage and change the route of administration in order to obtain the optimal therapeutic effect. In some methods of carrying out the invention, a typical dosage may range from about 0.1 μg / kg to about 100 mg / kg or more, depending on the factors mentioned above. In some methods of carrying out the invention, the dosage may range from 0.1 μg / kg to about 100 mg / kg; or from 1 μg / kg to about 100 mg / kg; or from 5 μg / kg to about 100 mg / kg.

In some methods of carrying out the invention, the pharmacokinetic parameters of the antigen-binding protein with PC8K9 and / or any additional therapeutic agents in the composition used are taken into account to determine the frequency of drug administration. In some methods of carrying out the invention, the clinician must administer the composition to achieve a dosage that gives the desired effect. In some methods of the invention, the composition, therefore, can be administered in a single dose, or in two or more doses (which may or may not contain the same amount of the desired molecule) after some time, or as a continuous infusion through an implanted device or catheter. Further clarification of the adequate dosage is carried out in the usual manner by average specialists and is within the scope of tasks that they perform on a daily basis. In some methods of carrying out the invention, adequate dosages can be established by using adequate data on the relationship between the dose and the effect of the drug substance. In some methods of carrying out the invention to determine the amount and frequency of administration may not be considered

- 55 032106 bypassed level of cholesterol (serum and / or total). to get. and the subject’s cholesterol level. LDL level. and / or LDL levels. all of these levels can be obtained using methods known to those skilled in the art.

In some methods of carrying out the invention, the route of administration of the pharmaceutical composition in accordance with known methods. eg. orally. by intravenous route. intraperitoneal. intracerebral (intra-parenchymal). intracerebroventricular. intramuscular. subcutaneous. intraocular. intra-arterial injection. injections into the portal vein or into the affected tissue; using delayed release systems or implanted devices. In some methods of carrying out the invention, the compositions can be administered by injection of a bolus or continuously by infusion. or using an implanted device.

In some methods of carrying out the invention, the composition can be entered locally through implantation of the membrane. swab or other adequate material. by which the desired molecule is absorbed or encapsulated. In some methods of carrying out the invention. when an implanted device is used. this device can be implanted in any suitable tissue or organ. and delivery of the desired molecule can occur through diffusion. prolonged-action bolus or continuous administration.

In some methods of carrying out the invention, the use of a pharmaceutical composition may be required. comprising an antigen binding protein with PC8K9 with at least one additional therapeutic agent or without it. the way ex νί \ Ό. In such examples, cells. tissues and / or organs. deleted from the patient. exposed to the pharmaceutical composition. comprising an antigen binding protein with PC8K9 with at least one additional therapeutic agent or without it. after which the cells. tissues and / or organs are subsequently implanted again to the patient.

In some methods of carrying out the invention, an antigen binding protein. interacting with RS8K9. and / or any additional therapeutic agents may be delivered by implantation of cells. created by genetic engineering methods. using methods. eg. described here. for expression and isolation of polypeptides. In some methods of carrying out the invention, such cells may be cells of animals or humans. they can be autogenous. heterogeneous or xenogenic. In some methods of carrying out the invention, the cells may be immortal. In some methods of carrying out the invention, in order to reduce the chance of an immunological reaction, cells can be encapsulated to avoid infiltration of surrounding tissues. In some embodiments, the encapsulation materials are typically biocompatible. semipermeable polymer shells or membranes. which provide release of the protein (s) product (s). but they prevent the destruction of cells by the patient’s immune system or other harmful factors from surrounding tissues.

Based on the ability of ABP proteins to significantly neutralize the activity of PC8K9 (as demonstrated in the examples below). these ABPs will have a therapeutic effect in the treatment and prevention of symptoms and conditions as a result of PC8K9-mediated activity. as. eg. hypercholesterolemia.

Diagnostic application.

In some methods of carrying out the invention, ABP is used as a diagnostic tool. ABP can be used to analyze the amount of RS8K9. present in the sample and / or in the subject. For a specialist, it’s obvious. that such ATSs should not be neutralizing ATSs. In some methods of carrying out the invention, a diagnostic ATS is not a neutralizing ATS. In some methods of carrying out the invention, diagnostic ABP binds to an epitope. different from that. with which neutralizing ABP is associated. In some methods of carrying out the invention, two ABPs do not compete with each other.

In some methods of carrying out the invention, ABP. presented in the present description. are used or provided in an assay kit and / or method for detecting PC8K9 in mammalian tissues or cells for screening / diagnosing a disease or disorder. associated with changes in PC8K9 levels. The kit includes ABP. which communicates with PC8K9. and a means for indicating the binding of ABP to PC8K9. if present. and optionally, PC8K9 protein levels. Various means may be used to indicate the presence of ATS. For example. fluorophores. other molecular probes or enzymes may be associated with ABP. and the presence of ABP can be observed in many ways. The use of a kit may be included in a method for screening such disorders. or simply use one of the submitted ABPs and a definition. binds or not ABP with RS8K9 in the sample. For a specialist, it’s obvious. that high or elevated levels of PC8K9 will lead to large amounts of ABP. binding to PC8K9 in the sample. In this way. the degree of binding of ABP can be used to determine. how much RS8K9 is in the sample. Subjects or samples with the amount of RS8K9. exceeding a predetermined amount (for example, the amount or range. which are observed in a person without PC8K9-associated disorders). may be characterized as having a PC8K9-mediated disorder. In some methods of carrying out the invention, ABP is administered to a subject. receiving statin. for determining. increases statin amount of PC8K9 in a subject

- 56 032 106 or not.

In some methods of carrying out the invention, ABP is a non-neutralizing ABP, which it is used to determine the amount of PC8K9 in a subject who is being treated with ABP and / or statin.

Examples

The following examples, including experiments and results, are for illustrative purposes only and should not be construed as limiting the present invention.

Example 1

Immunization and titration.

The development of anti-RS8K9 antibodies and hybridomas.

Antibodies to the mature form of PC8K9 (depicted as the sequence in FIG. 1A, the domain is underlined) were grown in HepoMoike® mice (Adesh, Fremont, Calif.), Mice having human immunoglobulin genes. Two HepoMoike® mice groups, group 1 and 2, were used to generate antibodies to PC8K9. Group 1 included HepoMoike® mice of the XMO2-Kb line, which produce fully human antibodies IdO2 _k and IdO2λ. Group 1 mice were immunized with human PC8K9. PC8K9 was prepared using standard recombinant techniques using the OepWap sequence as a reference (XM 174936). Group 2 included HepoMoike® mice, the XMO4-Kb line, which produced fully human antibodies IdO4 _k and IdO4λ. Group 2 mice were also immunized with human PC8K9.

Mice of both groups were injected with antigen eleven times in accordance with the schedule in the table. 3. At the initial immunizations of each mouse, only 10 μg of the antigen delivered intraperitoneally to the abdomen was injected. Subsequent booster injections were doses of 5 μg, the method of administration was performed in a zigzag fashion between intraperitoneal injections into the abdominal and subcutaneous injections at the base of the tail. For intraperitoneal injections, the antigen is prepared in the form of an emulsion using T11egMax® Oo1b (81dta, Ca1 # T2684), and for subcutaneous injections, the antigen is mixed with aluminum alum (A1it) (aluminum orthophosphate) and СрО oligos. During injections of 2-8 and 10 of each mouse, a total of 5 μg of antigen was administered in an adjuvant alum gel. The last injection of 5 μg of antigen of each mouse was supplied in phosphate-buffered saline and delivered in 2 sections of 50% GH to the abdomen and 50% 80 to the base of the tail. Immunization programs are summarized in table. 3 below.

- 57 032 106

Table 3

Mouse line XMS2 / 1 <1 XM64 / I # animals ten ten immunogen RS8K9-U5 / N18 InjectionΙΡ 10 mcg each RS8K9-U5 / N18 Injection ΙΡ 10 mcg each 1st booster injection Tietshah Οοΐά Tiegtach 6ο1ά 2nd booster injection Tail injection 5 mcg each Tail injection 5 mcg each A1it / СрСг ΟΏΝ A1it / СрСг ΟΏΝ 3rd - booster injection InjectionΙΡ 5 mcg each Injection ΙΡ 5 mcg each Tjettah Co1c1 Tiegtach 6ο1ά 4th booster injection Tail injection 5μτ each Tail injection 5μτ each A1ish / Wed6 ΟϋΝ A1ish / Wed6 ΟϋΝ 5th booster injection InjectionΙΡ 5 mcg each Injection ΙΡ 5 mcg each Tyepiah Co1c1 Tiegtach 6ο1ά 6th booster injection Tail injection 5 μτ each Tail injection 5μτ each A1ish / Wed6 ΟϋΝ A1ish / Wed6 ΟϋΝ 7th booster injection InjectionΙΡ 5μτ each ΙΡ 5μτ injection each Tyepiah Co1c1 Tiegtach 6ο1ά 8th booster injection Tail injection 5 mcg each Tail injection 5 mcg each A1ish / Wed6 ΟϋΝ A1ish / Wed6 ΟϋΝ bloodletting 9th booster injection InjectionΙΡ 5 mcg each Injection ΙΡ 5 mcg each Tyepiah Co1c1 Tiegtach 6ο1ά 10th booster injection Tail injection 5μτ each Tail injection 5μτ each A1ish / Wed6 ΟϋΝ A1ish / Wed6 ΟϋΝ 11th booster injection ΒΙΡ 5 mcg each ΒΙΡ 5 mcg each PB8 PB8 collection

The following HepoMouse animal titration protocol was used: Soz1ag 3368 nutrient binding plates were coated with neutravadine at 8 μg / ml (50 μg / well) and cultured at 4 ° C in 1XBB8 / 0.05% azide at night. The plates were washed with TpegTec 3-cycle rinse with reverse osmosis purified water. The plates were blocked using 250 μl of 1XPB8 / 1% milk and incubated for at least 30 minutes in real time. The blocking was washed off with TpegTek 3-cycle washing with reverse osmosis purified water. Then, L-human PC8K9 was collected at 2 μg / ml in 1XPB8 / 1% milk / 10 mM Ca ²⁺ (laboratory diluent) 50 μl / well and incubated for 1 h in real time. Then washed with TpegTec 3-cycle washing with water purified by reverse osmosis. For the primary antibody, serum was titrated 1: 3 in duplicate from 1: 100. This was performed in a laboratory diluent of 50 μl / well and cultured for 1 hour in real time. Then washed with TpegTec 3-cycle washing with water purified by reverse osmosis. The secondary antibody was goat anti-human Ιπ (.ι Pc NKR at 400 ng / ml in a laboratory diluent at 50 μl / well. Cultured for 1 h in real time. Then it was washed with a 3-cycle washing of TelegT with reverse osmosis purified water and dried on paper towels A single-stage trimethylbenzene (TMB) solution (Eocep, Lexington, Kentucky) (50 μl / well) was used for the substrate and allowed formation = development for 30 minutes in real time.

- 58 032 106

The following protocols were used, adopted in the B ^ A assays: For samples that included L-PCXK9 without the Y5H18 label, the following protocol was used: plates of binding to the nutrient medium Sok! Ag 3368 were used (Cogspd L1Pe Ξ ^ ι ^ κ). Plates were coated with neutravadin at 8 μg / ml in 1XPBΞ / 0.05% azide (50 μl / well). The plates were incubated at 4 ° C. at night. The tablets were then washed with a Tiyeyek M384 tablet washing machine (T1! Eh! Ek, Huntsville, Alabama). A 3-cycle rinse was used. The plates were blocked with 250 μl of 1XPBΞ / 1% milk and incubated for approximately 30 minutes at room temperature. The tablets were then washed with an M384 tablet washing machine. A 3-cycle rinse was used. The collected sample was L-1sh PC-K9, without the Y5 mark, it was added at 2 μg / ml in 1XPBΞ / 1% milk / 10 mM Ca ²⁺ (40 μl / well). The plates were then incubated for 1 h at room temperature. A 3-cycle rinse was used. Sera were titrated 1: 3 in duplicate from 1: 100, and row H was not filled with sera. Titration was performed in a laboratory diluent, in a volume of 50 μl / well. The plates were incubated for 1 h at room temperature. Next, a 3-cycle rinse was used. Goat anti-human Ι§0 Pc NKR was added to the plate at 100 ng / ml (1: 4000) in 1XPBΞ / 1% milk / 10 mM Ca ²⁺ (50 μl / well) and incubated for 1 h at room temperature. The plates were washed again using a 3-cycle wash. The tablets were then dried with a paper towel. Finally, 1 staged TMB was added to the plate (Leo Ep Lexington, Kentucky) (50 μl / well) and quenched with hydrochloric acid (50 μl / well) after 30 minutes at room temperature. The optical density was counted immediately at 450 nm using a Teyyek tablet reader.

Positive control samples for the determination of PCLK9 bound to the plate were soluble LDL receptor (K & OY8! Et8, Ca! # 2148LO / SR) and a polyclonal rabbit anti-RSKK9 antibody (Sautep SB Beta1 # 10007185), titrated 1: 3 in duplicates from 3 μg / ml in a laboratory diluent. VLDL was determined using goat anti-LDL (K & O 8y8! Et8, Ca! # AP2148) and rabbit anti-goat ОР ORs NKR (horseradish peroxidase) at a concentration of 400 ng / ml; rabbit polyclonal antibody was determined using goat anti-rabbit ^ ORs at a concentration of 400 ng / ml in a laboratory diluent. As a negative control, untreated HMO2-KB and HMO4-KB serum titrated 1: 3 in duplicate from 1: 100 in a laboratory diluent were used.

The following protocol was used for samples that included L-PCΞK9 with a U5H18 label: plates with Soiag 3368 binding medium were used (Cogspd L1Pe Ξ ^ ιτ ^ κ). Plates were coated with neutravadin at 8 μg / ml in 1XPBΞ / 0.05% azide (50 μl / well). The plates were incubated at 4 ° C. at night. The tablets were then washed with a T1! Eh! Ek M384 tablet washing machine (T1! Eh! Ek, Huntsville, Alabama). A 3-cycle rinse was used. The plates were blocked with 250 μl of 1XPBΞ / 1% milk and incubated for approximately 30 minutes at room temperature. The tablets were then washed with an M384 tablet washing machine. A 3-cycle rinse was used. The collected sample was L-1sh PC-K9, labeled Y5, it was added at 2 μg / ml in 1XPBΞ / 1% milk / 10 mM Ca ²⁺ (40 μl / well). The plates were then incubated for 1 h at room temperature. A 3-cycle rinse was used. The sera were titrated 1: 3 in duplicate from 1: 100, and row H was not filled with sera. Titration was performed in a laboratory diluent, in a volume of 50 μl / well. The plates were incubated for 1 h at room temperature. Next, the tablets were washed using an M384 tablet washing machine, which operated in a 3-cycle washing mode. Goat anti-human Ι§Ο Pc NKR was added to the plate at 400 ng / ml in 1XPBΞ / 1% milk / 10 mM Ca ²⁺ at 50 μl / well and the plate was incubated for 1 h at room temperature. The plates were washed again using a 3-cycle wash. The tablets were then dried with a paper towel. Finally, 1 staged TBM was added to the plate (Nodep, Lexington, Kentucky) (50 μl / well) and the plate was quenched with hydrochloric acid (50 μl / well) after 30 min at room temperature. The optical density was counted immediately at 450 nm using a T1! Eh! Ek tablet reader.

LINP served as a positive control; rabbit anti-PCΞK9 was titrated 1: 3 in duplicate from 3 μg / ml in a laboratory diluent. LDL was determined using goat anti-LDL (K & O 8y8! Et8, Ca! # AP2148) and rabbit anti-goat ОР ORs NKR (horseradish peroxidase) at a concentration of 400 ng / ml; rabbit polyclonal antibody was determined using goat anti-rabbit ^ ORs at a concentration of 400 ng / ml in a laboratory diluent. Human anti-H18 1,2,3 and anti-U5 1.7.1 titrated 1: 3 in duplicate from 1 μg / ml in a laboratory diluent; both are determined by goat anti-human Ι§Ο Pc NKR at a concentration of 400 ng / ml in a laboratory diluent. As negative control samples were untrained HMO2-KB and HMO4-KB serum titrated 1: 3 in duplicate from 1: 100 in a laboratory diluent.

Antibody titers against human PC-K9 were tested using a B ^ A assay in mice immunized with a soluble antigen as described. In the table. Figure 4 summarizes the data of the B ^ I ,A analysis, which show that some mice showed a specific reaction to PCΞK9. See, for example, table. 4. Therefore, at the end of the immunization program, 10 mice were selected for cell collection (shown in bold in Table 4), and splenocytes and lymphocytes from spleens and lymph nodes were isolated, respectively, as described.

- 59 032 106

Table 4

E8A Results Summary

Titer Titer Animal GO L-1ShRS8K9 (U5N18) @ 2g / ml B-1shRS8K9 @ 2g / ml P175807 > 72900 @ Οϋ 2.2 68359 P175808 > 72900 @ Οϋ 2.3 > 72900 @ Οϋ 2.5 P175818 > 72900 @ Οϋ 3.2 > 72900 @ Οϋ 3.0 P175819 > 72900 @ Οϋ 3.4 > 72900 @ Οϋ 3.2 Group 1 P175820 > 72900 @ Οϋ 2.4 > 72900 @ Οϋ 2.5 - 1§O2k / 1 P175821 > 72900 @ Οϋ 3.4 > 72900 @ Οϋ 3.0 P175830 > 72900 @ Οϋ 2.6 > 72900 @ Οϋ 2.5 P175831 > 72900 @ Οϋ 3.1 > 72900 @ Οϋ 3.1 P175832 > 72900 @ Οϋ 3.8 > 72900 @ Οϋ 3.6 P175833 > 72900 @ Οϋ 2.6 > 72900 @ 00 2.3 Group 2 P174501 P174503 19369 31616 17109 23548 - 1 _§ O4k / 1 P174508 48472 30996 P174509 23380 21628 P174510 15120 9673 P175773 19407 15973 P175774 54580 44424 P175775 60713 55667 P175776 30871 22899 P175777 16068 12532 Untrained 62 <100 at Οϋ 0.54 <100 at Οϋ 0.48 Untrained 64 <100 at Οϋ 1.57 <100 at Οϋ 1.32

Example 2

Lymphocyte extraction, B cell isolation, fusion and hybridoma generation.

This example demonstrates a method for extracting immune cells and generating hybridomas. Selected immunized mice were euthanized by cervical dislocation, and lymph nodes were collected and pooled from each cohort. B cells were separated from lymphoid tissue by milling in IMEM to release cells from the tissues, and the cells were suspended in □ MEM. Cells were counted, and 0.9 ml of IMEM per 100 million lymphocytes was added to the debris for soft but complete cell resuspension.

Lymphocytes were mixed with non-secretory myeloma P3X63Ad8.653 cells purchased from ATCC, CA! # SKB 1580 (Keagpeu et al. (1979), I. Tttipo1. 123, 1548-1550) in a 1: 4 ratio. The cell mixture was carefully tableted by centrifugation at a rate of 400 * g for 4 minutes. After decanting the supernatant, the cells were carefully mixed with a 1 ml pipette. A heated REO / IM80 solution of 81 g (ca! # P7306) (1 ml per million B cells) was slowly added with gentle stirring for 1 min, after which it was stirred for 1 min. Heated GOMEM (2 ml per million B cells) (□ MEM without glutamine, B-glutamine, foam / streptococcus, MEM non-essential amino acids (all from Iην ^ ΐ ^ οdeη), then added over 2 minutes with gentle stirring. Finally heated GOMEM (8 ml per 10 ⁶ B cells) was added over 3 minutes.

The fused cells were centrifuged at 400 * g for 6 min and resuspended in 20 ml of the medium of choice (□ MEM Opuigodep), 15% PB8 (Nus1ope), B-glutamine, pen / streptococcus, MEM non-essential amino acids, sodium pyruvate, 2-monothioglycol (all from Iην ^ ΐ ^ οdeη), NA-azaserin hypoxanthine and 0PI (oxaloacetate, pyruvate, bovine insulin) (both from Sigma) and GO-6 (Voekppdeg Mapple1t)) per million B cells. Cells were cultured for 20-30 min at 37 ° C and then resuspended in 200 ml of the medium of choice and cultured for 3-4 days in a T175 vial before plating on a 96-well plate. Thus, hybridomas were obtained that produced antigen binding proteins that interact with PC8K9.

Example 3

Selection of PC8K9 antibodies.

This example demonstrates a method for characterizing and selecting various PC8K9 antigen binding proteins. The binding of the isolated antibodies (obtained from hybridomas obtained in examples 1 and 2) to PC8K9 was determined. Antibody selection was based on binding data and on inhibition of the binding of PC8K9 to LDL and affinity. The binding to soluble PC8K9 was analyzed by E8A as described below. For quantification of binding affinity, Altitude® (surface plasmon resonance) was used.

Primary screening.

Primary screening was determined for antibodies that bind to wild-type PC8K9. Primary screening was performed on two cell collections. Primary screening included E8A and was performed in accordance with the following protocol:

- 60 032 106

We used 384-well plates with a nutrient binding medium Sok! Ar 3702 (Co1spd LHe 8c1epsec). The tablets were coated with neutravadine at a concentration of 4 μg / ml in 1XPB8 / 0.05% azide in a volume of 40 μg / well. The plates were incubated at 4 ° C. at night. The plates were then washed with a TiegTek tablet washing machine (Teyek, Huntsville, Alabama). A 3-cycle rinse was used. The plates were blocked with 90 μl of 1XPB8 / 1% milk and incubated for approximately 30 minutes at room temperature. The tablets were washed after that. Again, a 3-cycle rinse was used. The capture sample was biotinylated-PC8K9, without the V5 tag, and added at a concentration of 0.9 μg / ml in 1XPB8 / 1% milk / 10 mM Ca ²⁺ in a volume of 40 μl / well. The plates were then incubated for 1 h at room temperature. Next, the tablets were washed with a Tiyeyek tablet washing machine, which operated in a 3-cycle washing mode. 10 μl of the supernatant was transferred to 40 μl of KPB8 / 1% milk / 10 mM Ca ²⁺ and incubated for 1.5 hours at room temperature. The plates were again washed with a TeegTech plate washing machine, which operated in a 3-cycle rinse. 40 μl / well of goat anti-human fC Pc 6ΟΌ was added to the plate at a concentration of 100 ng / ml (1: 4000) in CRP8 / 1% milk / 10 mM Ca ²⁺ and incubated for 1 h at room temperature. The plates were washed again using a 3-cycle rinse. Finally, 40 μl / well of single-stage TMB (Nodep, Lexington, Kentucky) was added to the plate and quenched with 1Ν hydrochloric acid (40 μl / well) after 30 min at room temperature. The optical density was counted immediately at 450 nm using a Teyyek tablet reader.

Primary screening yielded a total of 3104 antigen-specific hybridomas identified from two collections. Based on the highest EX8A ΟΌ (optical density), 1,500 hybridomas were grown per collection of a total of 3,000 positive samples.

Confirmatory screening.

3000 positive samples were then again screened for binding to wild-type PC8K9 to confirm the formation of resistant hybridomas. The screening was carried out as follows: 384-well plates were used with the Soc! Ag 3702 binding nutrient medium (Soshd Lige 8aepsec). The tablets were coated with neutravadine at a concentration of 3 μg / ml in 1XPB8 / 0.05% azide in a volume of 40 μg / well. The plates were incubated at 4 ° C. at night. The plates were then washed with a T11egTek plate washing machine (Thyejek, Huntsville, Alabama). A 3-cycle rinse was used. The plates were blocked with 90 μl of 1XPB8 / 1% milk and incubated for approximately 30 minutes at room temperature. The tablets were then washed with an M384 tablet washing machine. A 3-cycle rinse was used. The capture sample was L-PC8K9, without the V5 tag, it was added at a concentration of 0.9 μg / ml in 1XPB8 / 1% milk / 10 mM Ca ²⁺ in a volume of 40 μl / well. The plates were then incubated for 1 h at room temperature. The plates were then washed using a 3 cycle rinse. 10 μl of the supernatant was transferred to 40 μl of 1XPB8 / 1% milk / 10 mM Ca ²⁺ and incubated for 1.5 hours at room temperature. The tablets were washed again using the Tiyeyek tablet washing machine, which operated in a 3-cycle washing mode. 40 μl / well of goat anti-human PS RS 6 Р was added to the plate at a concentration of 100 ng / ml (1: 4000) in 1XPB8 / 1% milk / 10 mM Ca ²⁺ , and the plate was incubated for 1 h at room temperature. The tablets were washed again using the Tiyeyek tablet washing machine, which operated in a 3-cycle washing mode. Finally, 40 μl / well of single-stage TMB (Nodep, Lexington, Kentucky) was added to the plate and quenched with 1Ν hydrochloric acid (40 μl / well) after 30 min at room temperature. The optical density was counted immediately at 450 nm using a Teyyek tablet reader. Altogether, at the second screening, there were 2441 positive repeats. These antibodies were then used in subsequent screenings.

Mouse cross-reactivity screening.

The hybrid kit was then screened for cross-reactivity with mouse PC8K9 to ensure that antibodies can bind to both human and mouse PC8K9. When screening for cross-reactivity, the following protocol was used: 384-well plates were used with SokAg 3702 binding medium (Hogpd brHe 8aepsek). The plates were coated with neutravadin at a concentration of 3 μg / ml in 1XPB8 / 0.05% azide in a volume of 40 μl / well. The plates were incubated at 4 ° C. at night. The plates were then washed with a TiegTek tablet washing machine (Teyek, Huntsville, Alabama). A 3-cycle rinse was used. The plates were blocked with 90 μl of 1XPB8 / 1% milk and incubated for approximately 30 minutes at room temperature. The tablets were then washed with a Tyegtek tablet washing machine. A 3-cycle rinse was used. The capture sample was biotinylated-PC8K9; it was added at a concentration of 1 μg / ml in 1XPB8 / 1% milk / 10 mM Ca ²⁺ in a volume of 40 μl / well. The plates were then incubated for 1 h at room temperature. Next, the tablets were washed with a Tiyeyek tablet washing machine, which operated in a 3-cycle washing mode. 50 μl of the supernatant was transferred to the plates and incubated for 1 h at room temperature. Again, the plates were washed using a 3-cycle rinse. 40 μl / well of goat anti-human PS RS ΓΟΌ at a concentration of 100 ng / ml (1: 4000) in 1XPB8 / 1% milk / 10 mM Ca ^{2+ was} added to the plate and the plate was incubated for 1 h at room temperature. The plates were washed again using a 3-cycle rinse. Finally, 40 μl / well of a single-stage TMB (Nodep, Lexington, Kentucky) was added to the plate and quenched with 1Ν hydrochloric acid

- 61 032106 (40 μl / well) after 30 minutes at room temperature. The optical density was counted immediately at nm using a TaePec tablet reader. 579 antibodies were found to cross-react with murine PC8K9. These antibodies were then used in subsequent screenings.

Screening for the binding of the mutant Ό374Υ.

Ό374Υ the PC8K9 mutation was registered in the human population (for example, Thompom KM e! A1., But tiyopi PC8K9 saiyshd ai1oyota1-botshap1 Nuregssnoye1e1esh1a and Shak reb1dgeee-Mutation RS8K9, which causes autosomenous hypertrophic 6. !. 114: 349-353, 2004). To determine whether the antibodies are wild-specific or are also associated with the Ό374Υ form of PC8K9, the samples were then screened for binding to the mutant PC8K9 sequence, including the Ό374Υ mutation.

The protocol for screening was as follows: 384-well plates with nutrient binding medium CoiAg 3702 (Co1spd LGE 8c1epsei) were used for screening. The tablets were coated with neutravadine at a concentration of 4 μg / ml in 1XPB8 / 0.05% azide in a volume of 40 μg / well. The plates were incubated at 4 ° C. at night. Then, the tablets were washed with a TaegTech plate washing machine (T11eg1ek, Huntsville, Alabama). A 3-cycle rinse was used. The plates were blocked with 90 μl of 1XPB8 / 1% milk and incubated for approximately 30 minutes at room temperature. The tablets were then washed with a TaePek tablet washing machine. A 3-cycle rinse was used. The plates were coated with biotinylated human PC8K9 Ό374Υ at a concentration of 1 μg / ml in 1XPB8 / 1% milk / 10 mM Ca ²⁺ and incubated for 1 h at room temperature. The tablets were then washed with a TaePek tablet washing machine. A 3-cycle rinse was used. The last depleted hybridoma culture supernatant was diluted 1: 5 in PB8 / milk / Ca ²⁺ (10 ml plus 40 ml) and incubated for 1 h at room temperature. Next, 40 μl / well of rabbit anti-human RS8K9 (Southap SNetua1) and human anti-H1y 1.2.3 1: 2 at 1 μg / ml in 1XPB8 / 1% milk / 10 mm Ca ^{2+ were} titrated onto plates, which were then incubated for 1 h at room temperature. The tablets were then washed with a TaePek tablet washing machine. A 3-cycle rinse was used. 40 μl / well of goat anti-human ΙβΟ Ec NNR were added to the plate at a concentration of 100 ng / ml (1: 4000) in 1XPB8 / 1% milk / 10 mM Ca ²⁺ and the plate was incubated for 1 h at room temperature. 40 μl / well of goat anti-rabbit ΙβΟ Ec NNR were added to the plate at a concentration of 100 ng / ml (1: 4000) in 1XPB8 / 1% milk / 10 mM Ca ²⁺ and the plate was incubated for 1 h at room temperature. The tablets were then washed with a TaePek tablet washing machine. A 3-cycle rinse was used. Finally, 40 μl / well of a single-stage TMB (Noodep, Lexington, Kentucky) was added to the plate and quenched with hydrochloric acid (40 μl / well) after 30 min at room temperature. The optical density was counted immediately at 450 nm using a TaePec tablet reader. More than 96% of positive hits on wild-type PC8K9 were also associated with the PC8K9 mutant.

Large-scale screening for blocking receptor ligand binding.

To screen for antibodies that block the binding of PC8K9 to LDL, an analysis was developed using the Ό374Υ PC8K9 mutant. The mutant was used for this analysis because it has a higher affinity for binding to LDL, which allows us to develop a more sensitive analysis of receptor ligand blocking. The following protocol was used for screening for receptor ligand blocking: 384-well plates with nutrient binding medium CoiAg 3702 (Concentrate IgE 8c1epsei) were used for screening. The plates were coated with goat anti-LDL (Κ & Ό Ca! # AE2148) at 2 μg / ml in 1XPB8 / 0.05% azide in a volume of 40 μl / well. The plates were incubated at 4 ° C. at night. The tablets were then washed with a TaePek tablet washing machine (TLEyek, Huntsville, Alabama). A 3-cycle rinse was used. The plates were blocked with 90 μl of 1XPB8 / 1% milk and incubated for approximately 30 minutes at room temperature. The tablets were then washed with a TaePek tablet washing machine. A 3-cycle rinse was used. The capture sample was LDL (Ό & Ό, Ca! # 2148LO / CE); it was added at a concentration of 0.4 μg / ml in 1XPB8 / 1% milk / 10 mM Ca ²⁺ in a volume of 40 μl / well. After that, the plates were incubated for 1 h and 10 min at room temperature. At the same time, 20 ng / ml of biotinylated human Ό374Υ PC8K9 was incubated with 15 μl of the depleted hybridoma supernatant in Mcc polypropylene plates and the concentration of the depleted supernatant was diluted 1: 5. The plates were then pre-incubated for approximately 1 hour and 30 minutes at room temperature. Next, the tablets were washed with a TaePek tablet washing machine, which operated in a 3-cycle washing mode.

μl / well of the pre-incubated mixture was transferred onto E8A plates coated with LDL and incubated for 1 h at room temperature. To determine the LDL-linked L-PC8K9, 40 μl / well of streptavidin NNR was added to the plates at 500 ng / ml in a laboratory diluent. The plates were incubated for 1 h at room temperature. The tablets were again washed with a TaePek tablet washing machine. A 3-cycle rinse was used. Finally, 40 μl / well of single-stage TMB (Neodep, Lexington, Kentucky) was added to the plate and quenched with hydrochloric acid (40 μl / well) after 30 min at room temperature. The optical density was counted immediately

- 62 032106 at 450 nm using a TkePec tablet reader. Screening identified 384 antibodies that significantly blocked the interaction between PC8K9 and the LDL plate, 100 antibodies blocked the interaction strongly (0Ό <0.3). These antibodies inhibited the interaction of the binding of C8K9 and LDL more than 90% (inhibition of more than 90%).

Assay of ligand receptor binding to an inhibitor subpopulation.

The receptor ligand assay was repeated using a mutant enzyme on a 384-component subpopulation of neutralizers identified during the first large-scale receptor ligand inhibition assay. When screening for the analysis of the 384-component inhibitory subpopulation, the same protocol was used as for the large-scale screening of receptor ligand blocking. Repeated screening confirmed the initial screening data.

Screening for the 384-component subpopulation identified 85 antibodies that blocked the interaction between the PC8K9 mutant enzyme and LDL by more than 90%.

Analysis of receptor ligand binding inhibitors that bind to the wild-type PC8K9 rather than the Ό374Υ mutant.

In the initial set of 3,000 supernatants, there were 86 antibodies that showed specific binding to wild-type RS8K9 and not to the 1shRS8K9 (Ό374Υ) mutant. These 86 supernatants were tested for their ability to block the binding of wild-type RS8K9 to the LDL receptor. The following protocol was used: 384-well plates with Soiag 3702 binding medium were used for screening. The plates were coated with anti-H18 1.2.3 at 10 μg / ml in 1XPB8 / 0.05% azide in a volume of 40 μl / well. The plates were incubated at 4 ° C. at night. The plates were then washed with a TIePec plate washing machine (T ^ (e ^ (ex. Huntsville, Alabama). A 3-cycle washing was used. The plates were blocked with 90 μl of 1XPB8 / 1% milk and incubated for approximately 30 minutes at room temperature The plates were then washed with a T11eg1ec plate washing machine. A 3-cycle rinse was used. IINP (B & E 8U51ET5, # 2148LO / CE or B&E 8U51ET5, # 2148LO) was added at 5 μg / ml in 1XPB8 / 1% milk / 10 mM Ca ²⁺ in a volume of 40 μl / well, after which the plates were incubated for 1 h at room temperature. the plates were washed using a T11eg1ec tablet washing machine, which operated in a 3-cycle washing regime.At the same time, wild-type biotinylated human PC8K9 was pre-incubated with depleted hybridoma supernatant in No. 1 ps polypropylene tablets. / ml in 1XBB8 / 1% milk / 10 mM Ca ²⁺ to give a final concentration of L-PC8K9 = 350 ng / ml and depleted supernatant with a final titer of 1: 2.5. The plates were preincubated for approximately 1 hour and 30 minutes at room temperature. 50 μl / well of the pre-incubated mixture was transferred onto E8A plates with captured INPs and incubated for 1 h at room temperature. The tablets were then washed with a Tiyeyek tablet washing machine. A 3 cycle rinse was used. 40 μl / well streptavidin HBP was added to the tablets at 500 ng / ml in a laboratory diluent. The plates were incubated for 1 h at room temperature. The tablets were then washed with a T11eg1ec tablet washing machine. A 3-cycle rinse was used. Finally, 40 μl / well of one-stage TMB (Keoki, Lexington, Kentucky) was added to the plate and quenched with hydrochloric acid (40 μl / well) after 30 min at room temperature. The optical density was counted immediately at 450 nm using a Teyyek tablet reader.

Screening results.

Based on the results of the described analyzes, several hybridoma lines were identified as producing antibodies with the required interactions with PC8K9. Serial dilution was used to isolate a controlled number of clones from each line. Clones were identified by the hybridoma line number (e.g., 21B12) and clone number (e.g., 21B12.1). In general, the functional assays described here did not reveal any difference among the various clones of a particular line. In several cases, clones were identified from a particular line that behaved differently in functional analyzes, for example, it was found that 25A7.1 did not block PC8K9 / LDL, and 25A7.3 (referred to here as 25A7) was neutralizing. Each of the selected clones increased in volume by 50-100 ml of hybridoma medium and provided growth until depletion (i.e., less than about 10% of cell viability). The concentration and activity of antibodies to PC8K9 in the supernatants of these cultures was determined by analysis of E8A and functional testing of ίη νίίΓο in accordance with the above description. As a result of the screening described here, hybridomas with the highest titer of anti-PC8K9 antibodies were identified. Selected hybridomas are shown in FIG. 2A-3O and in table. 2.

Example 4.1

Obtaining antibodies of human 31H4 Ιβ64 from hybridomas.

This example mainly describes a method for producing one of the antigen binding proteins from the hybridoma line. In the manufacture, the generation of 50 ml of depleted supernatant was used, followed by purification of protein A. The production of ENedg was intended for proportional increase and was performed later. The 31H4 hybridoma line was grown in T75 bottles in 20 ml of medium (Ιη

- 63 032106! Edg Wednesday, tab. five). When the hybridoma became almost confluent in T75 flasks, it was transferred to a 1p! Edg bottle (1p! Edg Vyuksoepsek, 1n! Edg SB1000, sa! # 90 005).

The flask 1p! Edg is a flask with cell culture, divided by a membrane into two chambers, a small chamber and a large chamber. Hybridoma cells with a volume of 20-30 ml at a minimum density of 1 * 10 ⁶ cells per 1 ml from the 31H4 line of the hybridoma were placed in a small chamber 1p! Of the flask in 1p! Media (the components of 1p! Media can be found in Table 5). Only the medium 1p! Edg (1B) was placed in the large chambers of 1p! Edg bottles. The membrane separating these two chambers is permeable to nutrients with a low molecular weight, but impermeable to hybridoma cells and to the antibodies that these cells produce. Thus, the hybridoma cells and antibodies that these hybridoma cells produce remained in a small chamber.

After a week, the nutrient medium was removed from both chambers of the 1p! Edg bottle and replaced with fresh 1p! Edg medium. The collected medium from small cameras was stored separately. After another week of cultivation, medium was again collected from the small chamber. The collected week 1 medium from the hybridoma line was combined with the collected week 2 medium from the hybridoma line. A sample of the obtained collected medium from the hybridoma line was centrifuged to remove cells and debris (15 min at 3000 rpm) and the resulting supernatant was filtered (0.22 μm). The purified conditioned medium was applied to a protein A Sepharose column. Optionally, the growth medium can first be thickened and then applied to a protein-A-Sepharose column. Nonspecific binding was removed by intensive washing with PB8. Bound antibody proteins on a protein A-Sepharose column were recovered using standard acid elution of antibodies from protein A columns (e.g., 50 mM citrate, pH 3.0). Proteins of adherent antibodies in the protein A-Sepharose pool were removed by size exclusion chromatography or ion-exchange chromatography of binding on an anion-exchange resin, for example, O-sepharose resin. Specific 1EX conditions for 31H4 proteins are P-Sepharose HP at pH 7.8-8.0. The antibody eluted with a No. C1 gradient of 10,500 mM in 25 column volumes.

Table 5

The composition of the nutrient medium

HARNESS ENVIRONMENT

H8EM

10% Ultra Low Serum 1§C

2 mmol / b b-glutamine

1% ΝΕΑΑ

4§ / b glucose

Example 4.2

Obtaining recombinant 31H4 human 1dC2 antibodies from transfectant cells.

This example demonstrates a method for producing 31H4 1dC2 antibodies from transfectant cells. 293 cells for transient expression and CH0 (Chinese hamster ovary) cells for stable expression were transfected with plasmids encoding 31H4 heavy and light chains. The conditioned medium was removed from the transfectant cells, removing the cells and cell debris. The purified conditioned medium was applied to a protein A Sepharose column. Optionally, the growth medium can first be thickened and then applied to a protein-A-Sepharose column. Nonspecific binding was removed by intensive washing with PB8. Bound antibody proteins on an Asepharose-protein column were recovered using standard acid elution of antibodies from protein A columns (e.g., 50 mM citrate, pH 3.0). Proteins of adherent antibodies in the protein A-Sepharose pool were removed by size exclusion chromatography or ion-exchange chromatography of binding on an anion-exchange resin, for example, O-sepharose resin. Specific 1EX conditions for 31H4 proteins are P-Sepharose HP at pH 7.8-8.0. The antibody eluted with a No. C1 gradient of 10-500 mM in 25 column volumes.

Example 5

Obtaining human 21B12 1dC4 antibodies from hybridomas.

This example demonstrates a method for producing 21B12 1dC4 antibody from hybridomas. The 21B12 hybridoma line was grown in T75 flasks in a medium (Wednesday 1n1edga, Table 5). When the hybridomas became almost confluent in T75 bottles, they were transferred to a 1p! Edg bottle (1p! Edg Vyuksoepsek, 1n! Edg SB1000, sa! # 90 005).

The flask 1p1edga is a flask with cell culture, divided by a membrane into two chambers, a small chamber and a large chamber. Hybridoma cells with a volume of 20-30 ml at a minimum density of 1 * 10 ⁶ cells per 1 ml from the 31H4 line of the hybridoma were placed in a small chamber of a flask of 1P1edg in 1P1edg medium (the components of 1p1edg medium can be found in Table 5). In the large chambers of the flasks of 1p1edg, only the medium of 1p1edg (1B) was placed. The membrane separating these two chambers is permeable to nutrients with a low molecular weight, but impermeable to hybridoma cells and antibodies that these cells produce. Thus, the hybridoma cells and antibodies that these hybridoma cells produce remained in

- 64 032 106 small cell. After a week, the nutrient medium was removed from both chambers of the Schedg flask and replaced with fresh Inedg medium. The collected medium from small cameras was stored separately. After another week of growth, the medium was again collected from the small chamber. The collected week 1 medium from the hybridoma line was combined with the collected week 2 medium from the hybridoma line. A sample of the obtained collected medium from the hybridoma line was centrifuged to remove cells and debris (15 min at 3000 rpm) and the resulting supernatant was filtered (0.22 μm). The purified conditioned medium was applied to a protein A Sepharose column. Optionally, the growth medium may be thickened first. and then apply to a protein A Sepharose column. Nonspecific binding was removed by intensive washing with PB8. Bound antibody proteins on a protein A-Sepharose column were recovered using standard acid elution of antibodies from protein A columns (eg. 50 mM citrate. PH 3.0). Proteins of adherent antibodies in the protein A-Sepharose pool were removed by size exclusion chromatography or ion-exchange chromatography of binding on an anion-exchange resin. eg. About Sepharose resin. Specific conditions for 21B12 proteins are Ω-Sepharose HP at pH 7.8–8.0. The antibody eluted with a 1C1 gradient of 10,500 mM in 25 column volumes.

Example 6

Obtaining human 21B12 ^ C2 antibodies from transfectant cells.

This example demonstrates a method for producing 21B12 ^ C2 antibodies from transfectant cells. Cells (293 cells for transient expression and CHO (Chinese hamster ovary) cells for stable expression) were transfected with plasmids. encoding heavy and light chains 21B12. The conditioned medium was recovered from the hybridoma cells. removing cells and cell debris. The purified conditioned medium was applied to a protein A Sepharose column. Optionally, the growth medium may be thickened first. and then apply to a protein A Sepharose column. Nonspecific binding was removed by intensive washing with PB8. Bound antibody proteins on a protein A-Sepharose column were recovered using standard acid elution of antibodies from protein A columns (eg. 50 mM citrate. PH 3.0). Proteins of adherent antibodies in the protein A-Sepharose pool were removed by size exclusion chromatography or ion exchange chromatography of binding to a cation exchange resin. eg. 8P-Sepharose resin. Specific conditions for 21B12 proteins were 8Psepharose HP at pH 5.2. Antibodies were eluted using 25 column volumes of buffer. containing No. C1 gradient of 10-500 mm in 20 mm sodium acetate buffer.

Example 7

Obtaining human 16P12 ^ C4 antibodies from hybridomas.

This example demonstrates a method for producing 16P12 ^ C4 antibody from hybridomas. The 16P12 hybridoma line was grown in T75 flasks in medium (see table 5). When hybridomas became almost confluent in T75 flasks. they were transferred to Yedga bottles (Shedga Vyukaepsek. Shedga S1000. sa1 # 90 005).

The Sppedt bottle is a cell culture bottle. divided by a membrane into two chambers. a small camera and a large camera. Hybridoma cells with a volume of 20-30 ml at a minimum density of 1 * 10 ⁶ cells per ml from the 31H4 line of the hybridoma were placed in a small chamber of the Enedg bottle in Shedg's medium (the components of Shedg's medium can be found in Table 5). Only Shedt's medium (1b) was placed in the large chambers of Schedg's vials. The membrane separating the two chambers is permeable to low molecular weight nutrients. but impervious to hybridoma cells and to antibodies. which these cells produce. In this way. hybridoma cells and antibodies. which these hybridoma cells produce. remained in the small chamber.

After a week, the nutrient medium was removed from both chambers of the Schedg bottle and replaced with fresh Enedg medium. The collected medium from small cameras was stored separately. After another week of growth, the medium was again collected from the small chamber. The collected week 1 medium from the hybridoma line was combined with the collected week 2 medium from the hybridoma line. A sample of the obtained collected medium from the hybridoma line was centrifuged to remove cells and debris (15 min at 3000 rpm) and the resulting supernatants were filtered (0.22 μm). The purified conditioned medium was applied to a protein-Asefarose column. Optionally, the growth medium may be thickened first. and then apply to a protein-Asefarose column. Nonspecific binding was removed by intensive washing with PB8. Bound antibody proteins on a protein A column were recovered using standard acid elution of antibodies from protein A columns (eg. 50 mM citrate. PH 3.0). Proteins of adherent antibodies in the protein-Asepharose pool were removed by size exclusion chromatography or ion-exchange chromatography of binding on an anion-exchange resin. eg. About Sepharose resin. Specific conditions for 16P12 proteins are O-Sepharose HP at pH 7.8–8.0. The antibody eluted with a No. 1C1 gradient of 10-500 mM in 25 column volumes.

Example 8

Obtaining human 16P12 Ιβ62 antibodies from transfectant cells.

This example demonstrates a method for producing 16P12 Ι β62 antibodies from transfectant cells. Cells (293 cells for transient expression and CHO (Chinese hamster ovary) cells for stable expression) were transfected with plasmids. encoding heavy and light chains 16P12.

- 65 032 106

The conditioned medium was removed from the hybridoma cells, removing the cells and cell debris. The purified conditioned medium was applied to a protein A Sepharose column. Optionally, the growth medium can first be thickened and then applied to a protein-A-Sepharose column. Nonspecific binding was removed by intensive washing with PB8. Bound antibody proteins on a protein A-Sepharose column were recovered using standard acid elution of antibodies from protein A columns (50 mM citrate, pH 3.0). Proteins of adherent antibodies in the protein A-Sepharose pool were removed by size exclusion chromatography or ion exchange chromatography of binding to a cation exchange resin, for example, 8P-Sepharose resin. Specific 1EX conditions for 16E12 proteins are 8P-Sepharose HP at pH 5.2. The antibody elutes with 25 column volumes of buffer containing No. C1 gradient of 10-500 mM in 20 mM sodium acetate buffer.

Example 9

Sequence analysis of heavy and light chains of antibodies.

The nucleic acid and amino acid sequences for the light and heavy chains of the antibodies described above were determined using (dideoxy) nucleic acid sequencing according to the Sanger method. The amino acid sequences for nucleic acid sequences were derived. The nucleic acid sequences for the variable domains are depicted in FIG. 3E-3 ^^.

The sequences οΙ) ΝΛ were determined for the variable regions of the lambda light chain 31H4, 21B12 and 16E12 and are presented in the present description as 8E ^ ΙΌ ΝΟ: 153, 95 and 105, respectively.

The sequences οΙ) ΝΛ were determined for the variable regions of the heavy chain 31H4, 21B12 and 16E12 and are presented in the present description as 8E ^ GO ΝΟ: 152, 94 and 104, respectively.

The constant region of the lambda light chain (8E ^ GO ΝΟ: 156), and the constant regions of the heavy chain 1dC2 and 1dC4 (8E ^ GO ΝΟ: 154 and 155) are shown in FIG. 3KK.

The polypeptide sequences predicted from each of these οΙ) ΝΛ sequences were determined. The predicted polypeptide sequences for the variable regions of the lambda light chain 31H4, 21B12 and 16E12 were predicted and presented in the present description as 8E ^ GO ΝΟ: 12, 23 and 35, respectively, the constant region of the lambda light chain (8E ^ GO ΝΟ: 156), variable regions the heavy chains 31H4, 21B12, and 16E12 were predicted and presented in the present description as 8E ^ GO ΝΟ: 67, 49 and 79, respectively. The constant regions of the heavy chain are 1dC2 and 1dC4 (8E ^ GO ΝΟ: 154 and 155).

In FIG. 2A-3B show sections EK1, SBK1, EK2, SOKZ, EK3, SBK3, EK4.

Based on the sequence data, germline genes were determined from which each variable region of the heavy chain or light chain was obtained. Germ gene identity is indicated next to the corresponding hybridoma line in FIG. 2A-3B and each is represented by a unique number 8E ^ GO ΝΟ. In FIG. 2A-3B also depict specific amino acid sequences for additional antibodies that have been characterized.

Example 8

Determination of isoelectric points of three antibodies.

Theoretical p1k (primary isolates) of antibodies based on amino acid sequence were determined as 7.36 for 16E12; 8.47 for 21B12; and 6.84 for 31H4.

Example 9

Characterization of the binding of antibodies to PC8K9.

After determining the number of antibodies that bind to PC8K9, several approaches were used to quantify and further characterize the nature of the binding. In one aspect of the study, an analysis of B1aseuge affinity was performed. In another aspect of the study, a KrshEXA affinity assay was performed. Samples and buffers used in these studies are presented in table. 6 below.

Table 6

Sample [sample] mg / ml Buffer [sample] μΜ 11RS8K9 1.26 PB8 16.6 ShRS8K9-8hN18 1.44 PB8 18.9 sRS8K9-U5-6hN18 0.22 PB8 2.9 16P12, apy-RS8K9 Li1§O4 4.6 20tM LiOAC, pH = 5.2.50 mMaS1 31.9 21B12, apy-RS8K9 Li1§O4 3.84 UtM ΝΑΟ AC, pH = 5.2, 9% sucrose 27.0 31H4, ap11-RS8K9 Li1§O4 3.3 UtM ΝΑΟ AC, pH = 5.2, 9% sucrose 22.9

B1Asoge® affinity measurements.

- 66 032 106

SHASoge® (surface plasmon resonance device, B1asoge, ips, Pisketway, NJ) the affinity analysis of 21B12 antibodies to PC8K9 described in this example was carried out in accordance with the manufacturer's instructions.

Briefly, experiments with surface plasmon resonance were performed using optical biosensors B1acoge 2000 (B1acoge, CE NeaNesage, Pisketvey, NJ). Each individual anti-RS8K9 antibody was immobilized with respect to the CM5 research biosensor chip using amino linkage at levels giving the maximum analyte binding reaction (B _max ) of not more than 200 resonance units (VI). The concentration of PC8K9 protein was changed at 2-fold intervals (analyte) and introduced over the surface of the immobilized antibody (with a flow rate of 100 μl / min for 1.5 min). A fresh HB8-P buffer (pH 7.4, 0.01 M Nerek, 0.15 M No. C1, 0.005% surfactant R-20, B1asoge) with the addition of 0.01% B8A was used as a binding buffer. The binding affinities of each anti-PC8K9 antibody were measured in separate experiments against each human, mouse PC8K9 protein and PC8K9 cynomolgus macaque protein (soup1.8 and 8 topkeu) at pH 7.4 (used concentrations were 100, 50, 25, 12.5, 6.25, 3.125 and 0 nM).

In addition, the binding affinities of the anti-human PC8K9 antibody were also measured at pH 6.0 using HB8-P buffer, pH 6.0 (pH 6.0, 0.01 M Nerek, 0.15 M No. C1, 0.005% surfactant P-20, B1asoge) with the addition of 0.01% B8A. The binding signal obtained was proportional to the free PC8K9 in solution. The dissociative equilibrium constant (K _o ) was obtained as a result of the analysis of non-linear regression of the competition curves using the model of homogeneous monosite binding with a double curve, (KrzExA® software, 8p1yupe SchkEite ^ z Schs., Boyce, Idaho) (n = 1 for the series tests with a pH of 6.0). It was interesting that the antibodies exhibited a stronger affinity for binding at the lower pH values (where K _d was 12.5, 7.3 and 29 pM for 31N4, 21V12 and 16E12, respectively).

Kinetic parameters of the binding of the antibody, including to _a (association rate constant), k _d (dissociation rate constant) and K _{of the} (constant dissociative equilibrium) were determined by a computer program 3.1 11ΙΛ assessment (YAsoge, ^ c. Pisketvey, NY. New -Jersey). Lower values of the dissociative equilibrium constant indicate a higher affinity of the antibody for PC8K9. The values of K _about determined using the analysis of affinity Altitude® are presented in table. 7.1 below.

Table 7.1

Antibody IRS8K9 SupoRS8K9 TRS8K9 31H4 210 rM 190 rM 6 pM 21B12 190 rM 360 rM 460 pM 16P12 470 rM 870 rM 6.4 pM

In the table. 7.2 are presented to _op and to _okk speed.

Table 7.2

- Kop (M-1 8-1) 31H4.1, pH = 7.4 2.45 e + 5 31H4.1, pH = 6 5.536 e + 6 21B12.1, pH = 7.4 3.4918 e + 4 21B12.1, pH = 6 2.291 e + 6 16P12.1, pH = 7.4 1.064 e + 5 16P12.1, pH = 6 2.392 e + 6

Co £ _£ (8-P Sq 5.348 e-5 210 rM 6.936 e-5 12.5 rM 6.634 e-6 190 rM 1.676 e-5 7.3 rM 4.983 e-5 470 rM 7.007 e-5 29 pM

Affinity measurements using the KrzExA® method.

The affinity analysis of 16E12 and 31H4 by the KrzExA® method (8ar1bupe Ip8ίa1tepί8, Schs, Boyce, Idaho) was performed in accordance with the manufacturer's instructions. Briefly, Veasy-OeG ™ (6 *) (P1egse) was pre-coated with one of the proteins of the human, V5-labeled canine or H18-labeled mouse PC8K9 and blocked with B8A. 10 or 100 rM of either 16E12 antibody or 31H4 antibody and one of the PC8K9 proteins were then incubated with different concentrations (0.1 rM-25 nM) of PC8K9 proteins at room temperature for 8 hours before being passed through granules coated with PC8K9. The amount of 16E12 or 31H4 bound to the granules was quantified using a fluorescent (Cy5) labeled goat anti-human Ι§Θ (H + E) antibody (1askopty vekeagsy). Signal is connected

- 67 032106 binding is proportional to the concentration of free 16P12 or 31H4 at the equilibrium of binding. The dissociative equilibrium constant (K _o ) was obtained as a result of nonlinear regression of two sets of competition curves using a homogeneous monosite binding model. The analysis used KTEXA® Rgo software. The resulting binding curves are shown in FIG. 4A-4P.

Both 16P12 and 31H4 antibodies showed similar affinity for human and dog PC8K9, but about 10-250 times lower affinity for mouse PC8K9. Of the two antibodies tested with the KTEXA system, 31H4 showed higher affinity for both human PC8K9 and dog PC8K9 at K _o = 3 and 2 rM, respectively. 16P12 showed a slightly weaker affinity at K _o = 15 pM for human PC8K9 and at K _o = 16 pM 16 to dog PC8K9.

The results of KTEXA® affinity analysis are summarized in table. 8.1 below.

Table 8.1

IRS8K9 SRC8K ShRS8K Sample Feed) 95% C1 Feed) 95% C1 Feed) 95% C1 16P12 15 11-22 sixteen 14-19 223 106-410 31H4.1 3 1-5 2 1-3 500 400-620

In addition, an analysis of 8-8 PACE was performed to verify the quality and quantity of samples, and is shown in FIG. 5A. cPC8K9 showed approximately 50% less on the gel, and also based on the active concentration of binding calculated as a result of KTEXA® analysis. Therefore, the value of K _about antibodies tAb to CPC8K9 was adjusted as accounting for 50% of the active CPC8K9 in the present description.

To measure the K _b values for ABP 21B12, an analysis of the equilibrium binding of the BACase solution was used. 21B12.1 showed a weak signal in the KTEXA analysis, therefore, the equilibrium binding analysis of Yasoge solution was used. Since no significant binding was observed when the antibodies were bound to the surface of the immobilized PC8K9, the 21B12 antibody was immobilized on the flow cell 4 of the CM5 chip using an amino linkage with a density of approximately 7000 IJ. Flow cell 3 was used as a background control. Dogs were mixed with 0.3, 1, and 3 nM human PC8K9 or PC8K9 with serial dilutions of 21B12.1 antibody samples (ranging from 0.001 ~ 25nM) in PB8 plus 0.1 mg / ml B8A, 0.005% P20. The binding of free PC8K9 in mixed solutions was measured by injection of antibodies onto the surface of 21B12.1. A 100% PC8K9 binding signal on the surface of 21B12.1 was determined in the absence of TAb in solution. The decreased PC8K9 binding reaction with increasing concentrations of TAb in solution showed the binding of PC8K9 to TAB in solution, which blocked PC8K9 from binding to the surface of immobilized peptibody. When the image signal RS8K9 binding against concentrations Tab K _of calculated curves for the three batches (0.3, 1 and 3 nM RS8K9 fixed concentration) using the homogeneous model monosaytovogo binding KtEhA ™ Pro program software. Although cPC8K9 has a lower protein concentration observed as a result of KTEXA analysis and 8O8-S1, its concentration was not regulated here, since cPC8K9 concentration was not used to calculate K _about . The results are shown in table. 8.2 below and in FIG. 5V-5E. In FIG. 5B shows the results of an analysis of the equilibrium of a solution at three different concentrations of 1RS8K9 for 1RS8K9. In FIG. 5C shows a similar set of results for tPC8K9. In FIG. 5Ώ shows the results of the above analysis of the collection of Yasoge.

Table 8.2

LDC8K9 SRC8K ShRS8K Sample Feed) 95% C1 Feed) 95% C1 Feed) 95% C1 21B12.1 15 9-23 AND 7-16 17000 -

Example 10

Epinope binning.

An analysis of EB18A competition was used to bin anti-RS8K9 antibody. In short, in order to determine whether two antibodies belong to a basket of a similar epitope, one of the antibodies (bA1) was first applied to an EE8A plate (XC # C) at 2 μg / ml by incubation overnight. The tablet was then washed and blocked with 3% B8A. At the same time, 30 ng / ml of biotinylated 1RS8K9 was cultured with a second antibody (TbL2) for 2 hours at room temperature. The mixture was applied to coated TA1 and incubated for 1 h at room temperature. The EY8A plate was then washed and incubated with neutravidin-NNR (P1egse) at 1: 5000 dilutions for 1 h. After the second washing, the plate was incubated with the TMB substrate and the signal was detected at 650 nm using a THeIs plate reader. Antibodies with the same binding profiles were grouped into the same epitope basket. The results of the research binning antibodies are presented in table. 8.3.

- 68 032 106

Table 8.3

Clone Basket 21B12.2 one 31H4 3 20Ό10 one 25A7.1 2 25A7.3 one 2301 one 26H5 one SZ1 one 16P12 3 28Ό6 3 27A6 3 31011 3 27B2 ΝΌ 28B12 3 22E2 3 1A12.2 one ZV6 one ZS4 four 9C9 one 9H6 one 13B5 6 13H1 7 17С2 one 19H9.2 one 23B5 one 2504 one 26E10 one 27E7 one 27H5 one 30A4 one 30V9 one 31A4 five 31B12 five

An additional study of binning of the epitope was performed using a VBAse. Three shAbk, 16P12, 21B12 and 31H4, were immobilized on flow cells 2, 3 and 4 with a density of approximately 8000 Ci. 5 nM PC8K9 antibodies from humans, mice and dogs were sprayed onto the surface of coA until approximately 100-500 Ci was reached. Then, 10 nM spA were sprayed on the surface of PC8K9. Then binding of three bAb with three different PC8K9 proteins was recorded relative to three bAb.

If two sAb had a similar epitope on the antigen, sAb1 would not show binding to an antigen already associated with sAb2. If the two abAb have a different epitope on the antigen, abA1 will show binding to the antigen already associated with abA2. In FIG. 5E depicts these binning results of an epitope in the form of a graph for three nSAB on human PC8k9. A similar structure was observed for cRS8K9 and cRS8K9. As shown in the graph, 16P12 and 31H4 apparently belong to a similar epitope, while 21B12 apparently has a different epitope.

Example 11

The effect of 31H4 and 21B12 on blocking Ώ374Υ PC8K9 / LDL binding.

In this example, 1C ₅₀ values are given for two antibodies when blocking the ability of PC8K9 Ώ374Υ to bind to LDL. Pure 384-well plates (Sok1at) were coated with 2 μg / ml goat anti-LDL receptor antibody (K&P 8k), diluted in buffer A (100 nM m sodium cacodylate, pH 7.4). The plates were washed thoroughly with buffer A and then blocked for 2 hours with buffer B (1% milk in buffer A). After washing, the plates were incubated for 1.5 h with 0.4 μg / ml LDL receptor (K & P 8uketk) diluted in buffer C (buffer B supplemented with 10 mM CaCl ₂ ). Simultaneously with this incubation, 20 ng / ml biotinylated Ώ374Υ PC8K9 was incubated at various concentrations of 31H4 1§C2, 31H4 1§C4, 21B12 1§C2 or 21B12 1§C4 antibodies diluted in buffer A, or only with buffer A (control). The plates containing LDL receptor were washed and the biotinylated смесь374Υ PC8K9 / antibody mixture was transferred to them, incubated for 1 h at room temperature. The binding of biotinylated Ώ374Υ to the LDL receptor was determined by incubation with streptavadin-NKR (Vyukoitse) at 500 ng / ml in buffer C followed by a TMB substrate (CRP). The signal was quenched using 1Ν HC1, and the optical density was calculated at 450 nm.

The results of this binding assay are shown in FIG. 6A-6O. In general, 1C ₅₀ values were determined for each antibody and recognized as 199 pM for 31H4 1§C2 (Fig. 6A), 156 pM for 31H4 Ι ε64 (Fig. 6B), 170 pM for 21B12 1§C2 (Fig. 6C) , and 169 pM for 21B12 1cC} 4 (Fig. 6Ώ).

In this assay, antibodies also blocked the binding of wild-type RS8K9 to LDL.

- 69 032 106

Example 12

Analysis of absorption of cellular LDL (low density lipoprotein).

This example demonstrates the ability of various antigen-binding proteins to reduce LDL uptake by cells. Human NerO2 cells were seeded in black, with a clean bottom 96-well plates (Sok1ag) at a concentration of 5 * 10 ⁵ cells per well in an EMEM medium (Meb1a1esy, Shchs) with the addition of 10% PB8 and incubated at 37 ° C (5% CO2 ) at night. To form a complex of PC8K9 and an antibody, 2 μg / ml Ό374Υ of human PC8K9 was incubated at various concentrations of the antibody diluted in an absorption buffer (EMEM with 1% PB8) or only with an absorption buffer (control) for 1 h at room temperature. After washing the cells with PB8, the Ό374Υ PC8K9 / antibody mixture was transferred to the cells, followed by LDL-BΟ ^ IPΥ (Iην ^ ΐ ^ odeη), diluted in absorbent buffer at a final concentration of 6 μg / ml. After incubation for 3 hours at 37 ° C (5% CO2), the cells were thoroughly washed with PB8, and the cell fluorescence signal was detected with 8ige ™ (TECAC) at 480-520 nm (excitation) and 520-600 nm (emission )

The results of the cellular absorption assay are presented in FIG. 7A-7E. In general, HS ₅₀ values were determined for each antibody and were found to be 16.7 nM for 31H4 Ι§Θ2 (Fig. 7A), 13.3 nM for 31H4 Ι§Θ4 (Fig. 7B), 13.3 nM for 21B12 Ι§Θ2 (Fig. 7C), and 18 nM for 21B12 Ι§Θ4 (Fig. 7Ό). These results demonstrate that the antigen-binding proteins used can reduce the effect of PC8K9 (Ό374Υ) by blocking the absorption of LDL by cells. In this assay, antibodies also blocked the wild-type effect of PC8K9.

Example 13

Serum cholesterol-lowering effect of 31H4 antibodies in a 6-day study.

The following procedure was performed to evaluate the decrease in total serum cholesterol (TS) in wild-type (CT) mice using anti-PC8K9 protein antibody therapy.

Male ST mice (C57VB / 6 line, 9–10 weeks old, 17–27 g) from the Jackson Laboratory (Bar Harbor, Maine) were given normal food (Nag1apb-Tek1ab, Diet 2918) throughout the experiment . The mice were injected with either anti-PC8K9 antibody 31H4 (2 mg / ml in PB8) or control (2 mg / ml in PB8) in the amount of 10 mg / kg through a vein in the tail of the mouse at T = 0. As a control group, mice not previously exposed to experiments were kept. Dosing groups and the time of killing of experimental animals are shown in table. 9.

Table 9

Mice were euthanized by asphyxia C0 ₂ at predetermined time points indicated in Table 9. Blood was taken through the vena cava into Eppendorf tubes and kept until clotting at room temperature for 30 minutes. Samples were then centrifuged in a benchtop centrifuge at 12,000 * g for 10 min to separate the serum. Total serum cholesterol and NEH-C were measured using a NYAS 912 clinical analyzer and Kosye / NYAS TS and NEH-C kits.

The experimental results are shown in FIG. 8A-8E. In general, mice injected with 31H4 antibody showed reduced levels of serum cholesterol throughout the experiment (FIGS. 8A and 8B). In addition, it was noted that mice also showed reduced levels of NEE (FIGS. 8C and 8Ό). For FIG. 8A and 8C, the relative change is shown in relation to the control at the same time (* P <0.01, # P <0.05). For FIG. 8B and 8Ό, the relative change is shown in relation to total serum cholesterol and NE levels, measured in animals not previously subjected to experiments at 1 = 0 h (* P <0.01, # P <0.05).

With regard to lowered levels of NEE, it should be noted that it is clear to specialists that a decrease in NEE in mice does not indicate that a decrease in NEE occurs in humans, but simply reflects a further decrease in serum cholesterol in the body. It was noted that in mice most of the serum cholesterol is transported in high density lipoprotein particles (NEB), in

- 70 032106 difference from people in whom most of the serum cholesterol is transferred to LDL particles. In mice, the measurement of total serum cholesterol most closely matches the level of serum HOB-C. Mouse HOB contains apolipoprotein Ε (aροB), which is a ligand for the LDL receptor (LDL) and ensures its purification of LDL receptor. Thus, the study of HOB is an adequate indicator for the present example in mice (assuming that a decrease in HOB is not expected for humans). For example, human HOB, on the contrary, does not contain aροВ and is not a ligand for VLDL. Because PC-K9 antibodies increase LDL expression in mice, the liver can clear more HOB and therefore lower serum HOB-C levels.

Example 14

The effect of antibody 31H4 on LDL levels in a 6-day study.

This example demonstrates that the antigen binding protein changes the level of LDL in a subject over time, as was predicted. To determine the effect of antibody 31H4 on LDL levels, a Western blot analysis was performed. 50-100 mg of liver tissue from the sacrificed mice described in Example 13 was homogenized in 0.3 ml of CAP buffer (Lap1a CrnVu! Esl1odo Cc) containing a complete protease inhibitor (KosBe). The homogenate was incubated on ice for 30 min and centrifuged to a granular cell debris. The protein concentration in the supernatant was measured using the reagents VuKab prgo! Ekkkau (BuKab 1aaoga! Og1ek). 100 μg of protein was denatured at 70 ° C for 10 min and separated on a 4-12% B18-Tg18 DotShodep gradient gel). Proteins were transferred onto a 0.45 μm PVDF Tsotygodep membrane) and blocked in washing buffer (50 mM Tpc PH7.5, 150 mM No. CI, 2 mM CaCl ₂ and 0.05% Teteep 20) containing 5% skim milk for 1 h at room temperature. The blot was then tested using goat anti-mouse VLDL antibody (K&O doll) 1: 2000 or anti-β actin (sigma) 1: 2000 for 1 h at room temperature. The blot was quickly washed and incubated with bovine anti-goat ^ 0-4 ^ (LaSha Sgih Vu! Esl1od Sch) 1: 2000 or goat anti-mouse Ι ^ Ο ^ Η? (irk! a! e-upstate New York) 1: 2000. After an hour-long incubation at room temperature, the blot was thoroughly washed, and immunoreactive bands were detected using a ΕΟΈ · plus kit (ATEGKBat Oxoxepsek). Western blotting showed an increase in LDL protein levels in the presence of antibody 31H4, as shown in FIG. 9.

Example 15

Serum cholesterol-lowering effects of 31H4 antibodies in a 13-day study.

To evaluate the decrease in total serum cholesterol (TS) in wild-type (CT) mice using the anti-RS-K9 protein antibody therapy, the following procedure was performed in a 13-day study.

Male ST mice (C57VB / 6 line, 9–10 weeks old, 17–27 g) from the Jackson Laboratory (Bar Harbor, Maine) were given normal food (Nag1apb-Tek1ab, Diet 2918) throughout the experiment . Mice were injected with either anti-PCΞK9 antibody 31H4 (2 mg / ml in PB Р) or control Ι§Ι (2 mg / ml in PBΞ) in the amount of 10 mg / kg through a vein in the tail of the mouse at T = 0. As a control group, mice not previously exposed to experiments were kept.

Dosing groups and the time of killing of experimental animals are shown in table. 10. Animals were euthanized, their liver was removed and prepared as described in example 13.

- 71 032 106

Table 10

Group Treatment Time after dosing amount Dose one 1 §θ 72 hour 6 10 mg / kg 2 31H4 72 hour 6 10 mg / kg 3 31H4 72 hour 6 1 mg / kg four 1 §θ 144 hour 6 10 mg / kg five 31H4 144 hour 6 10 mg / kg 6 31H4 144 hour 6 1 mg / kg 7 1 §θ 192 hour 6 10 mg / kg eight 31H4 192 hour 6 10 mg / kg 9 31H4 192 hour 6 1 mg / kg ten 1 §θ 240 hour 6 10 mg / kg AND 31H4 240 hours 6 10 mg / kg 12 31H4 240 hours 6 1 mg / kg 13 1 §θ 312 hours 6 10 mg / kg 14 31H4 312 hours 6 10 mg / kg 15 31H4 312 hours 6 1 mg / kg sixteen previously unexperienced animals no data 6 not data

When the 6-day experiment was extended to a 13-day study. a 13-day study showed the same serum cholesterol lowering effect. which was observed with a 6-day study. More specifically. animals. which were given doses of 10 mg / kg. showed a 31% decrease in serum cholesterol on day 3. which gradually returned to prediction levels by day 13. In FIG. 10A presents the results of this experiment. In FIG. 10C presents the results of repeating the above procedure at a dosage of 10 mg / kg 31H4. and with another antibody. 16P12. also at a dosage of 10 mg / kg. Dosage groups and time of sacrifice are shown in table. eleven.

- 72 032 106

Table 11

Group Treatment Time after dosing amount Dose one 1 §θ 24 hour 6 10 mg / kg 2 16P12 24 hour 6 10 mg / kg 3 31H4 24 hour 6 10 mg / kg four Ι8θ 72 hour 6 10 mg / kg five 16P12 72 hour 6 10 mg / kg 6 31H4 72 hour 6 10 mg / kg 7 1 §θ 144 hour 6 10 mg / kg eight 16G12 144 hour 6 10 mg / kg 9 31H4 144 hour 6 10 mg / kg ten 1 §θ 192 hour 6 10 mg / kg AND 16P12 192 hour 6 10 mg / kg 12 31H4 192 hour 6 10 mg / kg 13 1 §θ2 240 hour 6 10 mg / kg 14 16P12 240 hours 6 10 mg / kg 15 31H4 240 hours 6 10 mg / kg sixteen 1 §θ2 312 hours 6 10 mg / kg 17 16P12 312 hours 6 10 mg / kg 18 31H4 312 hours 6 10 mg / kg nineteen previously unexperienced animals no data 6 10 mg / kg

As shown in FIG. 10C, and 16E12, and 31H4 resulted in a significant and significant decrease in total serum cholesterol after only one dose and provided a beneficial effect for more than one week (10 days or more). The results of the 13-day follow-up study were consistent with the results of the first 13-day study, with a decrease in serum cholesterol levels of 26% on day 3. For FIG. 10A and 10B, the relative change is shown in relation to the control central bank at the same time (* P <0.01). For FIG. 10C, the relative change is given in relation to the control ^ O at the same moment in time (* P <0.05).

Example 16

The effect of antibody 31H4 on the levels of HOE in a 13-day study.

The NOA levels for the animals of Example 15 were also investigated. The NOA levels in mice decreased. More specifically, animals that were given doses of 10 mg / kg showed a 33% reduction in NOE levels on day 3, which gradually returned to prediction levels by day 13. In FIG. 10B presents experimental results. On day 3, there was a decrease in the levels of NOU by 34%. In FIG. 10B presents the results of a repeat 13-day experiment.

It is clear to those skilled in the art that although antibodies will reduce NOA in mice, this cannot be expected in humans due to differences in NOE in humans and other living things (such as in mice). Thus, a decrease in NOA in mice is not evidence of a decrease in NOA in humans.

Example 17

Repeated administration of antibodies creates a lasting beneficial effect of antigen binding peptides.

In order to ensure that the results obtained in the above examples can be extended to obtain further beneficial effects with additional doses, the experiments of Examples 15 and 16 were repeated with the dosing schedule shown in FIG. 11A. The results are presented in FIG. 11B. As can be seen in the graph in FIG. 11B, despite the fact that the mice of both sets showed a significant decrease in total serum cholesterol, since all the mice received an initial injection of 31H4 antigen binding protein, the mice that received additional injections of 31H4 ABP showed a further decrease in total serum cholesterol, while the mice received only a control injection ultimately showed an increase in their total serum cholesterol. For FIG. 11, the relative change is shown in relation to animals not previously subjected to experiments at ί = 0 h (* P <0.01, ** P <0.001).

The results of this example demonstrate that, unlike other treatments for cholesterol-73 032106 on, in which repeated use leads to a decrease in effectiveness due to biological regulation in the subject, it seems that this approach does not suffer from this problem for the studied period of time. In addition, he suggests that the return of total serum cholesterol or NEU cholesterol levels to the initial level, which is observed in the previous examples, is not the result of treatment immunity occurring in the subject, but rather a decrease in the availability of antibodies in the subject.

Example 18

Epitope mapping of human anti-PC8K9 antibodies.

This example highlights methods for determining which residues in PC8K9 are involved in the formation of an epitope or part of an epitope for the antigen binding proteins interacting with PC8K9 described herein.

To determine the epitopes with which some ABPs in accordance with the present invention bind, the ABP protein epitopes can be mapped using synthetic peptides isolated from the specific sequence of the PC8K9 peptide.

To study the intermolecular interaction of human anti-RS8K9 antibodies with their peptide epitope, the 8P0Ty peptide kit can be used. 8P0Ty technology is based on solid-phase synthesis of peptides in a format suitable for the systematic analysis of antibody epitopes. The synthesis of traditionally ordered oligopeptides is commercially available from 81dta-6poyuy. You can get a peptide set of overlapping oligopeptides obtained from the amino acid sequence of the PC8K9 peptide. The kit may include a series of 12-mer peptides in the form of spots on the polypropylene membrane plates. A set of peptides can fill the entire length of the mature PC8K9 sequence. Each subsequent peptide can be shifted by 1 residue from the previous one to obtain a nested, overlapping library of ordered oligopeptides. The peptide membrane can react with various anti-PC8K9 antibodies (1 μg / ml). The binding of TAb to membrane-bound peptides can be assessed by enzyme-linked immunosorbent assay using an NNR-conjugated secondary antibody followed by enhanced chemiluminescence (ECB).

In addition, functional epitopes can be mapped by combinatorial alanine scanning. In this process, the combinatorial alanine scanning strategy can be used to identify amino acids in the PC8K9 protein that are necessary for interaction with anti-PC8K9 ABP. To achieve this, you can use the second set of 8P0Ty kits for alanine scanning. A panel of variant peptides with alanine substitutions in each of these 12 residues can be scanned as described above. This will allow mapping and identification of epitopes for ABP to human PC8K9.

Alternatively, provided that the epitope can be conformational, a combination of alanine scanning and / or arginine scanning, co-crystallization of the EAB / PC8K9 antibody and limited proteolysis / LS-M8 (liquid chromatography mass spectrometry) can be used to identify epitopes.

Example 19

The use of PC8K9 antibodies for the treatment of cholesterol-associated disorders.

A patient with a manifestation of a cholesterol-associated disorder (in which a decrease in cholesterol (such as serum cholesterol) may be favorable) is administered a therapeutically effective amount of a PC8K9 antibody, 31H4 (or, for example, 21B12 or 16E12). At certain periods during treatment, the patient is monitored to determine whether the symptoms of the disorder have disappeared or not. After treatment, it was found that in patients treated with RS8K9 antibody, serum cholesterol levels were reduced compared with patients who were not treated.

Example 20

The use of PC8K9 antibodies for the treatment of hypercholesterolemia.

A patient with symptoms of hypercholesterolemia is given a therapeutically effective amount of an RS8K9 antibody, such as, for example, 31H4 (or, for example, 21B12 or 16E12). At certain periods during treatment, the patient is monitored to determine whether serum cholesterol has decreased or not. After treatment, it was found that in patients treated with RS8K9 antibody, serum cholesterol levels were reduced compared with arthritis patients who did not undergo such treatment.

Example 21

The use of PC8K9 antibodies to prevent coronary heart disease and / or recurrent cardiovascular pathologies.

A patient with a risk of developing coronary heart disease is determined. The patient is administered a therapeutically effective amount of PC8K9 antibody, such as 31H4 (or, for example, 21B12 or 16E12), either separately, simultaneously, or sequentially with a statin, for example, simvastatin. At certain times during treatment, the patient is monitored to determine if changes in the patient’s total serum cholesterol level are observed. Throughout the course of preventive treatment, it was found that in a patient treated with RS8K9 antibody,

- 74 032106 serum cholesterol levels were reduced, thereby reducing the risk of coronary heart disease or recurrent cardiovascular pathologies compared with patients who did not undergo such treatment.

Example 22

The use of PC8K9 antibodies as a diagnostic agent.

To diagnose patients showing high levels of PC8K9 production, an enzyme-linked immunosorbent assay (EIA8A) can be used to detect the PC8K9 antigen in the sample. In this assay, wells of a microtiter plate, such as a 96-well microtiter plate or a 384-well microtiter plate, were adsorbed for several hours with the first fully human monoclonal antibody directed against PC8K9. The immobilized antibody serves as a capture antibody for any PC8K9 that can be observed in the test sample. Wells are washed and treated with a blocking agent, such as milk protein or albumin, to prevent non-specific absorption of the analyte.

The wells were further treated with a test sample, which, by assumption, contains PC8K9, or with a solution containing a standard amount of antigen. Such a sample may be, for example, a serum sample from a subject who is expected to have circulating antigen levels considered a symptom of a pathology.

After washing the test sample or standard, the wells are treated with a second fully human monoclonal PC8K9 antibody labeled with conjugation with biotin. Mouse monoclonal antibodies or a source of another species may also be used. Labeled PC8K9 antibody serves as a detecting antibody. After washing off the remainder of the second antibody, the wells are treated with avidin-conjugated horseradish peroxidase (NKR) and a suitable chromogenic substrate. The concentration of antigen in the test samples is determined by comparison with a calibration curve constructed for reference samples.

This EL18A assay provides a highly specific and highly sensitive assay for detecting PC8K9 antigen in a test sample.

Determination of PC8K9 protein concentration in subjects.

E18A sandwich analysis can quantify serum levels of PC8K9. Two fully human monoclonal PC8K9 antibodies from the E18A sandwich assay recognize different epitopes on the PC8K9 molecule. Conversely, mouse monoclonal antibodies or a source of a different species may be used. The analysis of EH8A is performed as follows: 50 μl of PC8K9 uptake antibody in the coating buffer (0.1 m NaHnc3, pH 9.6) at a concentration of 2 μg / ml is plated on E18A, (ESH) plates. After incubation at 4 ° C overnight, the plates are treated with 200 μl of blocking buffer (0.5% B8A, 0.1% T \ uep 20, 0.01% thiomersal in PB8) for 1 h at 25 ° C. The tablets are washed (3 *) with 0.05% T \ uep 20 in PB8 (wash buffer, \ HC). Normal serum or patient serum (C1hot1c8, VyugeskntaNop) is diluted in blocking buffer containing 50% human serum. The plates are incubated with serum samples overnight at 4 ° C, washed with HC and then incubated with 100 μl / well of biotinylated PC8K9 detection antibody for 1 h at 25 ° C. After washing, the plates are incubated with NKP-streptavidin for 15 min, washed as before, and then treated with 100 μl / well of o-phenylenediamine in NJ ₂ (81dt development solution) to create color. The reaction is terminated with 50 μl / well of H ₂ 8Ο ₄ (2M) and analyzed by an E8A plate reader at 492 nm. The concentration of PC8K9 antigen in serum samples is calculated by comparison with dilutions of purified PC8K9 antigen using four parametric curve fitting programs.

Determination of the concentration of variant PC8K9 protein in subjects.

The operations listed above can be performed using the antibodies mentioned in the present description, which bind to wild-type PC8K9 and variant PC8K9 (Ό374Υ). After this, antibodies that bind to the wild type, rather than the mutant, can be used (again using the similar protocol presented above) to determine if the PC8K9 present in the subject is wild type or Υ374Υ. It will be apparent to one skilled in the art that positive results for both cycles will be wild-type, while positive results for the first cycle and not the second cycle of antibodies will include the Ό374Υ mutation. Well-known high-frequency mutations exist in the population, and in particular, an agent, for example, ABPs presented in the present description, could favorably act on them.

Example 23

The use of PC8K9 antigen binding protein to prevent hypercholesterolemia.

A patient with a risk of developing hypercholesterolemia is detected by analyzing a family history and / or lifestyle and / or by current cholesterol levels. A therapeutically effective amount of a PC8K9 antibody, 31H4 (or, for example, 21B12 or 16E12) is regularly administered to a subject (e.g., once a week). At certain times during treatment, the patient is monitored to determine if serum cholesterol levels have decreased or not. After treatment, it was found that

- 75 032106 subjects who underwent prophylactic treatment with RS8K9 antibody, serum cholesterol levels were reduced compared with subjects who were not treated.

Example 24

RS8K9 ABP is further up-regulated by IPNP in the presence of statins.

This example demonstrates that antigen-binding proteins (ABPs) interacting with PC8K9 provided a further increase in the availability of IPNPs if used with statins, demonstrating that further beneficial effects can be achieved when these two substances are used together.

HepC2 cells were seeded in EMEM with 10% fetal bovine serum (PB8) and grown to ~ 90% fusion. Cells were treated with mevinolin in the indicated amounts (statin, 81 dtA) and PC8K9 ABP (Fig. 12A-12C) in EMEM with 3% PB8 for 48 hours. General cell lysates were prepared. 50 mg of total proteins were separated by gel electrophoresis and transferred to the PVDF membrane. Immunoblots were performed using a rabbit anti-human LDL receptor antibody (P1SChedega1b) or rabbit anti-human L-actin antibody. The results of increased chemiluminescence are shown in the upper windows of FIG. 12A-12C. The band intensity was quantified using 1tade1 software and normalized with b-actin. Relative LDL levels are shown in the lower sets in FIG. 12A-12C. Antigen binding proteins 21B12 and 31H4 are PC8K9 neutralizing antibodies, while 25A7.1 is a non-neutralizing antibody.

HepC2-PC8K9 cells were also created. This is a stable HepC2 cell line transfected with human PC8K9. HepC2 cells were seeded in EMEM with 10% fetal bovine serum (PB8) and grown to ~ 90% fusion. Cells were treated with mevinolin in the indicated amounts (81 dtA) and PC8K9 ABP (Fig. 12E-12P) in EMEM with 3% PB8 for 48 hours. General cell lysates were prepared. 50 mg of total proteins were separated by gel electrophoresis and transferred to the PVDF membrane.

Immunoblots were performed using a rabbit anti-human antibody of an IPNP receptor (E1schedela1b) or a rabbit anti-human L-actin antibody. The results of increased chemiluminescence are shown in the upper windows. The band intensity was quantified using 1tade1 software and normalized with b-actin.

As can be seen from the results presented in FIG. 12A-12P, an increase in the amount of neutralizing antibody, and an increase in the amount of statin generally led to an increase in the level of IPPI. Such an increase in efficiency for increasing ABP levels is particularly evident in FIG. 12O-12P, where the cells were also transfected with PC8K9, which enabled ABP to demonstrate its effectiveness to a greater extent.

It is interesting how the results in comparison with FIG. 12E-12P according to 12A-12C, that the effect of ABP concentrations on LDL levels increased dramatically when cells produced PC8K9. In addition, it is clear that neutralizing ABPs (21B12 and 31H4) resulted in a more significant increase in LINP levels, even with statins, than 25A7.1 ABP (non-neutralizer), demonstrating that an additional beneficial effect can be obtained using both statins and and antigen binding proteins that interact with PC8K9.

Example 25

Agreed Sequences.

Consistent sequences were determined using standard phylogenetic analyzes of RNS corresponding to Y _H and Y _b anti-PC8K9 antigen binding proteins (ABP). Consistent sequences were determined by keeping the RNS sections within the same sequence corresponding to Y _H or Y _b . In short, the amino acid sequences corresponding to the full variable domains of either Y _H or Yb were converted to PA8TA formatting to simplify the processing of comparative alignments and predict phylogenesis. Further, the frame regions of these sequences were replaced by an artificial linker sequence (b, placeholders, nonspecific nucleic acid construction), so that only the RNC sites can be examined without introducing a weight error in the amino acid position due to coincident events (for example, such as non-related antibodies that accidentally have common inherited traits of the framework of the germ line) when holding the RNS of the areas nearby within the same sequence corresponding to _H or I _b. V _H or V _b this format sequences is then subjected to a detailed study of sequence similarity with a program that uses standard S1i1a1 \ Y-like algorithm (see Totrkoi et al, 1994, Keck №1s1e1s As1bk 22:.. 4673-4680). The penalty for creating a pass 8.0 was used together with the penalty for lengthening the pass 2.0. This program also generated phylograms (illustrations of the phylogenetic tree) based on alignment of sequence similarity, using either IRSMA (the method of unweighted groups of pairs using arithmetic means) or methods for combining neighboring pairs (see 8th Ap. 406-425) for constructing and illustrating the similarity and difference of groups of sequences by comparing branch lengths and groupings. Both methods gave the same results, but ultimately used the trees obtained by the IRSMA method, since this method uses a simpler and more conservative

- 76 032106 set of assumptions. Generation of trees according to the IR6MA method took place where similar groups of sequences were defined as having less than 15 substitutions per 100 residues (see symbols in the tree illustrations for scale) among individual sequences within the group, and were used to determine sets of matched sequences. The comparison results are presented in FIG. 13Λ-13Ι. In FIG. 13E groups are chosen so that sequences in the light chain that are a phylogenetic branch (monophyletic taxon) are also a monophyletic taxon in the heavy chain and have less than 15 substitutions.

It will be apparent to those skilled in the art that the results presented in FIG. 13A-131 contain many guidelines regarding the importance of specific amino acids (e.g., amino acids that are stored) and which amino acid positions may possibly be changed (e.g., positions that have different amino acids for different ABPs).

Example 26

The mouse model for PC8K9 and ABP is the ability to lower LDL ίη у1уо.

To create mice that overexpress human PC8K9, three-week-old No. T C57B1 / 6 mice were injected with adeno-associated virus of various concentrations (AAU) through the tail vein recombinantly modified to express human PC8K9 to determine the correct titer, which would provide a measurable increase in LDL cholesterol in mice. Using this particular virus expressing human PC8K9, it was determined that 4.5 * 10E12 rGi [plaque forming units] of the virus would result in an LDL cholesterol level of approximately 40 mg / dL in circulating blood (normal LDL levels in No. T mice of approximately 10 mg / dl). It was found that human PC8K9 levels in these animals were approximately 13 μg / ml. A colony of mice was created using this injection criterion.

One week after the injection, LDL cholesterol levels were determined in mice and mice were randomized = randomly assigned to different treatment groups. Then, an animal received a bolus injection of either 10 mg / kg or 30 mg / kg of antigen-binding proteins 16P12, 21B12 or 31H4 by injection into the tail vein. §62 ABP was administered to a separate group of animals as a control dosage. Subgroups of animals (η = 6-7) were then euthanized 24 and 48 hours after the administration of ABP. After administration of Ι§62 at any dosage, no effect on LDL cholesterol levels was observed. Both 31H4 and 21B12 showed a significant decrease in LDL cholesterol up to and including 48 hours after administration compared with the control Ι§62 (shown in Figs. 14A and 14B in two different dosages). 16P12 shows an intermediate LDL-cholesterol lowering reaction, with the levels returning to their original value of about 40 mg / dl at 48 hours. These data correspond to ίη νίίΐΌ binding data (B1ase and Kteha), which demonstrate an almost equivalent binding affinity between 31H4 and 21B12 , and lesser affinity 16P12 for human RS8K9.

As can be seen from the results, the total cholesterol and НЕВ-cholesterol were reduced in the model using PC8K9 ABP (both total and НЭЬ-С were raised above levels in No. T mice due to overexpression of RS8K9). Although cholesterol reduction in this model apparently occurs in a relatively short period of time, it is believed that this is due to the levels of human PC8K9 present, which are supraphysiologically high in this model. In addition, provided that expression is controlled by an adeno-associated virus (AAU), there is no regulation of PC8K9 expression. In these figures (*) denotes P <0.05, and (**) denotes P <0.005 compared to the levels of LDL cholesterol observed in ^ C3-injected control animals at the same time. The level of 13 μg / ml of human serum PC8K9 in mice corresponds to approximately 520-fold increase above the levels of endogenous mouse PC8K9 (~ 25 ng / ml), and approximately 75-fold increase above the average levels of human serum (~ 175 ng / ml). Thus, antigen binding proteins should be even more effective for humans.

It will be apparent to one skilled in the art that the results described above demonstrate the utility of using a mouse model to test the ability of an antigen binding protein to alter serum cholesterol in a subject. One of skill in the art will also determine that the use of murine NEU to monitor mouse serum cholesterol levels, although suitable for monitoring murine serum cholesterol levels, is not an indicator of the effects of ABP proteins on human NEU in humans. For example, et al. (8ec. | Testse апη РС PC8K9, 1о for LDL, amy г ес Н Н!! Ю ю ю 11 11 11 11 11 11,,,,, N En §1 ί Mei, 354: 1264-1272,2006) demonstrated the absence of any effect of the RS8K9 mutation on the loss of function (work included by reference in its entirety). Thus, it is obvious to a person skilled in the art that the ability of ABP to lower murine NEU (which lacks LDL) is not an indicator of the ability of ABP to lower human NEU. Indeed, as Soyen demonstrates, this is unlikely to be observed with respect to neutralizing antibodies in humans.

Example 27

31Н4 and 21В12 contact RgoSa! area RS8K9.

This example describes one method for determining the binding sites of various antibodies to

- 77 032 106

RS8K9.

RgoSa! (31-449 of 8E9 ΙΌ N0: 3) or the Y domain (450-692 of 8E9 ΙΌ N0: 3) of the RS8K9 protein was combined with either 31H4 antibody or 21B12. Samples were analyzed using PaDue RAAOE for complexation. As seen in FIG. 16A and FIG. 16B, gel shifts were observed in relation to RgoCa1 / 31H4 and RgoCa1 / 21B12 samples, demonstrating that antibodies are associated with RgoCa! domain.

Example 28

The LDL domain of EOEa binds to the catalytic domain of PC8K9.

In the present example, the solved crystal structure of RS8K9 RgoCa is presented! (31-454 of 8Е0 ΙΌ N0: 3) associated with the LDL EOE domain (293-334) with a resolution of 2.9 A (the conditions for which are described in the examples below).

An image of the structure of the PC8K9 protein bound to EOEa is shown in FIG. 17. The crystal structure (and its image in Fig. 17) shows that the EOE domain of LDL binds to the catalytic domain of PC8K9. In addition, the interaction of PC8K9 and EOEa apparently occurs through the surface of PC8K9, which is located between residues Ό374 and 8153 in the structure depicted in FIG. 17.

Specific central amino acid residues of the RS8K9 interface between the LDL and the EOE domain were identified as RS8K9 residues within the 5 A EOE domain. These are the following nuclear residues: 8153, Ι154, P155, K194, Ό238, A239, Ι369, 8372, Ό374, C375, T377, C378, E379, U380 and 8381.

Boundary PC8K9 amino acid residues of the interface surface of interaction with LDL EOE domain were identified as PC8K9 residues that are within 5-8 A from the EOE domain. These are the following boundary residues: W156, N157, L158, E159, H193, E195, H229, K237, O240, K243, Ό367, Ι368, O370, A371, 8373, 8376 and 0382. The underlined residues are almost or completely masked in RS8K9.

It is obvious to the person skilled in the art that the results of this example demonstrate where the PC8K9 and EOEa interact. Thus, antibodies that interact with or block any of these residues can be useful as antibodies that inhibit the interaction between the PC8K9 and the EOE domain of LDL (and / or LDL in general). In some methods of carrying out the invention, antibodies that, when bound to PC8K9, interact with or block any of the moieties described above or are within the range of 15-8, 8, 8-5 or 5 A of the moieties described above, are considered to provide suitable binding inhibition RS8K9 with LDL.

Example 29

31H4 interacts with amino acid residues from both prodomains and catalytic domains of PC8K9.

In the present example, the full-length PC8K9 crystal structure (No. 33A mutant from 8E0 ΙΌ N0: 3) associated with the EaB 31H4 fragment determined at a resolution of 2.3 A (the conditions for which are described in the examples below) is presented. The structure shown in FIG. 18A and 18B, demonstrates that 31H4 binds to PC8K9 in the region of the catalytic site and is in contact with amino acid residues from both the prodomain and the catalytic domain.

The depicted structure also allows the identification of specific nuclear amino acid residues of PC8K9 for the interface between 31H4 and PC8K9. They were defined as residues within 5A of the 31H4 protein. These are the following nuclear residues: Ш72, Е150, А151, р152, Т214, К215, Е216, Н217, А220, 8221, К222, 8225, Н226, С255, 9256, О257, К258, N317, Е318, Т347, Л348, О349, Т350 , L351, E366, Ό367, Ό374, Y380, 8381, 9382, 8383 and O384.

Structures were also used to identify the boundary amino acid residues of PC8K9 for the interface surface of interaction with 31H4. These residues were residues PC8K9, which were located at a distance of 5-8 A from 31H4 protein. The boundary residues are as follows: K69, Ό70, P71, 8148, U149, Ό186, T187, E211, Ό212, O213, K218, 9219, C223, Ό224, O227, H229, L253, N254, O259, P288, A290, O291, K319, Υ325, U346, O352, T353, O365, Ι368, Ι369, 8372, 8373, C378, E379, T385, 8386 and 9387.

Amino acid residues fully masked within the PC8K9 protein are underlined.

It will be apparent to those skilled in the art that in FIG. Figure 18B shows the interaction between the RNC regions on the antigen-binding protein and PC8K9. Accordingly, the model allows the specialist to identify residues and / or RNS sites, especially important in the paratope, and which residues are less critical for the active center. As seen in FIG. 18B, SHOCK SEC2 and SEC3 of the heavy chain are most clearly involved in the binding of the antigen binding protein to the epitope, with SEC sites from the light chain being relatively far from the epitope. Accordingly, it is likely that large variations in the SEC of the light chain regions are possible, without inappropriate violation of the binding of the antigen-binding protein to PC8K9. In some methods of carrying out the invention, residues in structures that interact directly are conservative (or alternatively conservatively replaced), while residues that do not directly interact with each other can change to a greater extent. Accordingly, a person skilled in the art, given the present teachings, can predict which residues and regions of antigen binding proteins can change without improperly disrupting the ability of the antigen binding protein to bind to PC8K9. For example, residues that are located closest to PC8K9 when the antigen binding protein binds to PC8K9 are residues that are likely to play

- 78 032106 have a more important role in the binding of antigen binding protein to PC8K9. As indicated above, these residues can be divided into residues that are within 5 A of PC8K9, and residues that are between 5 and 8 A. Specific nuclear amino acid residues 31H4 of the interaction surface with PC8K9 were identified as 31H4 residues located in within 5 A of the RS8K9 protein. For the heavy chain, residues within 5 A include the following: T28, 830, 831, Υ32, 854, 855, 856, Υ57, Σ58, 859, Υ60, N74, A75, Ya98, Υ100, P102, A103, 8104, A105, Υ106, Υ107, Ό108, A109 and Ό111. For the light chain, residues within 5 A include the following: L48, 851, Υ93 and 898. For the heavy chain, residues 5-8 A from the PC8K9 protein include the following: C26, P27, P29, A47, 850 , Σ51, 852, 853, K65, P68, T69, Σ70, 871, Я72, Ό73, K76, N77, Ό99, Ό101, P110 and V112. For the light chain, residues within 5-8 A of RS8K9 include A31, C32, Υ33, Ό34, H36, Υ38, I0, C52, N55, Y56, P57, 858, Ό94, 895, 896, L97, C99 and 8100 .

It will be apparent to one skilled in the art that the results from Example 29 indicate where antibodies to PC8K9 can interact on PC8K9 and still block PC8K9 from interacting with ESRa (and thus, LDL). Thus, antigen-binding proteins that interact with any of these PC8K9 residues or block any of these residues (e.g., from other antigen-binding proteins that bind to these residues) may be suitable as antibodies that inhibit the interaction of PC8K9 and ECP (and LDL, respectively) . Thus, in some methods of carrying out the invention, antigen binding proteins that interact with any of the above residues or interact with residues within 5 A of the above residues are considered to provide suitable inhibition of binding of RS8K9 to LDL. Similarly, antigen binding proteins that block any of the above residues (which can be determined, for example, by competitive assay), may also be suitable for inhibiting PC8K9 / LDL interactions.

Example 30

21B12 binds to the catalytic domain of PC8K9, has a binding site different from 31H4, and can bind to PC8K9 simultaneously with 31H4.

In this example, the crystal structure of RS8K9 RgoCa is presented! (31-449 of 8EO GO N0: 3) associated with PaB fragments 31H4 and 21B12, determined at a resolution of 2.8 A (the conditions for which are described in the examples below). The crystal structure shown in FIG. 19A and 19B, demonstrates that 31H4 and 21B12 have different binding sites on PC8K9 and that both antigen-binding proteins can bind to PC8K9 simultaneously. The structure shows that 21B12 interacts with amino acid residues from the catalytic domain of PC8K9. In this structure, the interaction between PC8K9 and 31H4 is similar to that observed above.

The specific nuclear amino acid residues RS8K9 of the interface surface with 21B12 were defined as RS8K9 residues that are within 5A of the 21B12 protein. These are the following nuclear residues: 8153, 8188, H89, 0190, 8191, Ό192, Я194, Е197, С198, Я199, V200, Ό224, Я237, Ό238, К243, 8373, Ό374, 8376, Т377 and Р379.

The boundary amino acid residues of PC8K9 of the interface surface with 21B12 were defined as PC8K9 residues that were 5-8 A from the 21B12 protein. The boundary residues are as follows: H54, T187, H193, E195, H96, M201, V202, C223, T228, 8235, C236, A239, C244, M247, Sh69, 8372, C375 and C378. Amino acid residues that are almost or completely masked in the PC8K9 protein are underlined.

It will be apparent to those skilled in the art that in FIG. 19B shows the interaction between the CEI sites on the antigen binding protein and PC8K9. Accordingly, the model allows the person skilled in the art to identify residues and / or SEC regions that are especially important for the active center and which residues are less critical for the active center. As can be seen in the structure, CEJ2 of the heavy chain and SEJ1 of the light chain apparently interact closely with the epitope. Further, SEA1 of the heavy chain, SEA3 of the heavy chain, and SEA3 of the light chain are apparently close to the epitope, but not as close as the first set of SEA sites. Finally, SEY2 light chain, apparently, is at some distance from the epitope. Accordingly, it is likely that more significant variations are possible in more distant CEJ areas without inappropriate violation of the binding of antigen-binding protein to PC8K9. In some methods of carrying out the invention, residues in structures that interact directly are conservative (or alternatively conservatively replaced), while residues that do not directly interact with each other can change to a greater extent. Accordingly, a person skilled in the art, given the present teachings, can predict which residues and regions of antigen binding proteins can change without improperly disrupting the ability of the antigen binding protein to bind to PC8K9. For example, the residues that are closest to PC8K9 when the antigen binding protein binds to PC8K9 are residues that probably play a more important role in binding the antigen binding protein to PC8K9. As indicated above, these residues can be divided into residues that are within 5 A of PC8K9, and residues that are between 5 and 8 A. Specific nuclear amino acid residues 21B12 of the interaction interface with PC8K9 were identified as 21B12 residues located in within 5 A of the RS8K9 protein. For heavy chain residues, find

- 79 032106 ranging within 5 A, include the following: T30, 831, Υ32, C33, W50, 852, P53, Υ54, N55, N57, N59, K98, C99, Υ100 and C101. For a light chain, residues within 5 A include the following: C30, C31, Υ32, N33, 834, E52, Υ93, T94, 895, T96 and 897. For a heavy chain, residues located 5-8 A from PC8K9 Proteins include the following: T28, L29, Ι34, 835, W47, V51, C56, T58, Υ60, T72, M102 and Ό103. For the light chain, residues within 5-8 A of PC8K9 include the following: 826, V29, V35, Υ51, N55, 892, M98, and V99.

It will be apparent to those skilled in the art that the results from Example 30 indicate where antigen binding proteins that interact with PC8K9 can interact with PC8K9 and still block PC8K9 from interacting with ECPa (and thus, LDL). Thus, antigen binding proteins that interact with any of these PC8K9 residues or block any of these residues can be useful as antibodies that inhibit the interaction of PC8K9 and ECPa (and LDL, respectively). Thus, in some methods of carrying out the invention, antibodies that interact with any of the above residues or interact with residues within 5A of the above residues are considered to provide suitable inhibition of binding of RS8K9 to LDL. Similarly, antigen binding proteins that block any of the above residues (which can be determined, for example, by competitive assay), may also be suitable for inhibiting PC8K9 / LDL interactions.

Example 31

Interaction between ECPa, PC8K9 and antibodies.

The structure of the three-part complex (PC8K9 / 31H4 / 21B12) from the above example was superimposed on the PC8K9 / ECP structure (determined in accordance with the description in Example 28), the result of this combination is shown in FIG. 20A. This figure shows the regions on PC8K9 that can be successfully outlined to inhibit the interaction of PC8K9 with ECPa. The figure shows that both 31H4 and 21B12 partially overlap with the position of the ECPa domain of LDL and spatially disrupt its binding to PC8K9. In addition, as can be seen in the structures, 21B12 interacts directly with a subgroup of amino acid residues that are clearly involved in binding to the LDL of the ECP domain.

As noted above, the analysis of crystalline structures identified specific amino acids involved in the interaction between PC8K9 and partner proteins (central and boundary regions of the interface on the PC8K9 surface), and the spatial requirements of these partner proteins for interaction with PC8K9. Structures suggest methods of inhibiting the interaction between RS8K9 and LDL. First, as noted above, the binding of the agent to PC8K9, where it has common residues with the center for the binding of the ECPa domain of the LDL receptor, would inhibit the interaction between RS8K9 and LDL. Secondly, an agent that binds beyond common residues can spatially disrupt the ECP domain or LDL regions, which are either the M or C-terminus of the ECP domain, to prevent interaction between RS8K9 and LDL.

In some methods of carrying out the invention, the residues involved both in the binding of ECPa and close to the regions where the above antigen binding proteins bind are particularly suitable for manipulating the binding of RS8K9 to LDL. For example, amino acid residues from common interface surfaces in both the central region and the boundary region for various binding partners are listed in Table. 12 below. Amino acid residues fully masked in the PC8K9 protein are underlined.

Table 12

Options Amino Acid Position (s)) 31H4 / EOR both less than 5 A Ό374, U380, 8381 31H4 less than 5 A / EOG 5-8 A Ό367, (^ 382 31H4 5-8 A / EOR less than 5 A 1369, 8372, C378, P379 31H4 / EOR both 5-8 A H229, 8373 21B12 / EOR both less than 5 A 8153, K194, Ό238, Ό374, T377, P379 21V12 less than 5 A / EOR 5-8 A K237, K243, 8373, 8376 21B12 5-8 A / EOR less than 5 A 1154, A239, 1369, 8372, C375, S378 21B12 / EOR both 5-8 A H193, E195

It will be apparent to those skilled in the art that in some embodiments of the invention, antigen binding proteins bind to and / or block at least one of the above residues.

- 80 032 106

Example 32

Structural interaction of LDL and RS8K9.

Model RS8K9 full length. associated with the presentation of LDL full length. was created using the integrated structure of RS8K9 RgoSa! (31-454 of 8EO ΙΌ NO: 3) / ECPa. The full-length structure of the RS8K91 (P1reg. EE et al. Thu sgk! A1 klisShge oG RS8K9: and ged1a! Og oG p1acta LPNPs1u1ek1eg1. 81gis1ige 15. 545-52 (2007)) was superimposed on the RS8K9 ProgSa! 31-454 of the complex. and the structure of LDL in its conformation of low pH (Vibepko, S. et al. 81 gis1ige oG Non-LDL geser! ex ex! gase11i1ag botas a! epococa 1 pH. 8c1epse 298. 2353-8 (2002)) was superimposed on the ECP domain from the complex . Images of the model are shown in FIG. 20V and 20C. The ECP domain is outlined in the figure. The figures show LDL regions outside of the ECPα fast binding domain. which lie in close proximity to the RS8K9. In FIG. 20I-20P presents the above interaction. along with representations of the grid on the surface of the antibody 31H4 and 21B12 from three different angles. As is obvious from the views. an antibody can not only interact and / or disrupt the interaction of LDL with PC8K9 in the actual binding site. but. apparently. other spatial interactions are also possible.

According to the above results, it becomes obvious. that antigen binding proteins. that bind to RS8K9. may also inhibit the interaction between RS8K9 and LDL. colliding with various areas of LDL (not only in the area of interaction between LDL and RS8K9). For example. the collision may be repeated 7 (B7). ESR domain. and / or the domain of the β-mover.

Examples of the invention of antigen binding molecules. which bind to or block the interaction of the ECP with RS8K9.

For a specialist, it’s obvious. that examples 28-32 and the accompanying figures provide a detailed description. how and where does the ECP interact with PC8K9 and as two representative neutralizing antigen binding proteins. 21B12 and 31H4. interact with RS8K9 and create their neutralizing effect. Respectively. the specialist will be able to easily identify antigen-binding molecules. which can similarly reduce the binding between ECPa (including LDL) and PC8K9 by identifying other antigen-binding molecules. which communicate with at least one of these locations on or near the RS8K9. Despite the fact that the corresponding locations (or epitopes) on PC8K9 are identified in the figures and in the present description. It may also be useful to describe these centers. as being within a given distance from residues. which are identified as being close to the binding site of the ECPa. In some methods of carrying out the invention, the antigen binding molecule will bind to one or more of the following residues or within 30 A of one or more of the following residues (numbered with reference to 8EO ΙΌ ΝΌ: 3): 8153. Ι154. P155 B194. Ό238. A239 Ι369. 8372. Ό374. C375. T377 S378 P379 U380. 8381. A156. Ν157. B158. E159. H193. E195. H229. B237. C240. K243. Ό367. Ι368. S370. A371 8373. 8376. 0382. A72. P150. A151 0152. T214. B215. P216. H217. A220. 8221. K222. 8225. H226. S255. 0256. C257. K258. Ν317. P318 T347 B348. S349 T350 B351. E366. Ό367. Ό374. U380. 8381. 0382. 8383. C384. K69. Ό70. P71 8148. U149. Ό186. T187. E211. Ό212. S213. B218. 0219. C223. Ό224. S227. H229. B253. Ν254. S259. P288 A290. C291. C316. B319. Υ325. U346. S352. T353 C365. Ι368. Ι369. 8372. 8373. C378. P379 T385. 8386. 0387. 8153. 8188. Ι189. 0190.8191.Ό192. B194. E197. S198. B199. U200. Ό224. B237. Ό238. K243. 8373. Ό374. 8376. T377. P379 Ι154. T187. H193. E195. Ι196. M201. U202. S223. T228. 8235. C236. A239 S244. M247. Ι369. 8372. C375 or C378. In some methods of carrying out the invention, the antigen-binding molecule binds within 30 A of one or more of the following residues (numbered with reference to 8E0 ΙΌ NO: 3): 8153. Ι154. P155 B194. Ό238. A239 Ι369. 8372. Ό374. C375. T377 S378 P379 U380. 8381. A156. Ν157. B158. E159. H193. E195. H229. B237. C240. K243. Ό367. Ι368. S370. A371 8373. 8376 or 0382. In some methods of carrying out the invention, the antigen-binding molecule binds within 30 A from one or more of the following residues (numbered with reference to 8E0 ΙΌ ΝΘ: 3): A72. P150. A151 0152. T214. B215. P216. H217. A220. 8221. K222. 8225. H226. S255. 0256. C257. K258. Ν317. P318 T347 B348. S349 T350 B351. E366. Ό367. Ό374. U380. 8381. 0382. 8383. C384. K69. Ό70. P71 8148. U149. Ό186. T187. E211. Ό212. S213. B218. 0219. C223. Ό224. S227. H229. B253. Ν254. S259. P288 A290. C291. C316. B319. Υ325. U346. S352. T353 C365. Ι368. Ι369. 8372. 8373. C378. P379 T385. 8386 or 0387. In some embodiments, the antigen binding molecule binds within 30 A of one or more of the following residues (numbered with reference to 8E0 8 NO: 3): 8153. 8188. 18189. 0190.8191.Ό192. B194. E197. S198. B199. U200. Ό224. B237. Ό238. K243. 8373. Ό374. 8376. T377. P379 Ι154. T187. H193. E195. Ι196. M201. U202. S223. T228. 8235. C236. A239 S244. M247. Ι369. 8372. C375 or C378.

In some methods of carrying out the invention, the antigen binding molecule binds within 30. 30-25. 25-20. 20-15. 15-8. 8.8-5. 5. 5-4. 4 or less A from one or more of the above residues. In some methods of carrying out the invention, an antigen binding molecule. when connected to RS8K9. is within at least one of the above distances. for a few of the above residues. For example. in some embodiments, the antigen binding molecule is within one of the listed distances (e.g.

- 81 032 106 measures, 30, 30-25, 25-20, 20-15, 15-8, 8, 8-5, 5, 5-4, 4 or less) for at least 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 20-25, 25-30, 30-35, 35-40, 40-45, 45-50, 50-55, 55-60, 60-65, 65-70, 70-75 or more of the above residues. In some methods of carrying out the invention, the antigen-binding molecule is within one of the listed distances for at least 1-10, 10-20, 20-30, 30-40, 40-50, 50-60, 60-70, 70-80, 80 -90, 90-95, 95-99, 99-100% of the residues identified in each group of their subgroup (as, for example, only surface residues in the group). Unless specifically stated otherwise, the distance between the antigen-binding molecule and PC-K9 is the shortest distance between the covalently bound atom on PC-K9 and the covalently bound atom of the antigen-binding molecule, which are the closest atoms of PC-K9 and the antigen-binding molecule. Similarly, unless specifically indicated otherwise, the distance between the residue (on the antigen-binding molecule or PC-K9) and another protein (either PC-K9 or the antigen-binding molecule, respectively) is the distance from the nearest point on the identified residue to the nearest covalently bound portion of another protein. In some methods of carrying out the invention, the distance can be measured from the main chain of amino acid chains. In some methods of carrying out the invention, the distance can be measured between the edge of the paratope and the edge (closest to each other) of the epitope. In some methods of carrying out the invention, the distance can be measured between the center of the surface of the active center and the center of the surface of the epitope. It will be apparent to those skilled in the art that the present description is suitable for each of the individual sets of residues listed here. For example, the ranges described above are considered generally and especially for residues 8 A listed in Examples 28-32 and residues 5 A listed in Examples 28-32.

In some embodiments, the antigen-binding molecule binds to a surface on PC-K9, which is bound to at least one of B-Pa, 21B12, or 31H4. In some methods of carrying out the invention, the antigen-binding molecule binds to PC-K9 at a position that overlaps with the interaction positions between PC-K9 and BP-a, AB 31H4 and / or AB 21B12 (as described in the above examples and figures). In some methods of carrying out the invention, the antigen binding molecule binds to PCΞK9 at a position that is further away from one of the above residues. In some methods of carrying out the invention, such an antigen binding molecule may still be an effective neutralizing antigen binding molecule.

In some methods of carrying out the invention, the structure of the catalytic domain PC-K9 can be described as essentially triangular (as shown in Fig. 19A). The first side of the triangle is shown at the time of binding to 31H4 protein. The second side of the triangle is shown at the moment of binding by protein 21B12, and the third side of the triangle is located in the direction of the bottom of the page, immediately above the label of FIG. 19A. In some methods of carrying out the invention, antigen-binding molecules that bind to the first and / or second sides of the catalytic domain of PC-K9 can be useful as neutralizing antibodies, since they can either directly or spatially disrupt the binding of PC-K9 to PC-K9. It is obvious to a person skilled in the art that when antigen-binding molecules are large enough, such as a complete antibody, the antigen-binding molecule does not need to bind directly to the binding site of ВΟРа in order to disrupt the binding of ВΟРа to PCΞК9.

It is obvious to a person skilled in the art that although the ВΟРа domain of LDL was used in many examples, the models and structures are still applicable to how full-length LDL protein will interact with PC-K9. Indeed, the additional structure present on the full-length LDL protein represents the extra space of the protein, which can be further blocked by one of the antigen-binding molecules. Accordingly, if an antigen-binding molecule blocks or inhibits the binding of BΟPa to PCΞK9, it will probably be no less than the same, if not more effective full-length protein for LDL. Similarly, antigen-binding molecules that are within a given distance or block various residues that are suitable for inhibiting BΟPa binding are likely to be as effective, if not more effective, for full-length LDL.

It is obvious to a person skilled in the art that any molecule that blocks or binds to the PCΞK9 residues described above (or within the indicated distances), or which inhibits one or more of the interactions noted in the examples and figures described above, can be used to inhibit the interaction of ВΟРа (or LDL in general) and RSΞK9. Accordingly, the molecule should not be limited to the antigen binding protein, since any antigen binding molecule can also meet the desired purpose. Examples of antigen binding molecules include aptamers, which may be either oligonucleic acid molecules or a peptide. Other examples of antigen-binding molecules include avimers, peptibodies, small molecules and polymers, and modified versions of BΟPa, which can increase its affinity for PCΞK9 and / or half-life, such as amino acid mutation, glycosylation, pegylation, Pc fusion and fusion of avimers. It will be apparent to one skilled in the art that in some embodiments of the invention, LDL is not an antigen binding molecule. In some methods of carrying out the invention, subsections of the binding of VLDL receptor are not antigen-binding molecules, for example, BΟPa. In some ways, other molecules through which PC8K9 transmits signals that are not antigen-binding molecules. Such embodiments of the invention will be particularly defined in essence.

Example 33

Expression and purification of protein samples.

The present example describes some embodiments of the invention with respect to a method for the preparation and purification of various PC8K9 proteins / variants (including LDL ECEa domain). PC8K9 proteins / variants (for example, P8SK9 31-692 N533 A, RS8K9 449ΊΈν and RS8K9 RgoCaG 31454) were expressed in baculovirus H1-5 insect cells with a terminal signal peptide of mellitin of honey bees followed by H1k ₆ tag. PC8K9 proteins were purified using nickel affinity chromatography, ion exchange chromatography, and size exclusion chromatography. The label mellitin-H1k ₆ was removed during purification by cleavage with ΊΈν protease. The design of the RS8K9 449TEV was used to obtain samples of the RS8K9 RgoSaG (31-449) and ν domain (450-692). This construct had a азыν protease cleavage site inserted between PC8K9 residues 449 and 450. For the full length variant No. 55A for crystallography, the PC8K9 fragment 31-454 and PC8K9 449TEV variant for crystallography after ΠΈν, the protein product also included the original CAMS sequence. Thus, after ΓΤΞν cleavage, these proteins were SAMCRS8K9. In addition, the PC8K9 449ΤΈν protein included the sequence EN ^ ΥΕ ^ (8Eff ΙΌ N0: 403) inserted between positions H449 and C450 8Eff ΙΌ N0: 3. After cleavage with ΛΈν, the PC8K9 PrgoCaG protein obtained from this structure was CAMS-PC8K9 (31-449) -EN ^ ΥΕ ^. and the ν domain obtained from this structure was PC8K9 (450-692) from 8Eph ΙΌ N0: 3. 21B12 and 31H4 Eb fragments were expressed in E. soy. These proteins were purified by nickel affinity chromatography, size exclusion chromatography, and ion exchange chromatography.

The LDL ECE domain (293-334) was expressed as a C8T fusion protein in E. soi. The ECE domain was purified by ion exchange chromatography, glutathione sepharose affinity chromatography and size exclusion chromatography. The C8T protein was removed during purification by cleavage of the Prg8c1cup protease.

Example 34

Complexation and crystallization.

The present example describes a method for producing complexes and crystals used in the above examples of structural studies.

PC8K9 31-692 No. 33A / 31H4 complex was obtained by mixing 1.5 molar excess of 31H4 Eb with PC8K9. The complex was purified by size exclusion chromatography to remove excess 31H4 EaB. RS8K9 31-692 No. 33A / 31H4 the complex crystallizes in 0.1 M Tpc pH 8.3, 0.2 M sodium acetate, 15% PEC 4000, 6% dextran sulfate sodium chloride (Mg 5000).

The RS8K9 RgoSaG 31-449 / 31H4 / 21B12 complex was obtained by first mixing 1.5 molar excess of 31H4 EaB with RS8K9 31-449. The complex was separated from excess 31H4 by purification on a column for displacement chromatography. A 1.5 molar excess of 21B12 Eb was then added to the PC8K9 31-449 / 31H4 complex. The three-part complex was separated from the excess 21B12 by purification on a column for size exclusion chromatography. RS8K9 RgoSaG 31-449 / 31Н4 / 21В12 complex crystallizes in 0.1 M TPc pH 8.5, 0.2 M monobasic ammonium phosphate, 50% MRE.

The RS8K9 RgoSaG 31-454 / ECE-complex was obtained by mixing 1.2 molar excess of the ECE-domain with the RS8K9 31-454. RS8K9 RgoCaG 31-454 / ECEa domain complex crystallizes in 0.2 M potassium formate, 20% PEC 3350.

Example 35

Data collection and structure determination.

This example describes a method for collecting data sets and defining structures for the above examples of structure studies.

The initial data sets for RS8K9 31-692 No. 33A / 31N4 and RS8K9 RgoSaG 31-449 / 31N4 / 21V12 crystals were collected on a Vfaki EB-E X-ray source. RS8K9 RgoSaG 31-454 / ECEa data set and higher resolution datasets for RS8K9 31-692 No. 33A / 31N4 and RS8K9 RgoSaG 31-449 / 31N4 / 21V12 crystals were collected on the installation of AITAPSEY B | dN (8oigse GeatNpe 5.0.2 University Berkeley. All data sets were processed using the yepho / ksa1erask package or NKB2000 (01 \\ '1po \\' kkg Ζ., Vogek, Ό., Ma) e \\ 'kkg V. & Mshog, V. MiShragateygs ksaypd ok yikgasyyop 1p1epk1yek - Multiparameter scaling of diffraction intensity. Ayia Sguk1a11odg A 59, 22834 (2003)).

PC8K9 / 31H4 crystals were grown in the C2 space group with lattice constants a = 264.9; B = 137.4; c = 69.9 A; β = 102.8 ° and diffracted to a resolution of 2.3A. Structure RS8K9 / 31N4 was solved by molecular replacement using the program M0VER (T1e SSR4 Quillet: rgodgatk kog rgoGesh sgukGaLodgaryu - SSR4 set of programs:. Programs for protein crystallography Aia SgukGayodg Ό V1o1 SgukGayodg 50, 760-3 (1994) using RS8K9 structure. (P1reg, E.E. et al. T1e sugk! A1 kyis1ige ok RS8K9: a hedik-iog ok p1act LPNP-s1y1ek1eg1. - Crystal structure RS8K9: regulator

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Plasma LDL cholesterol. 81gis1ige 15, 545-52 (2007)) as the starting model of the study. Keeping the solution of PC8K9 31-692 unchanged, the variable domain of the antibody was used as the starting model. Keeping the solution PC8K9 31-692 / antibody variable domain unchanged, the antibody C domain was used as a starting model. The full structure was improved by repeated cycles of building the model using fiTa and fine-tuning using SPX. . (Vgipdeg, AT et al Sguy1a11odgarku & NAME yuy is: A ne \ y Joop \ Gaga dw e Gogh tasgoto1esi1ag y1gis1ige be1egshtayop - crystallography system & YAMYA:!. A new set of programs to determine macromolecular structures Aba Sguy1a11odg Ό Vyu1. Go! A11odg 54, 905-21 (1998)).

RS8K / 31N4 / 21V12 crystals were grown in the P2D2 space group with lattice constants a = 138.7; B = 246.2; c = 51.3 A and diffracted to a resolution of 2.8A. The PC8K9 / 31H4 / 21B12 structure was solved by molecular replacement using the M0NYAER program using the PC8K9 RgoCa! / 31H4 variable domain as the starting model for the study. Keeping the variable domain of PC8K9 RgoCa! / 31H4 unchanged, the C-domain of the antibody was studied. Keeping the C-domain of PC8K9 RgoCa! / 31H4 / 21B12 unchanged, the variable domain of the antibody was used as the starting model. The complete structure was improved by repeated cycles of building the model using OnSha and fine-tuning using SPX.

Crystals of the PC8K9 / E6Ea domain were grown in the P6 ₅ 22 space group with lattice constants a = b = 70.6; c = 321.8A and diffracted to a resolution of 2.9A. The structure of the PC8K9 / E6Ea domain was solved by molecular substitution using the MoKER program using PC8K9 RgoCa! as a starting study model. An analysis of the electron density distribution maps showed a clear electron density for the E6Ea domain. The E6Ea LDL domain was manually adjusted, and the model was improved by repeated model building cycles using OnSha and fine-tuning using SPX.

Nuclear amino acids of the interaction interface were all defined as amino acid residues with at least one atom at a distance less than or equal to 5A from the protein partner PC8K9. 5A was chosen as the shortened distance of the nuclear region to account for atoms within the van der Waals radius plus a possible water-mediated hydrogen bond. Boundary amino acids of the interaction interface were all defined as amino acid residues with at least one atom at a distance less than or equal to 8A from the PC8K9 of the partner protein, but not included in the list of nuclear interactions. A value less than or equal to 8A was chosen as the reduced distance of the boundary region to take into account the length of the extended arginine amino acid. Amino acids that met these distance criteria were calculated using the PyMoL program (OeLapo, No. L. T1e PUMOI Mo1eci1ag 6harYsu 8uyet. (Pa1o A1o, 2002).

Example 36

Crystal structure of RS8K9 and 31A4.

The crystal structure of 31A4 / PC8K9 was determined.

Expression and purification of protein samples.

PC8K9 449TEU (PC8K9 construct with a TEU protease cleavage site inserted between residues 449 and 450, numbered according to 8Eph ΙΌ N0: 3) was expressed in insect baculovirus H1-5 infected N-terminal signal peptide of mellitin of honey bees followed by H1y ₆ label. PC8K9 proteins were first purified by nickel affinity chromatography. The TEU protease was used to remove the mellitin-H1y ₆ tag and to cleave the PC8K9 protein between the catalytic domain and the Y domain. The domain was further purified by ion exchange chromatography and size exclusion chromatography. The 31A4 Eb fragment was expressed in E. co11. This protein was purified by nickel affinity chromatography, size exclusion chromatography, and ion exchange chromatography.

Complexation and crystallization.

PC8K9 Y domain / 31A4 complex was obtained by mixing 1.5 molar excess of PC8K9 Y domain with 31A4 EaB. The complex was separated from the excess RS8K9 U domain by purification on a column by size exclusion chromatography. PC8K9 The domain / 31A4 complex crystallized in 1.1 M succinic acid, pH 7, 2% PE6 MME 2000.

Data collection and structure determination.

The data set for RS8K9 Y domain / 31A4 crystal was collected on an X-ray source Y1daki EYA-E and processed using bepoho / ysa1erask. (01 \\ 'then \\' ykg Ζ., Vogek, Ό., Ma) e \\ 'ykg No. & Mshog, No. Mi1yragate1ps ysakpd oG bShgasyop Yepyshey. Aba Sguy1a11odg A 59, 228-34 (2003)).

RS8K9 Y domain / 31A4 crystals were grown in the P2D2 space group with lattice constants a = 74.6; B = 131.1; c = 197.9 A, with two complex molecules per asymmetric unit, and diffracted to a resolution of 2.2 A. The structure of the RS8K9 Y domain / 31A4 was solved by molecular replacement using the M0BNER program (SSR4. T1e SSR4 iNe: roggy gog rogo! Yes, I’m guilty. Aba Sguy1a11odg Ό Vyu1 Sguy1a11odg 50, 760-3 (1994) using the structure of the PC8K9 domain (P1reg, E.E. et al. T1e sug! -s1yu1ey1ego1. 81 bend 15, 545-52 (2007)) as the starting model of the study. Keeping the PC8K9 450-692 solution unchanged, the variable domain of the antibody was used as the starting model for the study. After initial debugging

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Antibody C domains were manually adjusted. The full structure was improved by repeated cycles of building the model using fiap1a and fine-tuning using cxf.

Nuclear amino acids of the interaction interface were all defined as amino acid residues with at least one atom at a distance less than or equal to 5A from the protein partner PC8K9. 5A was chosen as the shortened distance of the nuclear region to account for atoms within the van der Waals radius plus a possible water-mediated hydrogen bond. Boundary amino acids of the interaction interface were defined as amino acid residues with at least one atom at a distance less than or equal to 8 A from the PC8K9 of the partner protein, but not included in the list of nuclear interactions. A value less than or equal to 8A was chosen as the reduced distance of the boundary region to take into account the length of the extended arginine amino acid. Amino acids that met these distance criteria were calculated according to the Py программе program (Pebapo, No. L. THe Pomo Mozeciag Sarysk 8y51et (Pao A11o, 2002)). Distances were calculated using the V domain A and 31A4 L1, H1 complex.

The crystal structure of the PC8K9 V domain associated with the EaB fragment 31A4 was determined with a resolution of 2.2A. Images of the crystal structure are shown in FIG. 21Λ-21Ω. In FIG. 21A-21C show that 31A4 Eb binds to the PC8K9 V domain in the region of subdomains 1 and 2.

A full-length PC8K9 model connected by 31A4 EaB was created. The full-length PC8K9 structure was superimposed on the PC8K9 V domain from the complex. An image of this model is shown in FIG. 21Ό. The interaction site between the ECE domain of LDL and PC8K9 is highlighted.

An analysis of the structure shows where this antibody interacts with PC8K9, and has demonstrated that antibodies that do not bind to the binding surface of the LDL protein of the RS8K9 protein can still inhibit the destruction of LDL, which is mediated through PC8K9 (when the results are considered in combination with Example 40 and 41 below ) In addition, analysis of the crystal structure involves the identification of specific amino acids involved in the interaction between the PC8K9 and 31A4 antibody. Moreover, the nuclear and boundary regions of the interface on the RS8K9 surface were also determined. The specific nuclear amino acid residues PC8K9 of the interface surface with 31A4 were defined as PC8K9 residues that are within 5A of the 31A4 protein. Nuclear residues are T468, K469, M470, A471, T472, K496, K499, E501, A502, f503, K510, H512, E515, P540, P541, A542, E543, H565, No. 566, E567, V568, E569, K592 and E593. The boundary amino acid residues of PC8K9 of the interface surface with 31A4 were defined as PC8K9 residues that are 5-8 A from 31A4 of the protein. The boundary residues are as follows: 8465, C466, P467, A473, 1474, K476, 2422, E498, _M500 , _{C5 (} ) _{4 Κ5} ογ _Ε50 γ at ₅ о ₈ , A511, N513, A514, 6516, U536, T538, A539, A544 , T548, S570, L571, H591, A594, 8595 and H597. Amino acid residues, almost or completely masked in the PC8K9 protein, are underlined. As noted in the present description, the numbering corresponds to the positions of the amino acid 8Ef ΙΌ ΝΟ: 3 (correctable as noted in the present description).

Specific nuclear amino acid residues 31A4 of the interface surface with PC8K9 were defined as 31A4 residues that are within the 5A of PC8K9 protein. The nuclear residues for 31A4 antibodies are as follows: heavy chain: C27, 828, E29, 830, A31, Υ32, Υ33, E50, Ν52, H53, K56, Ό58, K76, C98, f99, b100 and V101; light chain: 831, Ν32, T33, Υ50, 851, Ν52, Ν53, ф54, No. 92 and Ό94. Boundary amino acid residues 31A4 of the interface surface with PC8K9 were identified as 31A4 residues that are 5-8 A from the PC8K9 protein. The boundary residues for 31A4 are as follows: heavy chain: VI, C26, No. 34, No. 35, No. 47, No. 51, 854, T57, No. 59, A96, K97, P102, E103 and Ό104; light chain: 826, 827, Ν28, C30, V34, Ν35, K55, P56, K67, V91, Ό93, 895, Ν97, C98 and No. 99.

The crystal structure also reflected the spatial requirements of this ATS in its interaction with RS8K9. As shown in this structure, it is surprising that antibodies that bind to PC8K9, without directly preventing the interaction of PC8K9 with LDL, can still inhibit the function of PC8K9.

In some methods of carrying out the invention, any antigen-binding protein that binds to 31A4, covers it or prevents its interaction with any of the above residues, can be used to bind to or neutralize PC8K9. In some methods of carrying out the invention, ABP binds or interacts with at least one of the following residues RS8K9 (81 G) ΙΌ ΝΟ: 3): T468, K469, M470, A471, T472, K496, K499, E501, A502, f503, K510, H512 , E515, P540, P541, A542, E543, H565, No. 566, E567, V568, E569, K592 and E593. In some embodiments, the ABP is within 5 A of one or more of the residues described above. In some methods of carrying out the invention, ABP binds or interacts with at least one of the following residues RS8K9 (8Ef ΙΌ ΝΟ: 3): 8465, C466, P467, A473, Ι474, K476, 2422 'E498, _Μ5 θθ, о _{504 К} 506, _Ε50 γ γ508, A511, N513, _A514 , _C516 γ536, T538, A539, A544, T548, Ό570, L571, H591, A594, 8595 and H597. In some methods of carrying out the invention, the ABP is at a distance of 5-8 A from one or more of the residues described above. In some methods of carrying out the invention, the ABP interacts, blocks or is within 8 A 1, 2, 3, 4, 5,

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6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 20, 25, 30, 35, 40, 45, or the 50th of the above residues.

The coordinates for the crystal structures referred to in the examples described above are presented in table. 16.1 (RS8K9 full length and 31H4), tab. 16.2 (RS8K9 and EOEa), tab. 16.3 (RS8K9, 31N4 and 21V12) and tab. 16.4 (RS8K9 and 31A4). Antigen-binding proteins and molecules that interact with the corresponding regions or residues of the PC8K9 structure (including regions or residues within 15, 15-8, 8, 8-5, 5 or less A from the place where EOEa, or antibodies, interact with RS8K9) depicted in the figures and / or their corresponding positions on the structures from the coordinates.

The antibodies described in the coordinates were grown in E. coE and, thus, have some slight differences in amino acids from fully human antibodies. The first residue in the variable region was glutamic acid, rather than glutamine for the heavy and light chains for 21B12 and for the light chain for 31H4. In addition to the differences in the variable region sequence, some differences were also observed in the constant region of the antibodies described by the coordinates (again due to the fact that the antibody was grown in E.co11). In FIG. 22 highlighted (by hatching or in bold) differences between the constant regions of 21B12, 31H4 and 31A4 EaB (grown in E.co11) compared to 8E ^ N0: 156 and 155. For 21B12 31H4 and 31A4 the constant sequence of the light chain similar to the human lambda sequence (8E ^ ΙΏ N0: 156). The underlined glycine residue is the insertion between the place where the 21B12 and 31H4 variable sequences end and the lambda sequence begins.

For both 21B12 and 31H4, the heavy chain constant is similar to human IβO4 (8E (^ PE N0: 155). The distinguished differences in Fig. 22 are shown in Table 13.

Table 13

Crystal Sequence W N0: 155

8C

QC

OE

O8

ΩK

It

Νϋ

Kk

P8

In relation to 31A4, although it also has the same differences as noted above, there are three additional differences. As shown in FIG. 22, at the beginning there are two additional amino acids that result from incomplete processing of the signal peptide in the expression of E. co11. In addition, there is one additional substitution in the constant region of the heavy chain 31A4, compared to 8EO ΙΏ N0: 155, which is the regulation of E (in 8EE) ΙΏ N0: 155) to N. Finally, 31A4 does have glutamine as the primary amino acid EaB rather than glutamic acid regulation, as noted above for 21B12 and 31H4.

For all three antibodies, the end of the heavy chain (indicated by a dark gray frame) is also different, but the amino acids are not ordered in structure, so that they do not appear in the coordinates. It is obvious to a person skilled in the art that Yk tags are not a necessary part of the ABP and should not be considered as part of the ABP sequence unless specifically referred to a specific 8EE) ΙΏ N0, which includes a histidine tag and the statement that the ABP sequence includes a histidine tag.

Example 37

Mapping - epitope binning.

In addition to the series of experiments in Example 10, an alternative series of binning experiments was performed. As in Example 10, ABP proteins competing with each other can be considered to bind to the same site on the target and, in ordinary language, are loaded into the basket together.

We used a variant of the Multiplex Binning method (Mi1Pr1ehe6 Wpd teShob), described in Pa, e1 a1. (I. Ittiηο1οβ ^ sa1 MeShobk, 288 (2004), 91-98). Separate codes of bitech pellets coated with streptavidin were cultured in 100 μl of 0.5 μg / ml biotinylated monovalent mouse-anti-human anti-capture antibody (BO Reagent, # 555785) for 1 h at room temperature in the dark, then washed three times ( 3 *) in PB8A, phosphate buffered saline (PB8) plus 1% bovine serum albumin (B8A). Each code of the pellet was cultured separately with 100 μl of 2 μg / ml anti-PC8K9 antibody (CoaPdAnPoba) for 1 h, then washed 3 * with PB8A. The granules were combined and then dispensed on a 96-well filter plate (MPProg, # M8BUY1250). 100 μl of 2 μg / ml of purified PC8K9 protein was added to half of the wells. A buffer was added to the other half as a control. The reaction was incubated for 1 h, then washed. 100 μl of 2 μg / ml anti-PC8K9 antibody (Pe1ec1up AB) was added to all wells, incubating

- 86 032106 Wali for 1 h, then washed. The irrelevant [irrelevant] human 1dC Tsaskkop, # 009-000-003) was used as the second control sample. To each well was added 20 μl of PE-conjugated monovalent mouse-anti-human 1dC (AT Ryattdep, # 555787) and incubated for 1 h, then washed. Pellets were resuspended in 100 μl of PB8A and a minimum of 100 events / pellet code was collected on a VyuP1ekh device (VyuKab).

From the signal of the corresponding reaction containing PC8K9, the average fluorescence intensity (MP1) of the antibody pair without PC8K9 was subtracted. For a pair of antibodies that are considered to be linked at the same time, and therefore in different baskets, the subtracted signal must exceed more than 3 times the signal of an antibody competing with itself, and 3 times more than the signal of an antibody competing with an irrelevant antibody.

The data from the above experiment are shown in FIG. 23A-23O. ABPs were distributed across five baskets. The shaded frames indicate ABPs that can communicate with PC8K9 at the same time. Unshaded frames indicate ABPs that compete with each other for binding. A summary of the results is presented in table. 14.

Table 14

ΒΙΝ 1 ΒΙΝ2 ΒΙΝ 3 ΒΙΝ4 ΒΙΝ 5 01A12.2 27B2.1 16E12.1 1101.5 30A4.1 03B6.1 27В2.5 22E2.1 03C4.1 13B5.1 09C9.1 12H11.1 27A6.1 13H1.1 17C2.1 28B12.1 31A4.1 21B12.2 2806.1 31B12.1 2301.1 31011.1 2504.1 31H4.1 26E10.1 08A1.2 11H4.1 08A3.1 11H8.1 11E1.1 19H9.2 26H5.1 27E7.1 27H5.1 30V9.1 02B5.1 23B5.1 27B2.6 09H6.1

Baskets 1 (compete with ABP 21B12) and 3 (compete with 31H4) do not intersect each other; basket 2 competes with baskets 1 and 3; and basket 4 does not compete with baskets 1 and 3. Basket 5 in this example is presented as a trap basket to describe ABPs that do not fit in other baskets. Thus, the identified ABPs described above in each connection are representatives of different types of epitope locations on PC8K9, some of which overlap with each other.

It is obvious to a person skilled in the art that if the reference ABP protein prevents the binding of the investigated ABP, then the antibodies are considered to be in the same basket. The order in which the ATSs are used may be important. If ATS A is used as a reference ATS and blocks binding of ATS B, then the converse is not always true: used as a reference ATS B will not necessarily block ATS A. There are a number of factors involved in this: binding of ATS can cause conformational changes in the target that prevent the binding of the second ABP, or epitopes that overlap but do not completely overlap each other, can allow the second ABP to maintain a sufficiently high affinity for the target to ensure Referring binding. ABPs with much higher affinity may have a higher ability to push the blocking ABP to the side. In general, if competition is observed in any order, it is considered that the ATS are loaded into the basket together, and if both ATS can block each other, then the epitopes are more likely to overlap.

Example 38

Epitope mapping - Western blot.

This example demonstrates whether or not the epitopes for the studied ABP were linear or conformational. To determine which antibodies have a conformational epitope, denaturing reducing and denaturing non-reducing western blots were examined. Antibodies that bind to a denaturing reducing western blot have a linear epitope and are not conformational. The results are presented in FIG. 24A and FIG. 24V. For a blot of 0.5 μg / lane of purified human PC8K9 full-length, we ran out 4-12% ^ RASE B1k-Tpk gel and ME8 8-8

- 87 032 106 movable buffer. 1 μg / ml anti-RS-K9 antibody, except 0.5 μg / ml 31011, was used to test the blot. Used 1: 5000 donkey-anti-human-IK700 a second time and readings were taken on an YSC0K instrument. The 13H1 antibody binds to a linear epitope on the PCΞK9 prodomain. All other antibodies yielded results compatible with conformational epitopes. These gels cleaved the prodomain from the rest of the protein, and the prodomain was driven out at approximately 15 kDa. In addition, it is likely that 3C4 and 31A4 bind to conformational epitopes that were retained by disulfide bonds, because the antibodies bound to PCΞK-9 under denaturing conditions when disulfide bonds were retained (left), but reducing the eliminated binding of samples (right).

Example 39

Epitope mapping - arginine / glutamic acid scan.

For further epitope analysis, representative ABPs were selected from each basket (from Example 37). An arginine / glutamic acid scan strategy was performed to map ABP binding to PC-K9. As a preparation, this method determines whether the residue is part of a structural epitope, implying those residues in the antigen that are in contact or masked by the antibody. The side chains of arginine and glutamic acid are loaded and bulky and can disrupt antibody binding, even if the mutated residue is not directly involved in antibody binding.

The choice of remainder.

To select the residues to be mutated for epitope mapping, the crystal structure of PC-K9 was used. In the method used to select the residues for the mutation, both computational mechanisms and interactive structural analysis are involved. The PCΞK9 structure contained omissions of the missing residues; it lacked 30 amino acids at the N-terminus (i.e., the signal sequence) and 10 amino acids at the C-terminus. Internal missing residues were modeled on the structure, and the N and C-terminal missing residues were not. For each residue, the ratio of solvent exposure was calculated: the surface area of each residue in the context of protein 9A1) was divided by the surface area of the residue in a flange glycine trimer (A2) with the main chain structure preserved. Residues with a hydrophilic ratio greater than 10% (K10), as well as 40 missing terminal residues, were selected. Of these, prolins and glycines with positive Φ angles were excluded to reduce the possibility of incorrect folding. The number of residues to be mutated in the U domain was reduced using the solvent exposure ratio of 37% along with visual inspection of the total protein to bring the total number of mutations to 285. Various PC-K9 surface orientations with the identification of these different classes are shown in FIG. 25A-25P. In these figures, the lightest halftone indicates areas that have not been selected or have been deselected. Darker halftones indicate selected residues.

Cloning and expression.

After the residues to be changed were identified, various residues were changed. Human PC-K9 was cloned into the pTT5 vector with the C-terminal P1ad-H18 tag. Mutants were obtained from this initial structure using site-directed mutagenesis using the OshkSNapde набора kit from Ξί ^ aίadeηе. The sense and antisense oligonucleotides used for mutagenesis were developed using Atdep's Mi1aOeshe software. All PCΞK9 structures were expressed in transiently transfected 293-6Ε cells in 24-well plates and redirected to three 96-well plates with a control sample of a non-mutated PCΞK9 (wild type, CT) in each plate. The expression levels and integrity of the recombinant proteins in the conditioned medium were verified by Western blotting. Of these initially selected 285 mutants, 41 were not cloned or expressed. 244 mutants were used to map antigenic determinants. The alignment of the maternal PC-K9 sequence and the representative PC-K9 sequence with 244 mutated residues is shown in FIG. 26. Separate constructs including one mutation were obtained. For the purposes of epitope sequences and epitope-based inventions, including binding changes, the sequences are presented with reference to ΞΕφ ΙΌ N0: 1 and / or ΞΕφ GO N0: 303. The sequences in FIG. 26 are the sequences used in the current binding epitope studies. It is obvious to a specialist that these results also apply to other variants of RS-K9 presented in the present description (for example, ΞΕΟ GO N0: 1 and 3, as well as other allelic variants).

Five antibodies were selected for accurate epitope mapping, a representative from each basket. This is 21B12, 31H4, 12H11, 31A4, 3C4. All conformational epitope antibodies. Three, 21B12, 31H4 and 31A4, were also crystallized using PC-K9 in accordance with the above description.

Structural and functional epitopes.

Epitopes can also be defined as structural or functional. Functional epitopes are usually a subset of structural epitopes; they have residues that directly contribute to the affinity of the interaction (for example, hydrogen bonds, ionic interactions). Structural epitopes can be imagined as foci of a target that is coated with an antibody.

Used scanning mutagenesis - arginine and glutamic acid. These two side

- 88 032106 chains were chosen because of their large spatial volume and their charge, which allows mutations occurring in the structural epitope to have a greater effect on antibody binding. In general, arginine was used, except in cases where the site of the permanent location of the PT was arginine, and in these cases the residue was mutated to glutamic acid to switch charge.

In order to measure the binding of the antibody to the PC8K9 and PC8K9 mutants at the same time, a granule-based multiplex analysis was used to map the epitope. The binding of the antibody to the mutants was then compared to its binding to the wild type in the same well. The options were divided into three groups: Group 1:81 option + 2 M control + 1 negative control sample + 1 other PC8K9 supernatant; Group 2:81 option + 2 M control + 2 negative control samples; and Group 3: 82 variants + 2 M control + 1 negative control.

The analysis was performed as follows: 85 sets of BitAbutch pellets coated with streptavidin (Vittech) with color indication were bound with a biotinylated anti-rep1AH1 antibody (P1aGep, * 1019225) for 1 h at room temperature (JT-real time scale), then washed with three times in PB8, 1% B8A, 0.1% T \ uep 20. Then each set of color granules was linked to a PC8K9 mutant, wild-type, or a negative control sample in 150 μl of supernatant at night at 4 ° C.

Color-coded granule sets, each associated with a specific protein, were washed and pooled. At this point, there were 3 pools of 85 sets of granules, one pool for each group of mutants and control samples. Granules from each pool were aliquoted into 24 wells (3 columns) of a 96 well filter plate (MtShroge, ^;; \ '18 V \ '\ 1250). 100 μl of 4-fold anti-PC8K9 antibody was added to nine triplicate columns and incubated for 1 hour in real time and washed. 100 μl of a 1: 200 diluted phycoerythrin (PE) -conjugated anti-human Pc (Cascopus (t ^ o ^ eats), # 109-116-170) was added to each well and incubated for 1 h in real time and washed.

The granules were resuspended in 1% B8A in PB8, shaken for 10 minutes, and readings were taken on a VyuP1ekh device (Vyu-Yaab). The device identifies each granule by its color indication, thus identifying the specific protein associated with the color indication. At the same time, the amount of antibodies bound to the granules is measured by the fluorescence intensity of the PE ink. The binding of the antibody to each mutant can then be compared directly to its binding to the wild type in the same pool. I ^ -17K chimeric E was used as a negative control sample. A summary of all investigated mutants is given in table. 15.1 (with respect to the sequence numbering used in FIGS. 1A and 26).

Table 15.1

BUT

AT

C ϋ

E

E

WITH

N

νντ RSZK9 Υ8Κ E18K P26K A38K T56K A70K H83K E102K Y28K ϋ145Κ SIR ECE E19K E27K K39K H57K Ω71Κ U84K I05K Ε129Κ 3148Κ E2K E10K ϋ20Κ 629K ϋ40Κ Ι.58Κ A73K N86K K106K Ρ130Ε rsekE vire ίθ5ί ϋ3Κ Y1K S21K TZOK Ι.44Κ <260K K74E K95K H109K Τ132Κ I17K sYtega Ε E4K X / 12P Ι.22Κ T31K T47K E62K K75E 397K □ 111Р ϋ139Κ νντ RSZK9 ϋ5Κ A14K A23K A32K K53K K63E Υ77Κ 698K A121K Ε140Ρ 66K Ι 15Ρ E24K TZZK E54K K66E Ι.78Κ ϋ99Κ 3123K Υ141Κ ϋ7Κ Defense industry A25K H35K E55K K67E Ι.82Κ Y01K UU126K (2142Κ

BUT

AT

C ϋ

E

E

WITH

N

νντ RSZK9 Μ171Κ Ε181Κ (2189Κ Κ213Κ Κ242Ε 6251K Ι.294Ρ Ι.321Ρ (2352Κ Ε380Κ Y49K Χ / 172Ρ ϋ182Κ Α190Κ 6214Κ Κ243Κ 6262Κ Α311Κ Ε336Κ Μ368Κ Κ384Ε 3158Κ Τ173Κ 6183Κ 8191Κ 3216Κ 3244Κ Κ265Ε (2312Κ ϋ337Κ 3371Κ I17K sYtega Ε (2160Κ ϋ174Κ Τ184Κ Κ192Κ Κ221Ε (2245Κ Α269Κ ϋ313Κ ϋ344Κ Α372Κ I17K sYtega Ε 3161Κ Ε176Κ Κ185Ε 3195Κ (2226Κ Ι.246Κ (2272Κ (2314Κ Τ347Κ Ε373Κ UUT RSZK9 ϋ162Κ Ν177Κ Ε186Κ Η196Κ Κ228Κ Χ / 247Ρ Κ276Ε Τ317Κ Ε349Κ Ε375Κ Κ164Ε Χ / 178Ρ Η187Κ Κ207Ε Τ230Κ (2248Κ Α277Κ Ι.318Κ Χ / 350Ρ Τ377Κ Ε167Κ Ε180Ρ Κ188Ε ϋ208Κ Ε240Κ Χ / 250Ρ Κ289Ε Τ320Κ 3351Κ Ι.378Ρ

BUT

AT

C ϋ E E

WITH

N

νντ RSZK9 Ν395Κ Χ / 405Ρ νν423Κ Κ446Ε Ε513Κ (2525Κ (2554Κ (2589Κ 3632Κ Α641Κ Ι386Ρ Ε396Κ Ν409Κ (2424Κ ϋ450Κ Α514Κ Ε537Κ Ν556Κ <2591K Τ633Κ Κ650Ε Η387Κ Α397Κ Α413Κ Α433Κ Α472Κ 3515Ρ \ / 538Ρ Κ579Κ Α595Κ Τ634Κ Κ652Ε Ε388Κ νν398Κ 3417Κ Η434Κ Ε485Κ Μ516Κ Ε539Κ Χ / 580Ρ Ε597Κ 6635Κ I17K sYtega Ε Α390Κ Ε401Ρ Τ418Κ Τ438Κ 6486Κ Κ519Ε Ι.541Ρ Κ581Κ Ε598Κ 3636Κ UUT RSZK9 Κ391Κ ϋ402Κ Η419Κ Κ439Ε Ε488Κ Η521Κ Η544Κ Ε582Κ Χ / 620Ρ Τ637Κ ϋ392Κ (2403Κ 6420Κ Μ440Κ Ν503Κ Η523Κ Χ / 548Ρ Η583Κ Κ629Ε 3638Κ Χ / 393Ρ Κ404Ε Α421Κ Τ442Κ Τ508Κ (2524Κ Κ552Ε 6584Κ U631K Ε639Κ

The study of the variability of the granules.

Prior to performing the epitope mapping binding analysis, a confirmatory experiment was conducted to evaluate the variability of the granule region to the granule region (B-B). In confirming

- 89 032106 experiment, all granules were conjugated with the same wild-type protein. Therefore, the difference between the regions of the granules was the result of exclusively B-B variation and was not affected by the difference between wild-type proteins and mutant proteins. Antibody titration was performed using twelve replications in different wells.

The purpose of this statistical analysis was to evaluate the B-B variability of the estimated EC ₅ value of the binding curves. The calculated BB standard deviation (8Ώ) was then used to construct the EC ₅₀ confidence intervals of wild-type proteins and mutant proteins during curve comparison experiments.

A four-parameter logistic model was fitted to the binding data for each pellet region. The final file containing the results of the quality control of the curve (OS) and the parameter estimation values for the upper (max), lower (tm), H111z1ore (gradient) and natural algorithms of the EU ₅₀ (хш1б) curves were used as raw data for analysis. Then, the BB variability for each parameter was calculated by fitting the mixed effect model using the 8A8 PB0C MGHEB technique. Only curves with good OS status were included in the analysis. The final model of the mixed effect included only the remainder (i.e., separate regions of the granules) as a random effect. Also, using the model of the mixed effect, the rms values (^ 8-tei) for each parameter were calculated. BB 81) was calculated by extracting the square root of the BB variation. A multiple change was also calculated between ^ 8-tei + 28Ώ and ^ 8-tei - 28Ώ, which represent approximately the upper and lower 97.5 percent or aggregates. The results are shown in table. 15.2.

Table 15.2

RMS value and estimates of granule-granule variation

Ii) analysis ragpat Bz theap B-V variation -28ϋ + 28ϋ Multiplicity of change * RS8K9 tah 15,000 997719 13002.3 16997.7 1.3 RS8K9 1PSh 162.09 1919.66 74.5 249.7 3.4 RS8K9 §1ore 0.8549 0.000599 0.8 0.9 1.1 RS8K9 hppb 3.1715 0.002098 3.1 3.3 1.2

* hti! - The natural logarithm of the EU ₅₀ . Multiplicity of changes for hti! converted back to the original scale.

Identification of residues in the structural epitope.

A residue is considered part of a structural epitope (hit) if its mutation in arginine or glutamic acid changes the binding of the antibody. This is seen as a shift in the EU ₅₀ or a decrease in the maximum signal compared to binding of the antibody to the wild type. To determine the statistically significant shifts of the EU ₅₀ , statistical studies of the binding curves of antibodies to wild type and mutants were conducted. The analysis takes into account the deviation in the assay and curve fitting.

Hit identification based on EC50 comparison.

The EC ₅₀ and B _max values were obtained from a weighted 4-parameter logistic model close to the binding data using 8-Εϋ Εϋ 8 using the WagPro software (ShaGI SogrogPo11, Seattle, WA). The EC ₅₀ values of the mutant binding curves and wild type binding curves were compared. Statistically significant differences were identified as hits for further consideration. Curves labeled ГГн нет no match or ас П П пп bad match were excluded from the analysis.

Deviations from EC50 estimates.

When comparing the estimates of the EU ₅₀ , two sources of variation were considered, a variation from curve fitting and a granule-granule variation. Wild types and mutants were attached to different granules, therefore, their difference was mixed with the difference of granule-granule (described above). The curve fitting variation was calculated using the standard error of the logarithmic estimates of the EC ₅₀ . The variation of the granule granule was experimentally determined by experiment, when wild-type control samples were attached to each granule (described above). Granule variation in the EC ₅₀ estimates of the wild-type binding curve from this experiment was used to calculate granule-granule variation in a real epitope mapping experiment.

EU test ₅₀ shift between mutants and wild type.

Comparison of two EU _50s (on a logarithmic scale) was carried out using a studentized criterion, the ΐ-statistic was calculated as the ratio between the delta coefficient (absolute differences between the estimates of the EU ₅₀ ) and the standard deviation of the delta coefficient. The variation of the delta coefficient was calculated from the sum of these three components, the estimate of the variation of the EC ₅₀ for the mutant and wild type curves in nonlinear regression, and the twofold variation of the granule-granule calculated in a separate experiment. The choice of a multiple of two for the variation of the granule-granule was a consequence of the assumption that the granules of both the mutant and wild type have the same variation. The degree of freedom of the standard deviation of the delta coefficient was calculated using the Satter approximation

- 90,032,106 tuites (1946). Separate p-values and confidence intervals (95% and 99%) were obtained on the basis of the Student ΐ distribution for each comparison. In the case of many wild-type control samples, a conservative approach was taken to select a wild-type control sample most similar to the mutant, i.e. selection of control samples with the highest p-values.

The regulation of the multiplicity was important for controlling the false result (s) when conducting a large number of tests simultaneously. For this analysis, two forms of multiplicity control were used: control adjusted for the effect of multiple comparisons (RLE) and control of the false rate of discoveries (REC). The RLE approach controls the likelihood that one or more hits are not real; The REC approach controls the expected ratio of the false result among the selected hits. The first approach is more conservative and less effective than the last. There are many methods available for both approaches, for this analysis, the Hochberg method (1988) for the RLE analysis and the Benjaminini-Hochberg REC method (1995) for the REC analysis were chosen. Adjustable p-values were calculated for both approaches.

Results.

EU shift ₅₀ .

Mutations in which the EC _{50 is} significantly different from the wild type, for example, having an REC adjusted p-value, for the entire analysis is 0.01 or less, were considered as part of the structural epitope. All hits also had a type 1 RL error for each antibody less than 0.01, with the exception of K185E residue for 31H4 antibody, which had a REL adjusted p-value for each antibody equal to 0.0109. Residues in the structural epitope of different antibodies, determined by the shift of EC ₅₀ , are shown in table. 15.3 (point mutations are given with reference to 8EP W N0: 1 and 303).

Table 15.3

Antibody Mutation River Adjusted Value RME Low 99 Low 95 Multiplicity changes High 95 High 99 Faulty Value 21B12 Ts208K 0.0000 0.0000 0.3628 0.3844 0.4602 0.5509 0.5837 0.0000 21B12 K207E 0.0000 0.0000 1.7148 1,8488 2,3191 2.9090 3.1364 0.0000 31H4 K185E 0.0024 0,0109 1.2444 1.3525 1.7421 2,2439 2,4388 0.0000 31A4 E513K 0.0001 0,0003 1.4764 1,6219 2.1560 2.8660 3,1485 0.0000 31A4 E539K 0.0000 0.0000 1,6014 1.7461 2.2726 2.9578 3,2252 0.0000 31A4 K439E 0.0000 0.0000 3.1565 3.6501 5.5738 8.5113 9.8420 0.0000 31A4 ν538Κ 0,0004 0.0013 1.4225 1,5700 2,1142 2.8471 3.1423 0.0000 12H11 A390K 0.0000 0.0001 1.4140 1,5286 1,9389 2.4594 2.6588 0.0000 12H11 A413K 0,0009 0.0028 1.2840 1,3891 1,7653 2.2434 2,4269 0.0000 12H11 5351K 0,0009 0.0028 1.2513 1,3444 1.6761 2,0896 2,2452 0.0000 12H11 T132K 0.0000 0.0001 1,3476 1,4392 1.7631 2.1599 2,3068 0.0000 ZS4 E582K 0.0016 0.0069 1.3523 1,5025 2,0642 2,8359 3,1509 0.0000

Attenuation of the maximum signal.

The maximum signal in percentage terms was calculated using the maximum signal from the curve fitting point (BaxRegLT) and raw data (Ka ^ MaxRegLT). Mutations that weakened the maximum antibody binding signal by> 70% compared to the wild-type signal, or which weakened the signal of one antibody compared to other antibodies by> 50%, when all other antibodies by at least 40% of the wild-type antibody were considered hits and part of the epitope. In the table. 15.4 shows the residues that are in the structural epitope (italics), as determined by the attenuation of the maximum signal.

- 91 032 106

Table 15.4

Antibody Mutants VtakhReg \ L / T Ram MachRe g \ L / T Antibody Mutants VtakhReg \ L / T RaU7 MaxReg \ L / T 21B12 A311R 141.6388 139,7010 21Β12 E167H 15,1082 31H4 A311R 145.2189 147.8244 31Η4 E167P 127,4479 128,2698 31A4 A311R 103,4377 96.2214 31Α4 E167P 115,3403 112.6951 12H11 A311P 14.9600 12Η11 E167P 111.0979 109.6813 ZS4 A311R 129.0460 131,2060 ZS4 E167P 109,3223 108,7864 27672 Ω162Ε 7.0520 21Β12 N521R 133.8480 133.9791 31H4 E162R 108,8308 112,4904 31Η4 N521R 130,2068 128,4879 31A4 E162R 98.8873 95.9268 31A4 N521R 124,5091 129,3218 12H11 E162R 94.6280 97.4928 12H11 N521R 130.7979 134,4355 ZS4 E162R 101,4281 100.1586 ZS4 H521E 22,1077 21B12 ϋ313Ρ 45.8356 45,0011 21B12 O554P 125.9594 125,2103 31H4 ϋ313Ρ 45.6242 44,9706 31H4 O554P 122,2045 128,7304 31A4 ϋ313Ρ 47.9728 44.7741 31A4 O554P 113.6769 121,3369 12H11 0373 /? 16.1811 18,4262 12H11 O554P 116.1789 118.4170 ZS4 ϋ313Ρ 58,5269 57.6032 ZS4 C? 554 /? 31.8416 21B12 ϋ337Ρ 61.9070 62,2852 21B12 E164E 17,3807 19,8505 31H4 ϋ337Ρ 63,1604 64,1029 31H4 P164E 97.8218 99,6673 31A4 ϋ337Ρ 62.9124 59,4852 31A4 P164E 98.2595 96,3352 12H11 0337 /? 10.8443 12H11 P164E 88,0067 89,8807 ZS4 ϋ337Ρ 73,0326 73,9961 ZS4 P164E 105.0589 105,7286 21B12 Ε129Ρ 139.9772 138,9671 21B12 P519E 139.4598 141.2949 31H4 Ε129Ρ 141.6792 139.1764 31H4 P519E 135,5609 140,0000 31A4 Ε129Ρ 77,3005 74.8946 31A4 P519E 134,2303 137.1110 12H11 Ε729 /? 28,6398 29,3751 12H11 P519E 135,4755 137.0824 ZS4 Ε129Ρ 85,7701 85,7802 ZS4 E519E 44,0091 21B12 8123P 87.6431 88,1356 31H4 3123P 85,5312 84,7668 31A4 3123P 68,4371 66,6131 12H11 8123E 20.8560 20.6910 ZS4 3123P 73.6475 71,5959

(Point mutants are given with reference to 8E ^ ΙΌ N0: 1 and Fig. 26). In the table. 15.5 summarizes all hits for different antibodies.

Table 15.5

To further investigate the process of how these residues form part of the corresponding epitopes or all of these epitopes, the above positions were mapped to different models of the crystal structure, the results are presented in FIG. 27A-27E. In FIG. 27A shows hits of the 21B12 epitope as mapped onto the crystal structure of PC8K9 with a 21B12 antibody. The structure identifies PC8K9 residues as follows: the light tone indicates the residues that did not mutate (with the exception of those residues that are specifically indicated on the structure), and the darker tone indicates the mutated residues (the smaller part of which is not expressed). The residues indicated specifically were checked (regardless of the shading in the figure), and the results showed a significant change in EC ₅₀ and / or B _max . Hit epitopes were based on a shift in the _max. In this FIG. 31H4 is located after 21B12.

In FIG. 27B shows hits of the 31H4 epitope as mapped onto the crystal structure of PC8K9 with 31H4 and 21B12 antibodies. The structure identifies PC8K9 residues as follows: the light tone indicates the residues that did not mutate (with the exception of those residues that are specifically indicated on the structure), and the darker tone indicates the mutated residues (the smaller part of which is not expressed). The residues indicated specifically were checked (regardless of the shading in the figure), and the results showed a significant change in EC50 and / or Btax. Epitope hits were based on the EC50 shift.

In FIG. 27C shows hits of the 31A4 epitope as mapped onto the crystal structure of PC8K9 with 31H4 and 21B12 antibodies. The structure identifies PC8K9 residues as follows: light tone indicates residues that did not mutate (with the exception of those residues that

- 92 032 106 are indicated on the structure), and mutated residues are indicated in a darker tone (the smaller part of which is not expressed). The residues indicated specifically were checked (regardless of the shading on the figure), and the results showed a significant change in the EU ₅₀ and / or V _shah . Epitope hits were based on an EU ₅₀ shift. It is known that 31A4 antibody binds to the Y domain of PC8K9, which seems compatible with the results shown in FIG. 27C.

In FIG. 27Ό shows hits of the 12H11 epitope as mapped onto the crystal structure of PC8K9 with 31H4 and 21B12 antibodies. The structure identifies PC8K9 residues as follows: the light tone indicates the residues that did not mutate (with the exception of those residues that are specifically indicated on the structure), and the darker tone indicates the mutated residues (the smaller part of which is not expressed). The residues indicated specifically were checked (regardless of the shading on the figure), and the results showed a significant change in EC50 and / or Lice. 12H11 competes with 21B12 and 31H4 in the binning analysis described above.

In FIG. 27E shows 3C4 epitope hits as mapped onto the crystal structure of PC8K9 with 31H4 and 21B12 antibodies. The structure identifies PC8K9 residues as follows: the light tone indicates the residues that did not mutate (with the exception of those residues that are specifically indicated on the structure), and the darker tone indicates the mutated residues (the smaller part of which is not expressed). The residues indicated specifically were checked (regardless of the shading on the figure), and the results showed a significant change in EC50 and / or Lice.

3C4 does not compete with 21B12 and 31H4 in binning analysis. 3C4 binds to the Y domain in a domain binding assay, (see results of Example 40, FIGS. 28A and 28B).

Despite the fact that there were about a dozen or so mutants that could, supposedly, affect binding (based on the crystal structure), this experiment demonstrated that, surprisingly, this was not. It will be apparent to those skilled in the art that the results presented above are in good agreement with the crystal structures and binding of PC8K-9 of these antibodies. This shows that the available structural and corresponding functional data correctly identify the key residues and areas of interaction between neutralizing ABP proteins and PC8K9. Thus, variants of ABP proteins that have the ability to bind to the above regions are presented with sufficient accuracy in the present description.

It is obvious to a specialist that, despite the fact that a decrease in B-shah of values and a fall in the EC50 shift can be considered manifestations of the same phenomenon, in fact, a mere decrease in B-shah does not reflect affinity in itself, but rather destruction some percentage of the epitope of the antibody. Although there is no overlap in hits determined using B-check and EC50, mutations with a strong binding effect cannot contribute to constructing a useful binding curve, and therefore the EC50 cannot be determined for such options.

It is obvious to a person skilled in the art that ABPs in the same basket (with the exception of basket 5, which is mentioned above, the common trap basket) are likely to bind to overlapping regions on the target protein. Accordingly, the epitopes described above and the corresponding residues can generally be stretched to all such ABPs in the same basket.

To further study the above results with respect to ABP 31H4, the position of E181K, which, in accordance with the crystal structure described above, is supposed to interact with K185, forming part of the surface that interacts with ABP, was also changed (E181K). The results, although not statistically significant in themselves, when combined with the crystal structure clearly showed the interaction of 31H4 with E181K (data not shown). Thus, position 181 also apparently forms part of the epitope for 31H4 ABP.

As noted above, the binding data and characterization of the epitope refer to the PC8K9 sequence (8E6 ΙΌ NΟ: 1), which does not include the first 30 amino acids of PC8K9. Thus, the numbering system of this protein fragment and 8E6 identification numbers that relate to this fragment are shifted by 30 amino acids compared to indicators and experiments using the full-length numbering system PC8K9 (as, for example, used in the crystal study parameters described above). Thus, to compare these results, you need to add another 30 amino acids to the positions in each of the above epitope mapping results. For example, the position 207 of 8E6 ΙΌ NΟ: 1 (or 8E6 ΙΌ NΟ: 303) is related to the position 237 of 8E6 ΙΌ NΟ: 3 (full-length sequence, and the numbering system used in the rest of the specification). In the table. 15.6 indicates how the positions described above that apply to 8E6 ΙΌ NΟ: 1 (and / or 8E6 ΙΌ NΟ: 303) are linked to 8E6 ΙΌ NΟ: 3 (which includes the signal sequence).

- 93 032 106

Table 15.6

AMINO ACID POSITION AT 8 EP W AT AMINO ACID POSITION AT 8 Ep N0: 1 (EPITOP INDICATORS) N0: 3 (EPITOP INDICATORS)

207 237 208 238 185 215 181 211 439 469 513 543 538 568 539 569 132 162 351 381 390 420 413 443 582 612 162 192 164 194 167 197 123 153 129 159 311 341 313 343 337 367 519 549 521 551 554 584

Thus, the embodiments of the invention presented here with reference to 8E ^ GO N0: 1 can also be described by their corresponding position indicated above with reference to the sequence 8E ^ GO N0: 3.

Example 40

PC8K9 binding domain analysis.

This example presents a study of the binding site of various ABP on PC8K9.

Pure 96-well max-1 plates (PCs) were coated overnight with 2 μg / ml of different anti-PC8K9 antibodies diluted in PB8. The plates were thoroughly washed in PB8 / .05% T \ teep-20 and then blocked for 2 hours with 3% B8A / PB8. After washing, the plates were incubated for 2 hours with either full-length PC8K9 (aa 31-692 8E ^ GO N0: 3, Proc! PC8K9 (aa 31-449 8E ^ GO N0: 3), or ν domain of PC8K9 (aa 450-692 from 8E ^ GO N0: 3) diluted in a general dilution solution (type 1K1G1 Tesypodkhek, bC). The plates were washed and at 1 μg / ml (in 1% B8A / PB8) a rabbit polyclonal biotinylated anti-RS8K9 antibody (Ώ8774) was added as well as full-length PC8K9. The bound, full-length, penguin! or ν-domain of PC8K9 was determined by incubation using neutravidin-NCR (Tyegto 8s1epyys) at 200 ng / ml (in 1% B8A / PB8) followed by by measuring the TMB substrate (CRB) and absorbance at 650 nm. The results shown in Fig. 28A and 28B demonstrate the ability of different AB8 to bind to different parts of PC8K9. As shown in Fig. 28B, ABP 31A4 binds to the Y domain of PC8K9.

Example 41

Neutralizing, non-competing antigen binding proteins.

This example demonstrates a method for determining and characterizing an antigen binding protein that does not compete with LDL for binding to PC8K9, but is still neutralizing against the activity of PC8K9. In other words, such an antigen-binding protein will not block PC8K9 from binding to LDL, but will prevent or reduce PC8K9-mediated degradation of LDL.

Pure 384-well plates (Shtc) coated with 2 μg / ml goat anti-LDL receptor antibody (K&E 8 cc), diluted in buffer A (100 mM sodium cacodylate, pH 7.4). The plates were washed thoroughly with buffer A and then blocked for 2 hours with buffer B (1% milk in buffer A). After washing, the plates were incubated for 1.5 h with 0.4 μg / ml LDL receptor (K&E 8), diluted in buffer C (buffer B with the addition of 10 mM CaCl ₂ ). Simultaneously with this incubation, 20 ng / ml biotinylated Ώ374Υ PC8K9 was incubated with 100 ng / ml antibody diluted in buffer A, or only with buffer A (control). The plates containing the LDL receptor were washed and the biotinylated Ώ374Υ PC8K9 / antibody mixture was transferred to them and incubated for 1 h at room temperature. The binding of biotinylated Ώ374Υ to the LDL receptor was determined by incubation with streptavidin-NKR (Vukoigse) at 500 ng / ml in buffer C followed by a TMB substrate (KPB). The signal was quenched with W HCl and the absorbance was calculated at 450 nm. The results are presented in FIG. 28C, which shows that while ABP 31H4 inhibits LDL binding, ABP 31A4 does not inhibit LDL binding to PC8K9. In combination with the results from Example 40 and shown in FIG. 28A and 28B, it is clear that 31A4 ABP binds to the Y domain of PC8K9 and does not block the interaction of RS8K9 with LDL.

Then the ability of ABP 31A4 to perform the function of neutralizing ABP was, in addition, under

- 94 032106 confirmed by analysis of the absorption of cell LDL (as described in the examples above). The results of this analysis of LDL uptake are presented in FIG. 28Ό. As shown in FIG. 28Ό. ABP 31A4 demonstrates a significant neutralizing ability of RS8K9. In this way. according to example 40. and the presented results. obviously. that ABP can bind to PC8K9. without blocking PC8K9 and LDL binding interactions. still performing the function of neutralizing RS8K9 ABP.

Inclusion by reference.

All materials mentioned in this description. including patents. patent applications. articles. textbooks, etc., and materials referred to in the present description. given their absence. incorporated herein in full by reference. As for definitions or terms. used in materials. incorporated by reference. which have differences with terms and description. presented in this document. The terms and definitions of this document are prevailing.

Equivalents.

The foregoing detailed description is deemed sufficient. so that a person skilled in the art can use the invention in practice. In the foregoing description and examples, the inventors have described in detail some preferred embodiments of the invention and describe the best preferred embodiment of its use. But for a specialist, it’s obvious. that no matter what. how much of the above can appear in the text. The invention can be implemented in many ways. and it should be considered in the context of the attached claims and any equivalents thereof.

- 95 032 106

Table 16.1

atm one NE TNR 61 -65.324 19.274  35 * 379 1.00 66.96 BUT WITH dtin 2 Oh! Transnational corporation 61 -64.4 90 20.306 -35.733 1.00 67.06 BUT WITH ATON 3 CO2 shooting gallery 61 -65.574 19.205 -33. B70 1.00 66.5? BUT WITH ατώμ four 0 TIR 61 -63.203 17,835 -35.008 1.00 62.73 L WITH ATON five ABOUT TIR 6] -63.000 16,945 -34,257 1.00 63.03 BUT with ATON 6 N TIR 61 -65.516 16,775 -35,528 1.30 66.08 BUT N ATON 7 CA TIR 61 -64.635 17,950 -35.008 1 * 00 65.41 BUT WITH ATOM but N ABA 62 -62.364 15,740 -35,417 1.00 59.54 BUT N ATOM 9 CA ABA 62 -61.013 10.712 -34.866 1.00 55.44 BUT WITH ATON ten NE ABA 62 -60.100- 19,501 -35.7 (7? 1.00 54.24 BUT WITH ATOM eleven WITH ASA 62 -ev.eva nineteen . 1B2 -33.414 1.00 53.41 BUT WITH ATSN 12 ABOUT Dl 62 -61.570 20.211 -33.075 1.00 53.36 BUT 0 ATON 13 S TNR 63 -60.309 10.421 32.561 1.00 50.60 BUT N ATON 14 CA TIR 61 -60-2 19 15.71.3 -31,141 1.00 49.08 BUT WITH bass υπ 3 Σ1 ί. (1 .1 G1K b-? -ii.-ίο one .· . - · ϊ / ₄ · -ZG. 4. ΓΖ. ι. ίί and η to _g 1 * 7 BUT Ι- ATON sixteen 001 TNR 63 -59.717 16,402 -30,693 1.00 40.97 BUT Ο ATON 17 OS2 TNR 63 -61.997 17,194 -30,426 1.00 41.09 BUT with ATOM 18 WITH TNR 63 -58.831 19,261 -30.766 1.00 46.77 BUT with ATON nineteen 0 TIR 63 -57.953 19.004 -31,465 1.00 46.12 BUT 0 ATON Ζ0 N RNE 64 -58.754 19.999 -29.662 1.00 15.98 BUT to ATON 21 CA cassock 64 -57.476 20.471 -29.136 1.00 44.11 BUT r ~ ATON 22 NE RNE 64 -57.537 21.900 20.894 1.00 42-47 BUT with ATON 23 With RNE 64 -56.352 22.529 -20.150 1.00 11.54 BUT g ATON 24 With SI RNE 64 -55-113 22.627 -20.764 1.00 39.91 BUT with ATON 25 SP2 RNE 64 -56.404 22.964 -26-839 1-00 10.63 BUT with ATON 26 CE1 RNE 64 -54,024 23,149 -20.005 1.00 39.85 BUT with ATOM 27 CE2 RNE 64 -55,399 23,409 -26-151 1.00 40.22 BUT with ATON 28 C2 RNE 64 -54.166 23.582 -26.776 1.00 39.77 BUT with AT OK 29th 0 RNE 64 -57.110 19,741 -27.841 1.00 44.16 BUT with ATON thirty 0 RNE 64 -57.966 19.506 -26. 9B2 1.00 43.90 BUT ΰ ATON 31 N P £ y 65 -55.034 19.38Θ -27.711 1.00 43.51 BUT n ATON 32 CA H15 65  55.343 18.640 -26.554 1.00 42.21 BUT with ATON 33 Sat ΗΙ6 65  55.015 17.204 26.964 1.00 42.39 BUT with ATOM 34 SS H15 66 56.160 16.477 -27.581 1-00 4 5.C BUT with ATON 3 $ SOY KG5 66 -56.640 16.477 -28.040 1.00 46.30 BUT with ATOM 36 N01 N13 66 -57.005 15.6-56 -26.855 1-00 45.17 BUT N ATON 37 CE1 NG5 65 -57.951 15-183 -27.540 1.00 45.62 BUT with ATON 36 ΝΕ2 NG5 65 -57,757 18.666 -28,063 1.00 45.65 BUT n ATON 39 WITH kga 65 -54,115 19-297 -25.941 1.00 42.51 BUT with ATOM 40 0 NG5 65 -53.2. ^g 6 19.665 -26,643 1.00 41.90 BUT 0 ATON 41 N ARS 66 -54.013 19.220 -24.622 1.00 42.62 BUT N ATOM 42 CA ARS 66 -52.063 19.765 -23.916 1.00 43.4V BUT WITH ATOM 43 NE Gas station 66 -53.152 21.202 -23.471 1 .CO 45.30 BUT WITH ATOM 44 SS AIS 66 -54.35V 21.305 -22.561 1.00 51 * 92 I WITH ATOM 45 With ICE 66 -54 .333 22.550 -21.702 1.00 57.80 BUT with ATOM 46 NOT AND YOU 66 -55.193 22.390 -20.5 30 1.00 63.34 I N ATOM 47 C £ AR 66 54.765 22.114 -19.302 1.00 66.07 BUT WITH ATOM 4a ΝΗ1 AND YOU 66 -55.620 21.983 -18.304 1.00 68-14 I N ATOM 49 N112 AKC 66 -53.157 21.979 19.063 1.00 66.65 BUT N ATOM 50 WITH AND YOU 66 52.570 10.09V -22.690 1.00 42-14 BUT WITH ATOM 51 0 ARY 66 -53.427 10.129 -22.246 1.00 41.13 BUT 0 ATOM 52 N SUYA 67 -51-356 10-999 -22.17? 1-00 40-93 BUT N ATOM 53 CA CPS 67 -50.965 10 -224 -21,004 7.00 41.21 BUT WITH ATOM 54 SV CPS 67 -49.500 10,505 -20.670 1.00 41.47 BUT WITH ATOM 5 $ 5C CPS 67 -49.Θ44 17,516 -19.295 1.00 40.60 BUT five ATCI 56 h_ one hundred 67 -51.043 10,605 -19.013 1.00 43.29 BUT WITH ATOM 57 0 CPS 67 -52.072 19,795 -19.555 1.00 43.45 BUT 0 ATOM 50 N ABA 60 -52.331 17.606 -19.088 1.08 43.43 BUT N ATON 59 CA ABA 60 -53.144 17.071 -17.907 1.00 45.62 L g. ATOM 60 NE ABA 6B -53. 009 16.579 -17.416 1.00 43.28 BUT ς ATOM 61 WITH ABA 60 - 52. E15 10.501 -16.733 1.00 46.90 L WITH ATSN 62 ABOUT ABA 60 -52.05? 19 * 232 -15.949 1.00 YUL BUT ABOUT ATON 63 M Bw 69 51.010 10 .227 - 16.767 1.00 40.41 BUT m ATON 64 CA Wow 69 -50.13? 10.747 -15,715 1.00 50.02 BUT with ATON 65 NE Bw 69 -40.974 17.773 -15.454 1-00 52-07 BUT with LT0N 66 With Bw 69 -49, call 16.305 -15,305 1.00 50.02 BUT with ATON 67 With Bw 69 -49. 104 15.722 -1 3-990 1.00 61.71 BUT with ATCI 60 CE Bw 69 -50.035 14.472 -13 . 703 1.00 63.38 BUT with ATON 69 N3 Bw 69 -53.2Θ5 11,221 -12 . 334 1.00 64.13 BUT l ATCI 70 WITH Bw 69 -49.575 20.130 -16.119 1.00 40.59 BUT with ATON 71 0 Bw 69 -40,626 20,200 -16.891 1.00 49.36 BUT about ATOM 72 L A5? 70 -50.160 21,169 -15 * 576 1.00 40.35 BUT N ATON 73 CA AIG 70 -49.948 22.512 -16 * 099 1.00 41.41 BUT WITH ATOM 74 NE AIR 70 -50.744 23.526 -15 * 268 1.00 52.53 BUT with

- 96 032 106

ATOM 15 With AIR 70 -51.508 24.519 -16.137 1.00 57.41 BUT WITH ATOM 76 001 A $ P 70 -52-644 24.189 -16, 562 1.00 50.27 BUT 0 ATOM 17 002 AIR 70 -50.971 25.623 -16,399 1-00 57.00 BUT ABOUT ATON 78 WITH AIR 70 '48 -466 22,966 -16.200 1.00 44.00 BUT WITH ATON nineteen 0 AIR 70 23-599 -17,100 1.00 45.04 BUT ABOUT ATON in N P80 71 -47.665 22.667 -15.107 1.00 42 * 90 BUT N ATON Q1 With Ryo 71 -40-023 22-174 -13.845 1.00 40.94 BUT WITH ATOM ν2 CA RVO 71 -46.258 23.083 -15.291 1.00 39.00 L WITH ATON "H sv Ryo 7] -45.723 Ξ2.88Θ -13.857 1.00 .39,03 BUT with ATOM 34 with REY 71 -46.68V 21.975 -13.100 1-СО 41.03 BUT 0 ATOM 95 with REY 71 -45.402 22.349 16.324 1-00 33-94 BUT with ATOM 80 about REY 71 -44, 280 22.757 -16.608 1.00 36.99 BUT 0 ATON 01 N Mother-in-law 72  45.925 21.270 -16.893 1-00 36.09 BUT N ATOM BV CA Gkr 72 - 45,201 20,539 -17,933 1.00 34.40 BUT WITH ATON 09 SY TAP 72 -45-456 19-034 -17.006 1.00 32.15 BUT with ATON 90 With TVR 72 -44,904 18,427 -16,551 1.00 29.66 BUT with ATON 91 CO2 TAP 72 -45,042 17,066 -16,126 1.00 28.20 BUT with ATON 92 C £ 2 TNR 72 -44,301 16.947 -14.084 1.00 29.32 BUT with ATOM 93 elm TAP 72 -45.J59 15.938 -16.674 1.00 26.21 L with ATOM 94 001 TNR 72 -44.1BZ 19.061 -15.580 1 .00 28.63 BUT with ATOM 95 IE1 TIR 72 -43.866 10.178 -14.974 2-00 37.11 BUT N ATON 86 C 22 TNR 72 -44.322 15.742 -Μ, ί & Ι 1.00 20.10 BUT WITH ATON 91 C23 TAP 72 45.600 14.74 $ -15.979 T.00 29.75 BUT with ATOI 96 CH2 TNR 72 '44 -935 14.655 -14.741 1.00 a. 43 BUT WITH ATSN 99 WITH TAP 72 -45-622 21,004 -19, 327 1.00 33.51 BUT with ATON 100 0 TNR 72 -45.074 20.554 -20.330 1.00 34.06 BUT 0 ATON PGI N ABC but -46,599 21.903 -18.379 1.00 33.72 BUT N ATON ; θζ CA AN5 75 -47.000 22.437 -20.643 1-00 35.14 BUT WITH ATON ’OZ NE bottom 73 -48.370 23.237 -20.407 1.00 37.00 BUT WITH ATOI 104 With ABC 73 -48.543 22.305 -19.975 1-00 41.40 BUT with ATOM 105 With AI.S 73  50.766 23.229 -19.625 1-00 45.06 BUT e ATOM 106 ΝΕ ANS 73 -50.VEV 24.206 -20-902 1.00 30.54 BUT N ATOM 107 Og Ayb 73 -51.976 24.951 -21,127 1.00 54.00 BUT with ATOM 108 ΝΗ1 ANY 73 53.045 21.029 -20.347 1.00 55.50 BUT N ATOM 109 Miz ABC 73 -51.983 25,026 -22.126 1.00 54.14 BUT N ATON BY WITH ABC 7 3 -4 6.342 23.327 -21.304 1.00 34.60 BUT 0 ATON 111 0 ABC 73 -45,294 24,025 -20.619 1.00 35.20 L 0 ATON eleven? N jeo 74 -45,986 21.294 -22.633 1.00 32.04 BUT and ATOM OF CA ORO 74 -45.036 24.166 -23.305 1.00 32.47 BUT with ATOM 114 SC axis 74 -43.966 23.341 -24.031 1.00 31.53 BUT with ATON 115 OS e.eo 74 -42.990 22.623 -23.007 1.00 32.34 BUT with ATOM 116 ΟΕΪ ΚΕϋ 74 -42.103 21.578 -23.063 1.00 27.72 BUT with ATOM 117 SG> 2 ι> ευ 74 -42.061 23.647 - 22.437 1-U 20.10 BUT with ATOM 11B WITH Bf 74 -45.84B 24.934 -24,460 1.00 33.33 BUT with ATOM 119 0 Bw 7-4 -45.677 24.677 -25.62 1.03 33.93 BUT 0 ATOM 120 Ή RNO 75 -46.6V7 25.097 -24.004 1.00 34.33 BUT 14 ATOM 121 With RAO 75 -46.020 26.440 -22, y9o 1.00 33.65 BUT WITH ATOI 122 CA RNO 75 -47.519 26,621 -25,039 1.00 34.35 BUT with ATOM 323 NE RAO 75 -40.351 27.573 -24.174 1.00 35.2 $ BUT with ATON 124 SS RR.O 75 -47,545 27.746 -22.915 1.00 35.46 BUT with ATOI 125 WITH RIO 75 -46-688 27.369 -26.0VZ 1.00 33.52 BUT with ATON 136 about REY 75 -45,553 27.760 -25.817 1.00 32-90 BUT 0 ΑΤ-ΰΗ 127 N Yu 76 -47,249 27.547 -27.275 1.00 32.91 7. at ATOM t cl SUE 76 -46.513 28.227 -28.320 1.C0 32-0Θ BUT with ATON 129 with C1. ¥ 76 -45,937 27.286 -29.371 ι .oo 31. and BUT with ATOM 130 Ο- ΟΙ.Ϊ 76 -45.480 27.726 -30.424 1.00 31.4V BUT 0 ATOM 1 31 Ν Transnational corporation 77 -45.947 25.909 -29.000 1.00 30,? 3 BUT N ATOM 132 CA Transnational corporation 77 -45-584 24.906 -30.073 1.00 30.51 BUT with ATOM 133 NE chan 77 -44.197 24.360 -29.776 1.00 32.27 BUT with ATON 134 OS * Transnational corporation 77 -4 3.199 $ 25.39 -28.016 1.0С 33.45 BUT 0 ATON 135 CC2 tnm 77 -43.640 23,311 -30,019 ;, 00 32.Θ4 BUT with ATSN 136 WITH Transnational corporation 77 46.6 "7 23,994 -30.107 1.03 30.00 BUT WITH ATOM 137 0 Transnational corporation 77 -47.129 23-4Ϊ1 -29.064 1.00 30.45 BUT 0 ATON 1 star to ΤΎΒ 7 " -47.024 23.482 -31,317 1.00 20.44 BUT N ATON 139 CA TUK 79 -40.156 22,591 -31,514 1.00 27 * 71 BUT WITH ATON 1411 NE TUV 78 -49.396 23.395 -31.839 1.00 27-62 BUT WITH Aton 141 ss TUYA 78 -49,730 24,496 -30.967 1.00 2 9. 17 BUT with ltsn 147 C01 ΤΪΒ 73 -49.199 25.760 -31.120 1 - СО 29.25 BUT with DTP ΐ 4 3 CE] TOUR 78 -49.408 26.757 -30.103 1-00 33.96 BUT with ATON 144 002 ΤΪΗ 73 -50.484 24.241 -29-837 1.00 28.93 BUT with ATOM 145 Cez TUN 73 -50.709 25.225 -26.030 1, O0 32.16 BUT with ATOM 14 6 cg TUN 78 -50.157 26.479 -29,057 1.00 32.47 BUT with ATOM 147 he ΤΥΗ 78 -50.305 27.440 -20. Ts02 1.00 32.9V BUT and ATOM 148 with ΤΪΗ 70 -47,840 31,552 -32,570 1.00 27.76 BUT WITH ATOM 149 0 1ΎΡ 7Θ -47.154 21.034 -33.559 1.00 25.34 BUT 0 ATOM 150 N UAE 79 48,343 20,343 -32.341 1.00 26.43 BUT N

aton 151 CA UAY 79 -40,337 19.311 -33.357 1.00 27.54 BUT WITH ETON 15? SR UAY 79 -40.010 17,921 -32.760 1.00 28.08 BUT WITH ATON 153 061 UDT. nineteen -40.012 16.071 -33.Θ6Β 1.00 27.66 BUT with ATON 154 CC2 UAY 79 -45.666 17.950 -32.059 K.00 JI, 19 BUT with ATON 153 WITH UAY 79 -49,720 19.253 -33.961 1.00 per.Θ5 BUT with ATOM 155 ABOUT UAY 79 -50.732 1B.983 -33.264 1.00 20.2’3 BUT ABOUT ATOM AND UAY 00 -49.807 19.534 -35-255 1-00 26.01 BUT N ATOM 158 CA UAY 00 -51.073 10.430 -35.960 1.00 20.18 BUT WITH ATOM 159 NE UAB IN 51.194 20.529 -37-028 1-00 20.78 BUT WITH ATOM 160 Css UAS IN 57-524 30,404 -37.761 1.00 20.21 BUT € ATOM 161 CC2 UAY IN -51.061 21-004 -30.362 1.00 26.47 BUT g ^- - ATOM 15? 0 beats ;. 00 -51. 126 10,063 -36. 61 “ 1.00 30.35 BUT with ATOM 163 ABOUT UL thirty -50.352 17,769 -37.533 1.00 30.14 BUT about ATOM 164 61 double 31 -52.024 17.215 -35.b28 1.00 30.97 BUT N ΛΤΟΜ 16 $ CA UAY 01 -52.135 15.869 -36. 657 1.00 32.26 BUT WITH ATOM 156 NE SAW 01 -52.423 11.850 -35.534 1.00 33.61 BUT 0 ATOM 167 CC1 UDD 01 -52.529 13.441 -36.121 1.00 31.68 L WITH ATOM 16V € (32 UL 31 -51.316 14.915 -34.487 1.00 11.90 BUT WITH ATOM 169 WITH UL 31 53.271 15.030 -37.674 1.00 34.32 BUT WITH ATOM 170 ΰ UL 81 -54.400 16,235 -37.373 1.00 33.9V BUT ABOUT ATON 171 Th C £ 1G 82 -52.055 15.387 -38.8Β3 1.CO 34.05 BUT n ATOM 17? CA Ι.6Ο 82 -53,938 15.329 -39.961 1.00 37.51 BUT with ATOM 173 si ! Ms. 82 -53,260 15.63V -41.300 1.00 34.52 BUT with A70M 174 € 6 Bw 82 -52.581 17.011 -41.323 1.00 34.04 BUT with ATON 175 SI Bw 82 -52.007 17.337 -42.720 1.00 33.14 BUT with ATOM 176 € b2 Bw Θ2 -53.560 1a.057 -40.857 1.00 33.19 BUT with ATOM 177 WITH 160 Θ2 -54.595 13-950 -40.009 1.00 39.40 BUT with ATOM 17B ABOUT 160 02 -54.057 12,900 -39.475 1.00 30.11 BUT 0 ATOM 179 TO be 03 -55,764 13.064 -40.634 B.o. 44.40 BUT B ’ ATOM 160 CA ΙΛ5 33 -56,464 12.5V6 -40.745 1.00 49.45 BUT with ATOM 1B1 Cez B ¥ 5 YZ -57.753 12.756 -41.550 1.00 50.92 BUT with ATON TO SS 1Ύ5 03 -5J.854 13.495 -4C. B00 L.OO 55.63 BUT with ATON 103 With 175 03 -59.054 14.10-9 -41.767 1.00 59.44 BUT with ATON 104 CE Bw 03 -60.934 14,899 -41, -036 1.00 62.03 BUT with ATOM 105 N3 B5 Θ3 -61.717 15.751 -41.906 1-00 64-41 BUT N ATOM 10 6 WITH Bw 03 -55.560 11.562 '41 .410 1.00 51.74 BUT with ATOM 107 ABOUT Boo 03 -54.770 11.901 -42.301 1 .1) 0 $ 0.75 BUT ABOUT ATOM B06 N si AT 4 -55.663 10.309 “40-997 $ 1.00 5.37 BUT N ATOM 109 CA SJ 84 -54.787 9.299 -41.549 1.00 60.52 BUT WITH ATOM 150 NE sy 34 -54.010 7.985 -40.756 1.00 63.70 BUT WITH ATON 191 SS her 84 -56.292 7-371 -40.753 1.00 69.97 BUT with ATON 152 With her 84 -56.295 5,986 -40.129 1.00 74.43 BUT with ATON 193 OE1 her 84 -51,294 5-631 -39.462 1.00 75.9V BUT with ATON 194 OE2 her 64 -55,293 5.204 -40.306 1.00 75.33 BUT 0 ATON 195 WITH sy 84 -55.110 9.052 -43.022 1.00 61.14 BUT with ATOM 196 WITH her 34 -56,243 9.246 -43.450 1.00 60.67 BUT about ATON 197 N (Yes 85 -54,009 8.649 -43.774 1.08 61.46 L N ATOM 19Θ CA '311.1 05 -54.163 0.519 -45.227 3.00 63-36 BUT with ATON 199 se oh 05 -55,532 7.98V -45.662 1.00 67, 22 BUT with ATON 209 With sy 05 -55.846 6.597 -45-096 1.00 13.01 BUT with ATON 201 with C1.0 05 -56.946 5.875 -45.968 1.00 70.53 BUT with ATON 252 OE1 si AT 5 -57.733 6.545 -46.567 1.00 50.96 BUT ABOUT ATON Yoz OE2 sy 05 -B7.022 $ 4.630 -45.74 1 -00 80.30 BUT ABOUT ATOM 204 WITH sy AT 5 53.865 9.835 -45.944 1.00 61.20 BUT with ATON 205 ABOUT sy 05 -63.744 9.869 -47.172 1.00 61.77 BUT ΰ ATOM 256 N Transnational corporation 06 -53,735 10.917 -45.101 1.00 57.81 BUT eight ATOM 207 CA THAT 36 -53.256 12,173 -45, “46 1.00 54.30 BUT with ATOM 208 NE teak 05 -53,297 13.312 -44.701 1.00 52.95 L with ATON 209 G1 Transnational corporation 86 -54.654 13,549 -44.307 1.00 60.34 BUT ABOUT ATOM 210 C62 TMI 36 -52,720 14.593 -45.2B1 1.00 50-02 BUT with ATOM 211 with tn 96 -51.021 11.989 -46.243 1.00 53.69 L with ATOM 2-12 about TNV 86 -50.973 > 1.435 “45.539 1-00 5? .34 BUT Ο- ATOM 213 N H15 87 -51.562 12.442 -47.466 1.00 52.07 BUT Ν ATOM 214 CA HH 8 87 -50,250 12.287 -48.084 1 .00 51.11 BUT with ATOM 215 se H18 87 -50.401 12.183 “49.605 1.00 55.85 BUT with ATOM 216 ss ΗΙΞ 87 -51.105 10.986 “50,052 1.00 65.40 BUT with ATON 213 C "2 ΝΪ5 07  52.429 10.880 -50.579 1.00 64.75 BUT with ATOM 21B No. 1 H1 £ 07 -0.690 9.100 -49.975 1.00 65.63 BUT n ATOM 219 CE1 ΗΙΞ 07 -51.597 0.854 -50.434 1.00 66.35 BUT € ATOM 220 ME2 Nude 3? -5? .660 9.544 -50.807 1.00 65.74 BUT N PBX 221 WITH Y1 & 07 -40.3ίζ 13.445 -47.732 1.00 40.B1 BUT with ATOM 222 ABOUT NG & but? “49.760 14.519 -47.319 1.00 47.37 BUT about ATOs 223 N her behind -48.071 13,211 -47, B96 1.00 46.04 BUT I ATOM 224 SD jeo behind -46.992 14.193 -47.536 1.00 44.77 BUT with ATOM 225 sv Bw behind -45.601 13.697 -47.944 1.00 4 3.47 BUT with ATSM 226 C5 Bw behind -44.440 14.702 “47.814 1-00 44.24 BUT with

ATOM 227 СО1 1Е0 not 44.34-1 15.214 -46. 37¾ 1.00 40.09 BUT WITH thom 22V £ □ 2 yen what - "3.149 ) 4-037 4H, 245 1.00 42.45 BUT with ATOM 229 WITH Bjeo not -47.250 15.540 -40.176 1.00 43-96 BUT with atom 230 WITH Bjp at& -47.167 16.503 -47,500 1.00 42.70 BUT 0 ATON 231 N 5 her 89 -47.560 1-5.343 -4 9.4 67 100 43.13 BUT BUT ATON ίίί CA Yaw 69 -47,769 16.797 -50,187 one . 00 43.67 BUT WITH ATSN 233 cn WAY 89 -47.94 9 16,537 -51.691 1.00 43.34 BUT WITH ATON 234 OS Yaw 09 -48.935 15.547 -51.926 1.00 47.73 BUT ϋ ATON 233 WITH ZEK 09 -48.96V 17,560 -49.634 one . 00 41.76 BUT with ATOM 236 about Yaw AT 9 -48.992 18.7Ё6 -49.663 1.00 4 3.20 BUT about ATCI 231 N SON 90 49.954 16.336  49.116 one . 00 40.72 BUT m ATSN 23B CA SON 90 -51.101 17.471 -40.471 one . 00 4] -68 BUT with ATSN 23B NE Ym 90 -52.241 16.452 -46.289 1.00 45.13 BUT with ATCI 240 with ON 90 -52.030 35-904 -49,606 one . 00 51.35 BUT with ATON 241 with sn 90 -53.050 14.739 -44.394 100 54-98 BUT with ATON 243 OE1 C1H 98 -53, 509 13,650 -49.059 1.00 54.79 BUT with ATOM 243 ΝΕ2 Mr. 9 (1 -55.127 11/15/7 -49,589 1.00 54.36 D N ATSM 244 WITH <; n 90 -50,717 18,100 -47.114 1.00 39.35 BUT WITH ATON 243 0 C1H 90 -51,158 19,219 -46.820 100 38.00 BUT 0 AGON 246 N CENTURY 91 -49. 960 17.380 -46.297 1.00 36-66 BUT N ATON 247 CA £ EC 92 49.456 17,947 15.037 one . oo 3 6.04 BUT WITH ATON 248 NE Yen 91 40.607 16.919 -44-289 100 36.68 BUT WITH ATON 245 OS 5 HER 91 -49.310 15.730 -14.034 1.00 45.07 D 0 AGON 250 with ΞΕΒ 9) -46.596 19-373 -45,311 Ι.00 34.52 BUT € ATON 2B1 0 ZEK 91 -40.730 20.197 -44.640 100 31.21 BUT 0 DTON 233 I ™ 92 -47.711 19,056 -46,296 1.00 34.78 BUT TO DTON 253 CA him 92 -46.823 20.147 -46.664 1.00 37 .iv BUT with AGON 254 NE sy 92 -45.942 19,724 -47.047 1.00 37 .04 BUT with ATOM 255 SS sy 92 -44.600 20.442 -47.OZE 1.00 0 2.00 BUT with ATON 255 With sy 92 -44.600 21,709 -4V.662 1.00 43.03 BUT with ATOM 257 CE1 sy 92 -43.855 22.6V9 -40.350 1.06 30-30 BUT 0 AGON 258 CE2 sy 02 -45.566 21, 040 -49,539 1-0 (1 4 5.37 BUT 0 ATOM 259 WITH sy 92 -17.649 21.306 -47.03 $ 1-00 37.77 BUT with ATOM 260 0 her 93 -47.367 22.406 -46, 549 1.00 Ϊ6.0Θ BUT 0 ATOM 261 N AIS 93 -43.600 21 .200 -47,953 1-00 37.72 BUT to ATOM 263 CA AIS 93 -49.327 22,313 -40,300 1.00 37.76 BUT with ATOM 263 NE DPS 93 -50.435 21.876 -49.457 1.00 39.31 BUT with ATON 364 With ABC 93 -49,726 21,708 -50, 808 1.00 46.62 BUT with ATOM 265 With DPS 93 -50.717 21.579 -51.963 1.00 52.39 BUT with ATOM 266 NOT ABC 93 -50.750 23,109 -52.419 1.00 56.69 BUT η ATOM 267 cg ABC 93 -51.69Θ 19.309 -52.09V 1.00 BE. 62 D with ATON 260 ΝΗ1 A cop 03 -51.630 18.066 -52.563 1.00 50.46 BUT N ATOM 2 69 N02 ABC 93 -52.715 19.667 -51.319 1 -CO 59.41 L N ATCI 27B with ABE 93 -50.387 22.891 -47.101 1.00 35-91 BUT WITH ATCI 271 0 ICE 93  50.610 24.097 -47.121 100 36-oz D 0 ATCI 272 and GNI 94 -50.069 22.034 -16.292 ; .ABOUT!) 34.13 D N ATSM 273 CA THY 94 -51.674 22.500 -4 $.) 73 100 34.17 D WITH ATON 274 NE TNN 94  52.27 5 21.305 -44.401 100 35.39 BUT WITH ATON 275 OS1 Transnational corporation 95 -53.069 20-919 -45-297 100 35.45 BUT 0 ATON 27B SC2 THY 94 -53.159 21,709 -43.246 1.00 33.36 BUT with ATOI 277 WITH Transnational corporation 94 -50.843 23,319 -44,210 1.00 34.67 BUT g ^- - ATSM 27 $ 0 Transnational corporation 94 -51.341 24.355 -43.673 1.00 34.08 BUT about ATOM 275 N M.D. 95 -49.574 23. C19 -44.031 1.00 33. AT 9 BUT N DTO " 300 CA A1L 95 -40.687 23.032 -43.203 1.00 35.56 BUT WITH ATON 281 NE ABA 95 -47.331 23.137 -43.037 1.00 32.25 BUT WITH AGON 202 WITH AAA 95 -40.490 25 .225 -43.016 1.00 36, 52 BUT with ATON 203 ABOUT D1L 95 -4V.536 26.234 -43.107 1.00 55.42 BUT 0 AGON 204 TO bottom 96 -40.297 25.2В0 -45.132 1.00 36.12 BUT N ATOM 205 CA ABC 9B • 40.094 26.559 - 45.Θ07 100 30.95 BUT WITH ATOM 206 NE Battery 96  47.963 26.342 '47, 834 1.00 37.87 BUT with ATOM 207 SS ICE 96 -46.120 25.008 -47.253 1-1) 0 40.62 BUT with ATOM 2B 8 With Battery 96 -45-424 26,077 -40,575 1.00 41.07 BUT with ATOM 209 ΝΕ Battery 96 -14-O7Y 25.501 -48-616 1-00 41.43 BUT N ATOM 290 sa ISE 96 -42.990 20,079 -48,093 1.00 41.81 BUT WITH ATOM 291 yag1 Battery 96 -41. $ 14 25,485 -48,100 1.00 41.20 BUT N ATOM 293 MH 2 ABC 96 -43,096 27.252 -47.401 1.00 39.73 BUT N ATON 293 WITH Affairs 96 -49.303 27,372 -45.841 1.00 39.4V L WITH ATSN 304 ABOUT ABC 96 -49.357 28.604 -45.812 100 39.37 BUT WITH ATCI 295 N ABC 97 -50.512 26.676 -45.805 100 39.22 D N ATSM 295 CA ABC 97 -51.005 27.334 -45.815 100 41.0} BUT WITH ATSN 297 NE ABE 97 -52.915 26.305 -46.02V 100 15.31 D WITH ATSM 29 V SS AKE 97 -54.299 26.090 '40 .199 1.00 52.12 BUT WITH ATSM 299 With ABC 97 - 55.090 26.064 -47.220 100 $ 60.4 BUT Gh ATSM 300 ME ICE 97 -56.533 26-107 -16.930 1.00 66.20 BUT N ATOM 301 ΟΖ ABC 97 -57.321 27.1ZY -47-226 1.00 68.21 BUT WITH ATON 302 HH1 ABC 97  50.617 27.084 -46,940 1.00 68.65 BUT and

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ATOM 303 NI2 AIS 97 -56.813 28.223 -47.003 1.00 70.24 BUT N ATOM 304 WITH BUT NOT 97 -51.979 28.026 -44.460 1.00 39.37 BUT WITH ATOM 305 ABOUT AKC 97 -52.377 59-190 -44.393 1.00 30 .10 BUT 0 ATOM 396 N Bjeo 95 -51.674 27.311 -43.381 1.00 37.41 BUT g; ATOM thirty·? CA GEO 9E? -51-764 37,897 -42,050 1.00 35. 51 BUT with ATON Zoya NE 5EO 96 -51.356 26.8Θ4 -40 977 1.00 34. 36 BUT with ATOM 309 With Oec HEY -51.216 27.460 -39. 563 1.00 36.07 BUT with ATOM 310 CO2 Bw 98 -52.550 28.003 -39.039 1.00 35.97 BUT with ATOM 311 C & 2 S.EU 98 -50.727 20.386 -thirty. 604 1.00 36.03 BUT with ATOM 312 _ 1ΕΕ.Ι 9B -as 29.122 41.961 1.00 35.3V BUT with ATOI 313 0 LIE 98 -51 .275 30.15V -41.446 1.00 33.36 BUT 0 ATOM 314 n YN 99 -49.635 29.007 -42.469 1.00 34.49 BUT n ATOI 315 CA Yn 99 -48-693 30.123 -42.4J9 100 37.4 2 BUT with ATOM 316 NE Yen 99 -47.359 29-745 -43,061 1.00 ZE.96 BUT with A. aphids 3 η SS st pi ί6 _t 3? 7 L -42.146 1 g 00 49.19 with ATON 31Θ SC SY 99 -44.931 29.254 -42.504 1.00 41.80 BUT with ATOM 319 OE1 OY 99 -44.540 28.924 -43.663 1.00 41.48 BUT about ATOM 320 ΝΕ2 SY 99 -44.329 01/29/6 -41.661 ι. ao 40.56 BUT m ATOM 321 WITH 01Ν 99 -49 .248 31.371 -43.099 one . in 38.6? BUT with ATOM 322 ΰ SYN 99 -49.136 32.484 -42.577 one . 60 YAY.YZ BUT P ATOM zgz I ABA 100 -49 .B44 31.179 -44.273 one . in 39.11 BUT N ATOM 324 SL A1A 100 50.344 32.293 -45.074 one . in 40-09 BUT with ATOM 326 NE ML 100 -50.704 31.014 40-4YZ one . 00 30.16 BUT with ATOM 326 WITH GRANDFATHER Zoya -51.55Y 33.935 -44.416 1.00 40.78 BUT with ATON 327 0 D1L South Ossetia -51 - 6-J5 34.160 -44.390 1.00 41.97 BUT about AGON 323 I SYN 101 -52.441 32.313 -43. B70 3.00 39.41 BUT η ATON 329 CA C1Y 101 -53.000 32.644 -43.16V 1.00 39.71 BUT with ATOM 330 NE si 101 -54.533 31.518 -42.724 ί .00 ZY .95 D with ATOM 331 With yy 101 -55.204 ZV.VOZ -43-877 1.00 4 1.93 D with ATOM 332 With CEM 103 -56.129 29.706 43.405 > .00 44.37 D with ATON 333 OE1 SAN 101 -56.874 29.125 -44.198 ι, οθ 45.91 BUT 0 ATON 334 YE2 □ OH 101 -56.0J9 29.417 -42.109 I .00 44.36 BUT n ATON 335 WITH ΟΙΝ 101 -13-174 33 <47 -And .940 1.00 40 .25 BUT with ATON 336 ABOUT ych 101 -53.731 34.512 -41-671 100 42. 25 BUT 0 ATON 337 N Ava 102 -52-190 32.942 -41.203 1.00 thirty . 45 BUT Γί ATOM 338 CA ml 102 -51,734 33.620 -39.993 100 37.7V BUT with ATON 339 NE DIA 102 -50.702 32,710 -39.198 1.00 35 .OI BUT with ATOM 340 WITH ASA 102 -51,037 34.934 -40.346 1.00 3? . 94 BUT with AGON 341 0 ABA 102 -51.140 35.924 -39.615 1.00 37.67 BUT about ATOM 342 N ABA 103 -50.321 34.940 -41.4 67 1.00 12/37 BUT m ATOM 343 CA ABA 103 -49.5V9 30.127 -41.901 1.00 39. for l with ATOM 344 NE ABA 3 03 -48.735 35.7B7 -43.098 1.00 38.84 BUT with ATOM 345 WITH ASA 103 -50.549 37.259 -42.208 1.00 41.97 BUT with ATOM 346 0 ABA 103 -50.26Θ 33.437 42.012 1.00 41.53 BUT 0 ATOM 347 N AYUY 104 -51.682 36.697 -42.804 1.00 4g, bz BUT eleven ATOM 34 V CA AND I AM WITH 104 -52.68V 37.879 -43.245 1 -CO 4 3.53 BUT with ΑΪΟΜ 349 NE ABC 104 -53.755 37.233 -44.1 39 ι -CO 4 3.90 BUT with ATOM 350 ss ANY 10 4  53.22V 36.J35 -4 5-513 1.C0 45.54 BUT with ATOM 351 With ABC 104  54.345 36-651 -46.52V 100 48.21 BUT with ATOM 352 ME AI & 104 -55.256 35.566 -46.100 100 5 3.08 BUT N ATOI 353 cg ARG 104 -55.105 34.300 -46.550 1.00 54.45 BUT with ATOM 354 MHZ AK & 104 -55.984 33.379 -46.184 100 53.VO BUT N ATON 355 plural; two 104 -54 .073 33.952 -47.320 1.00 52.09 BUT N ATOM 356 with A sun 104 -53.340 33.507 -42.01V 2.00 44.46 D with ATON 357 0 ABC 104 -53.924 39.589 -42.105 1.00 46.11 BUT with ATON 35 $ to ABC 105 -53.232 37.B34 -40.874 1-00 43.03 D N ATON 359 CA ABC 105 -53.775 Hey. 365 -39.630 1-06 40.77 BUT WITH ARON 360 CE AKO 105 -54.477 37 .259  30.045 1.00 43.29 D with ATON 361 with ABC 105 -55.601 36.688 -39.562 $ 1.0 45.71 BUT with ATON 362 with BCS 105 -56.2ВЯ 35.5.38 -30.794 Ι, ϋΟ 50.02 BUT £ ATON 363 NOT DAY 105 -57.613 30.199 39-30 $ 1.00 54.91 BUT b- ATON 364 CE Fox 105 -57.854 34.793 -40.54 $ 1 .06 59.39 BUT l- ATOM 365 ΝΗ1 FACE 105 59.096 34.54) 7 - $ 40.91 1.00 61.3? BUT I ATOM 366 ΝΗ2 CSN 105 -56-859 34.672 -41. 427 1.00 5B. 04 BUT I ATOM 367 WITH Are 105 $ 2-7 (14 39,007 -30,763 1.00 10.45 BUT with ATON 36E 0 BOTTOM 105 -52.950 39.360 -37.610 1.00 41.05 BUT about ATON .369 N 01.U 106 -51,596 39.156 -39. 320 1.00 40.26 BUT I ATOM Zu CA SBU 106 -50.439 39.843 -ZV.615 1.00 42.36 D with ATOM .371 WITH COT 106 -49.55Θ 38.965 -37.734 1.00 43.39 BUT with ATOM 372 0 SUE 06 -48.806 39.476 -36.896 100 41.65 D 0 ATOM 573 N TUN 07 -49.642 37.64Y -37.915 1-00 43.6 " BUT μ ATOM 374 CA TUN 107 -48. B69 36.719 37.OY0 1-00 4 3.17 BUT WITH ATOM 375 NE TUN 107 -49.783 35.631 -36. 521 1.00 42-03 BUT with ATOM 376 SS TUN 107 -50.72V 36.113 -35.444 1.00 42.50 BUT with ATON 377 sp1 TUI 107 -50-40 * 35-976 -34-097 1.00 41.77 BUT with ATON 37 V CE1 TUI 107 51-274 36.335 -33-105 1.00 41.27 BUT with

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ATOM 379 C2 ΤΪΚ. 107 -51.905 36.019 -35.710 1.00 41.20 BUT ATON 330 CE2 ΤΪΒ 107 -52.835 37.092 -54,702 1.00 48.76 BUT ltsm 331 sz TUYA 107 -52-490 36,941 -33.452 1.00 42.29 BUT AGON 332 he TUYA 107 -53.364 37.337 -32.463 1.00 42,42 BUT ATOM 333 with TUYA 107 -47,719 36.059 -37,842 1.00 42.45 BUT ATOM 334 ABOUT TUYA 107 -47.907 35.509 -38.926 1.00 42.84 BUT ATOM 385 N Bf 105 -46.525 36.115 -37.269 1.00 42.23 BUT ATOM 386 CA CEO 108 -45.419 35-300 -37,728 1.00 43.15 BUT AGON 387 se ho 109 -44.090 35.800 -37.237 1.00 46.35 BUT ATON 388 ss yee 109 -42.340 35.015 -31,003 1.00 50.90 BUT ATON 389 € □ 1 Bw 109 -42.931 35.119 -39, 111 1-00 51.51 BUT ATOM 330 <. " CEO 109 -41.625 35.550 -36.805 1.00 52.39 BUT ATOM 331 with CE! 1 109 -49.581 33-878 -37,109 1.00 41.70 BUT ATOM 3 92 but Bw 100 -45.960 33.090 -36.031 1.00 42.13 BUT ATOM 393 N Tne 109 -45-314 32.901 -38.030 1.00 37.66 BUT ATON 394 CA YOU 109 -45.293 31.495 -37.574 1.00 35.85 BUT ATON 395 CE YOU 109 -46.585 30.736 -37.972 1.00 34.84 BUT ATON 396 OS! YOU 109 -46.607 30.631 -30.480 1.00 35.33 BUT ATON 397 CC2 YOU 109 -47.012 31.465 -37.451 1.00 34.18 BUT ATOM 390 WITH TIN 109 -44.095 30.161 -38.174 1.00 35.46 BUT ATOM 399 ABOUT THY. 109 -43.532 31.204 -39.1'8 1-80 34,99 BUT ATON 400 N CPS 119 -43,699 29,662 -37.551 1.80 34.81 BUT ATON 4th 1 CA Bw 110 -42.624 28-031 -38,086 1.00 34.79 BUT AGON 402 NE Bw 110 -41.374 23.961 -37.217 1.00 ЗВ.01 BUT ATON 403 SS B ¥ 8 BY -40.739 30.336 -37.252 1.00 44.73 BUT ATON 404 SS Bw by -39.687 30.494 -36.164 1.00 51.66 BUT AGON 405 Sho Bw 110 -39.100 31.906 -36.163 1.80 57.04 L ATON 406 ΉΪ Bw by -30 .261 32.179 -34.953 1.00 60-67 L ATON 407 WITH Bw by -43 .044 27.379 -30-169 1 -80 33-48 BUT ATOM 408 ABOUT Bw 110 -43.505 26.190 -37.162 1.00 30.94 BUT ATS " 4iu l I yo 111 - 42.891 26.195 - 39.355 1.80 31.3 " BUT ATON 410 OD TIE -43,033 25,352 -39.502 1, OS 2 9.98 BUT ATON 411 NE 1ЬЕ! 111 -43,366 24.953 -40.965 one . oo 30.23 L AGON 412 CC2 I b 111 -43,548 23,447 -41.065 1.00 09/27 BUT ATON 413 CC1 1ЪЕ 111 -44. 646 25.652 -41.423 1.00 09/30 BUT ATON 414 C01 ΙΕΕ 111 -45.021 25,410 -40.511 1, oo 30.43 BUT ATON 415 WITH 1b 111 -41. 6E9 24.145 -39.110 1.00 29.90 BUT AGON 416 ABOUT 1b 111 -4 0.67 3 25,036 -39.740 1.00 29-53 BUT ATON 417 AND Bjeo 112 -41.680 23.909  38.007 1.00 29.45 BUT ATON 418 CA Bw 312 -40.429 23,359 -37.007 one . 00 27.85 Λ ATON 419 NE Bw ' 12 -40.497 23.232 -30.061 1.00 28-31 BUT ATON 420 SS yi 312 -40.736 24.527 -35.266 1.00 29-90 L agon 421 CE31 Bw 112 -40.839 24.200 -33-180 1.00 27.40 BUT ATON 422 C 02 yaki 112 - 39.008 25527 -35,517 1.00 25.41 BUT ATON 423 WITH Bw 112 -18.136 22. [NYA -38-209 1 .08 38 .15 BUT ATOM 424 0 Bjk 312 - 38.976 2! ZOY -38,297 1,08 28.71 BUT ATON 42 $ N w n 11.3 -41-192 21.314 -38.645 1.00 28.46 BUT ATOM 429 CA ΗΪ5 113 -41.0? 5 19,943 -39.129 Ϊ .00 29.20 BUT ATON. 4 27 NE ΗΙ5 113 -40.753 19.009 -37.954 1.00 04/29 BUT ATOM. 423 SS H15 113 -40.325 17,638 -30.367 1.00 29.50 BUT ATON 429 CO2 And 15 112 -41.039 16.519 -30.639 1.00 30.55 BUT ATOM. 430 N01 Η.Ι8 113 -38.999 17,296 -30.533 1.00 31.19 BUT ATOM 431 CE1 ΗΙ5 113 -38.915 16,026 -30.090 1.00 29.33 BUT ATOM 432 ΝΕ2 ΗΙ5 OF -40.139 15.532 -30.962 100 30.67 L ATON 433 WITH ΗΊ8 113 -42.377 19.500  39x796 1.00 29.37 BUT ATOM 434 0 H1 £ 113 -43.461 19.850 -39-336 1.00 38.51 BUT ATOM 433 N UAE 114 -42.277 10.730 -40.071 ΐ .00 29-34 BUT ATON 439 CA UL 114  43.400 18,116 -41,461 1.00 28.24 BUT ATOM 437 NE UL 114 -43.948 19-545 -42.950 100 29.58 BUT ATOM 4 30 CCtZ UL 114 -44.890 17,869 -43,556 1.00 24.71 BUT ATOM 439 CC2 UL 114 -43.002 20-055 -43,027 1.00 25.34 BUT ATOM 440 WITH UAY 114 -43.380 16,606 -41.363 1.00 30.01 BUT ATOM 441 but UAY 114 -42-36Θ 16,031 -41.ΒΘ3 1.00 thirty . 39 BUT ATOM 442 N RNE 115 -44.267 15.971 -40.079 1.00 31.76 BUT ATOM 443 CA OUT 115 -44.191 14.543 -40.424 1.00 35.74 BUT ATOM 444 sv REE 115 -45.024 14 . 170 -39.198 1.00 33.99 BUT ATON 445 ss RNE 115 -44.490 14.724 -37.909 1.00 34.95 BUT ATON 446 CO2 RNE 115 -44.934 15.915 -37.391 1.00 33.81 BUT ATON 447 CO2 RNE 115 -43.493 14.054 -37.212 1.00 33.75 BUT ATOM 440 SET RNE 115 -44.490 16.432 '30 .195 1.00 33.67 BUT ATOM 449 CE2 RNE 115 12.992 14.662 -30.019 1-00 32-89 BUT ATON 453 CE RNE 110 '43 .494 15.157 -35.509 1.00 33.21 BUT ATOM 451 WITH rie 115 -44.679 13.730 -41 - 615 1.00 40.69 BUT ATON 452 WITH RNE 115  15.612 14.089 -42.257 1.00 42.29 BUT ATOM 453 N ΗΪ5 119 -43.967 12,656 -41.902 1.00 45.48 BUT ATON 454 CA ΗΙ5 115 -44.434 11,037 -42.830 1.00 51.72 BUT

s and o o so i u u u u o 0 u u u o u u O u ζ o u u u g u o: g ω u u u u O i u u u U U g o O and and and to and O = about o and and α ΰ g and and and and and and about and about about about and at

- 101 032 106

ATOM 455 OH II15 116 -44.064 12.017 -44.279 1.00 65.93 BUT WITH atom 456 Sat ΗΙ5 116 -42.630 12.353 -44.495 1.00 62.52 BUT WITH atom 457 Οϋ2 H1Y 116 -41.911 13.443 -44.143 1.00 65.77 BUT with ATON 450 N01 ΗΓΞ 116 -41.775 11.52V -45.187 1.00 65.95 BUT I in bulk 459 CE1 IT5 116 -40.592 12.096 -45.255 1.00 67.64 Λ with ATOM 4 60 WEZ ΗΙ5 116 -40.63V 13.260 -44.630 1.00 66.05 BUT N ATOM 4 61 WITH ΒΙ5 116 -43.776 10.314 -42.461 1.00 53.19 BUT WITH ATOM 4 62 WITH ΗΙ5 116 -42.567 (0.270 -42.143 1.00 53.78 BUT WITH ATOM 4 63 N B ¥ 117 44.552 9.237 -42.497 1 -00 54.01 D N ATOM 464 CA ΟΙΛ 117 43.996 7,932 -42.198 1.00 55.88 BUT WITH ATON 4 65 WITH B ¥ 117 -44.53V 7.307 -40.927 1.00 55.76 BUT WITH ATOM 466 0 Ε6Υ 117 -49.749 6.095 -40.06V 1.00 50.44 BUT [] ATOM 467 N Bjeo 116 -44.763 0.122 -39,903 1.00 54.93 BUT TO ATOM 466 ate Bc 110 -45.369 7.026-ZV.676 1.00 54.61 BUT and- LTSN 469 sv CEO 116 -44.501 7.993 -37,470 1.00 54.30 l with In summer 479 C6 LIE 11B -44.413 6.E66 -36.338 k-00 53.ΙΟ- BUT with A70N 471 CP1 jeo 1ΙΘ -43.901 five . 612 -36.ΒΘΒ Ι.00 53.81 BUT with ATSM 472 CO2 VEN 11B -43-423 7.449 -35,300 1.00 54.71 BUT with ATOM 473 WITH Bf 11B -46.755 0.230 -38.526 1-00 54.27 BUT with ATON 474 0 Bw 110 -47-759 7.530 -38.53С 1.00 57.04 BUT about ATON 475 N yee 119 -46.002 9,569 -39.39 " 1.00 52.23 BUT n ATON 476 OD CEO 119 -46.061 10,289 -30.399 1.00 49.64 BUT with ATON 477 NE HER] 119 -40.209 10.982 -37.050 1.00 52.24 BUT with ATON 473 SS ive 119 -48.274 10.081 -35. 1.0 (1 57.10 BUT with ATON 479 axis SEX1 119 -48.770 10.561 -34.595 1.00 55.90 BUT with AT-SI 4 sun CO2 Bf 119 -49.146 B.J44 “36-045 1.00 57.99 BUT with ATOM 4Θ1 with Bf 119 -47.994 11.336 -39-501 1.0s 46.53 BUT with ATON 402 0 Bf PE -46.925 11-6 61 -39. WWII 1.00 46.48 BUT (3 ATOM 4ВЗ N RAO 120 -49-134 11-634 -40.127 1.00 42.44 BUT N ATON 4B4 with rno 12 (1 -50.361 10.053 -40.113 1.00 43.27 BUT with ATOM 4Θ5 CA RIO 120 -49.213 12.760 -41.047 1.00 40.39 BUT with ATOM 406 sv SRW 120 -50.352 12.380 -41.986 1 .00 41.28 BUT with ATOM 4B7 ss RIO 120 -51.269 11.576 -41.117 1 .00 42.7? L with atom 466 with PPO 120 -49.510 14.C53 -40.281 1.00 36.94 D with ATOM 469 0 PPO 120 -90.454 14.115 -39.494 ΐ, 00 35.42 BUT 0 ATOM 4 90 AT B-Ϊ 121 -4V.709 15.090 -40.524 1.00 34.63 BUT N ATON 4 91 CA SUE 121 -4V. 946 16.355 -39.077 T-OO 33.37 BUT with ATOM 492 WITH B ¥ 121 -47.703 17.217 -39.65 9 : .00 32.35 BUT with ATOM 4 93 ABOUT Bk 121 -46.776 17.01? -40,649 1.00 31.71 BUT 0 ATOM 494 N RNE 122 -47.675 16.109 -30.960 1 .00 29.96 BUT and ATON 495 CA RNE 122 -46-524 1 9, about? -38.8? B 1.00 29.31 BUT with ATOM 496 NE E> NOT 122 -46,594 20.142 -39.967 1.00 26.41 BUT with ATON 497 SS ENE 122 -47.662 20,952 -39,947 1.00 27.75 BUT with ATOM 49B CO2 ₽ NOT 122 -47.950 22.110 -39.108 1.C0 26.81 BUT with ATON 499 Pops Barely 122 -40.951 20.582 -40.726 1.00 29.77 BUT with ATON 50V CE A RNE 122 -49.094 22.893 -39.204 1.00 28.13 BUT with ATON 501 CE2 RIE 122 -50.104 21.350 -40.750 1.00 29.99 BUT with ATON 502 cg RNE 132 -50.171 22.519 -39.9B4 1.00 31.24 BUT with ATON 503 with RNE 122 -46.397 19.69? -37.506 1.00 29-39 BUT with ATON 504 0 RNE 122 -47.327 19.652 -36-694 Ι, Οϋ 29.97 D 0 ATOM 505 m ive 133 -45.224 20.273 -37.260 1.00 20.83 BUT N ATOM 506 CA Bjeo 123 -44.905 30.916 -35.996 1.00 ΞΒ.28 BUT with ATOM 507 sv Bj 123 -43.564 20.386 -35.475 7.00 27.66 BUT with ATOM 508 ss LIE 123 -43,059 20.077 -34.115 1.00 29.62 BUT with ATOM 539 C01 LIFE 12 3 -44.026 20.443 -33.014 1, ΟΟ 28.28 BUT with ATOM 510 CO2 Bf 123 -41.672 20.302 -ZZ.V59 1.00 27.46 BUT e ATOM 511 with 1YOU 123 -44.803 22.405 -36.288 1.00 29.10 BUT with ATOM 512 with Bw 123 -44,065 22.016 -37 .189 1.00 29.03 BUT 0 ATON 513 N ¥ ab 124 -45, 550 23.213 -35.542 1.00 27.3Θ BUT n ATON 514 CA UL 1 * 4 -45.576 24.643 -35. B02 1.00 26.87 BUT with ATON 515 NE il 124 -40. 916 25.073 -36.456 1.00 26.05 BUT with ATON 516 C & 1 UDD 124 -40.076 24.763 -35.536 1.00 24.54 BUT with ATOM 517 from 2 UL 124 -46.809 26.561 36.776 1.00 28.03 BUT with ATON 51 Θ WITH UAY 124 -45.363 25.447 ’34 .526 1.00 29.30 BUT with lts 519 ABOUT UDT, 124 -45.908 25.179 -33.406 1.00 28-20 BUT 0 ATON 526 14 ΙΎ5 125 -44.469 26,425 -34.6С6 1.00 29.09 BUT N ATON 5Ϊ1 CA B ¥ 5 125  44.310 27.401 -33.530 1.00 32.58 BUT with ATOM 522 NE Bw 125 42.040 27,003 -33.411 1.00 35.01 BUT with ATOM 573 SS B ¥ & 125 42.592 2J.096 -32.390 1.00 39.45 BUT with ATOM 524 with IG 5 125 -41.413 25.552 -31.51? 1.00 47.60 BUT with ATOM 525 Sho 1Ϋ0 125 -40.27C 29,542 -31.691 1.00 51.01 BUT with ATON 526 ΝΖ B ¥ 5 125 -40.650 30.922 -31.270 1.00 53-91 D m ATOM 521 with Bw. 125 -40.177 28.624 -33.872 1.00 33.31 BUT with ATOM 520 0 ΗΥ5 125 -44.353 Ξ9.28Β -34.064 1.00 32.62 BUT but ATOM 529 N MET 12 6 -46.16V 28.900 -33.034 1.00 32.61 BUT n ATOM 530 CA MET 126 -47,086 30.010 -Зз.зоо 1 -00 34.07 BUT with

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ATON 531 NE MET 126 -18.114 29.606 -34,350 1.00 33.99 BUT with ATOM 53 2 With NOT 126 -49.105 28.574 -33.839 1.00 34.58 BUT with ATSN 533 50 NOT 126 -50,324 2J.127 -35.077 1.00 40.08 BUT at ATOM $ 31 CE MET 126 -51.550 27,301 -34,063 X. OS 35.19 BUT with ATON 535 WITH NOT 126 -47.В10 30,398 -32,011 1.00 35.02 BUT with ATSN 53rd ABOUT KET 126 -47.005 29.660 -31.050 1.00 34.62 BUT 0 ATOM $ 3? N Yaw 127 -48.46V 31.558 -32.065 1.00 36.79 BUT N ATOM 53B CA VER. 127 -49.270 32.027 -30.950 1.00 37.25 BUT with ATOM 539 sa veins. 127 -49.715 33.476 -31.191 1.00 ZV-63 BUT with ATOI 54 ϋ os 127 -50.780 33.843 -.30. 324 1.00 30.32 BUT 0 ATOI 541 WITH CENTURY 127 -50.513 31.154 -30.760 1.00 ZV-35 BUT with ATOM 5 4 7. but Yen 127 -51,135 30,722 -31,735 1.00 37.21 BUT 0 L7CH 543 Ή & B ¥ 120 50.660 30,911 -29,499 1.00 37.77 BUT I ATOM 54 1 CA burnt 12V -52.105 30.216 -29.134 1.00 30.11 BUT with d'gom M5 WITH 61.Υ 12V -53.151 PR_91 ^ -7H.PL 1.00 39- = -05- D g ATOM 546 0 Οίϊ 12V -54,423 30.331 -29.770 1.00 39.27 BUT 0 ATON 547 s ABP 129 -53.Ξ2Θ 32.210 -30.013 1.00 4 0.07 BUT s ATOM 54B CA ABP 129 -54.350 32.965 -30.590 1.00 42.01 BUT with ATOM 549 CH ABP 129 -53.927 34.389 -30.966 1.00 42.77 BUT with ATOM 55V ss ABP 129 -.53.62 9 35.284 -29-754 1.00 46.29 BUT with ATOM 551 OO1 DIR 129 -54.000 34.900 -28-640 1.00 44.66 BUT 0 ATON 552 OP2 A5? 129 -52.943 36,292 -29.921 1.00 49.24 BUT with ATOM 953 WITH L5-P 129 -54, VIZ 32-275 -31.342 1.00 42.68 BUT with ATOM 55 4 but AZR 129 -56.064 32.371 -32.150 1.00 43.03 BUT 0 ATOCH 555 I ΟΕϋ 130 -53.988 31.581 -32.54V 1.00 40.92 BUT N ATOM 556 CA Bw 13B -54.200 31.050 -33.371 1.00 39.89 L with ATON 551 NE Bw 130 -53.007 31.009 -34.712 1.00 38.83 BUT with ATOM 555 se Bw 130 -52.325 32.351 -34.993 1 -BO 39-26 BUT with ATOM 559 CO2 Bj 130 -80.9B0 32.102 -35.649 1-00 37.90 BUT with ATOM 560 from: 02 1.E1! 130 -53.211 33.209 -35,092 1.00 38.49 BUT with ATPI 561 WITH Bw 130 -54,916 29.650 -33.040 3.00 40.44 BUT ATOM 562 0 T.BP 130 -55,200 29.002 -34.090 1.30 40.55 BUT 0 ATOM 563 N ive 131 -55,134 29,116 -32,646 1.00 41.71 BUT N ATCI 564 CA ivy 131 -55,621 27,744 -32.522 3.00 43.42 BUT with ATOM 565 NE b 131 -55.691 27,336 -31.048 1.00 44.46 BUT with ATOM 566 SS Bw 131 -54.345 26,961 -30.421 1.00 47.94 l with ATOM 561 CB1 VEN 131 -54.504 26.760 -26.916 1.00 47.71 BUT with ATOM 560 CO? ΟΕΪΓ 131 -53.809 25.692 -31.038 3.00 46.48 BUT with ATON 569 WITH LEU 131 -56.979 27.524 -33.179 1.00 41.30 BUT with ATON 570 0 1EO 131 -57.199 26.501 -ZZ.V27 1.00 43.27 BUT □ ATON 571 N si 132 -57.890 20.475 -33.010 ’. .00 4 6.35 BUT bg ATOM 572 CA em 132 -59.217 28.363 -33.610 '.-00 4 0.06 BUT with ATON 573 CH fed up 132 -60.113 $ 29.52 -33,771 1-00 54.02 BUT with ATON 574 ss YI1 132  60.487 29.509 -31,691 1.09 62.96 BUT with ATON 575 Joint venture si 132 61-250 28-252 -3 ’, 2B? 1.00 60.59 BUT with ATOM 576 about?.; si 132 -61.985 27.693 -32.12V 1.00 11.67 BUT 0 ATON 577 Oez C1.0 1 32 -61, 115 27,822 -30,113 1.00 71.20 BUT with D7CH 570 WITH 51.0 132 -59.084 28.360 -35.126 1.00 46.75 BUT with dtsn 574 ABOUT 51.0 1 32 -59,755 21.596 -35.819 1.00 46.01 BUT ΰ ATON 560 N Bf 133 -5Β.ΞΟ3 29.214 -35.632 1.00 44.75 Gu N ATON 5B1 CA ho 133 -57.902 29.257 -37.056 1.00 45.11 BUT WITH ATOM 502 NE ΕΕϋ 133 -56.V6V 30.352 -37.336 1.00 45.90 BUT with ATOM 5ВЗ SS Bw 133 -56.392 30.502 -38.7Β3 1.00 49.5V BUT with ATOM 5B4 C01 CEO 133 -57.51V 31.052 -39.652 1.00 51.14 BUT with ATOM 505 C1> 2 Bw of -55.197 31.432 -33.026 1-00 49-33 BUT with ATOM 5B6 WITH Bf 133 -57.364 27.9J '37, 532 1.00 44.38 BUT with ATOM 507 ABOUT is 133 -57.798 27.386 -EV-536 1, 00 45.21 BUT 0 ATOM 5ΘΒ N YT.D 134 -56,424 27.34 6 -36.779 1.00 42.05 BUT N ATOM 5.J5 CA L EL 134 -55,745 26,120 -37,203 1.00 41.92 BUT WITH ATOM 590 sv ABA 134 -54,524 25, 871 -36.316 1.00 39.B4 BUT £ ATOM 691 with dol 134 -56, 692 24,937 -37,160 1.00 41.73 BUT WITH ATOM 592 0 ABA 134 -56. 595 24.027 -37,386 1.00 41.34 BUT ¢ 1 ATOM 593 N Outdoor switchgear 135 -57.611 24.952 -36.198 1.00 42.06 BUT N ATOM 594 CA jeo 135 -58.506 23.800 -36.048 1.00 43.75 BUT ί TPA " 595 NE Bw 135 -59.368 24.059 -34.746 1.00 41.32 BUT with ATOM 596 SS LIE 135 -58.641 23.644 -33.463 1.00 40.0? BUT with ATOM 597 From 01 Bw 135 -59.491 23.991 -32.244 1.0V ZV.47 BUT with ATOM 59B C 02 Bp 135 -58.354 22.152 -33.506 1.00 37.33 BUT with ATOI 599 WITH L1 135  59.559 23.796 -37.226 1.00 45.90 L with ATON 600 ABOUT Bc 135 ‘60 .250 22-793 -37.394 1.00 46.62 BUT 0 ATON 601 s B ¥ 5 136 -59.60V 24.814 -30043 1-00 48,0Θ BUT N A'HEHCH 602 sd 0Υ5 136 -60-506 24,866 -39.194 1.00 49. 87 BUT WITH ATOM 603 sv ΕΪ3 136 -61-192 26-257 -39.356 1.00 52.29 BUT WITH ATON 604 with Bt5 136 -62.14V 26.597 -ZV.274 1.00 56.29 BUT WITH LTY-H 605 Joint venture Bt 136 -62.611 28.041-ST, 367 1.00 60.71 BUT WITH ATON 606 CE Bt5 136 -63.461 28.410 -37.155 1.00 63.43 BUT with

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ATON 60? MV E ¥ 8 136 -63. VY 29.871 -37.140 1.00 65.11 BUT m ATOM yeah WITH B ¥ 3 136 -59.031 24.457 -40.500 1.00 49.01 BUT with ATOM 605 ABOUT B ¥ 8 136 -60.436 24.373 -41.534 1.00 48.28 BUT 0 ATOM 610 N Bf 137 -58.520 24.20.3 -40,457 1.00 48.46 BUT and ATOM 611 CA £ E0 137 -57.011 23.779 -41.654 1.00 40.15 BUT with ATOM 612 sa ho 137 -56,318 23-669 -41.373 1.00 45.68 BUT with ATOM 613 os Bw 137 -55.512 24.954 -41.071 4-00 45.92 BUT with DTO1CH 614 001 ЬКЕ1 137 -54, 213 24.602 -40.435 1.00 45.13 BUT with atom 615 C 02 Bp 137 -55,333 25-7Y -42.347 1.00 45.54 BUT with ATOM 616 with Bw 137 -50.331 22,434 -42.157 1.00 50.34 BUT with ATOM 617 0 Τ, Εϋ 137 -50,786 21,593 -41.391 1.00 50.05 BUT 0 ATOM 618 N RIO 138 -5i .259 22.216 -43.475 1.00 51.01 BUT and ATOM 615 with RNO 133 -57.640 23.117 -44.464 1.00 52.57 BUT with ATOM 620 CA RNO 133 -50.681 20.840 -44.072 1-00 51-58 BUT with ATOM 621 sa Ryo 138 -50.532 21.194 -45.570 1.00 53.2V Ά with A, TOM 622 with Ryo 130 -57.444 22-226 -45-664 1.00 54.45 BUT with ATOM 623 with RIO 138 -57.781 19.019 -43.595 1.00 51, 03 BUT with & TCM 624 0 RIO 138 -56.592 20-030 -43,365 1.00 51.14 BUT 0 DTsN 625 N 815 3 30 -5.0-367 1J.630 -43,445 1.00 49.72 BUT n ATOM 626 CA ΗΙ5 139 -57.612 17.420 -4'3.104 1.00 49.11 BUT with ATOM 627 NE 413 139 -56,319 17.331 -43.922 1.00 53.64 BUT with ATOM 628 SS ΗΙ3 138 -56.525 17.442 -45.400 1.00 50.54 BUT with ATOM 625 CO2 H18 135 -55.808 19.085 -46.394 1.00 60.61 BUT with ATOM 630 N01 H1 £ 138 -57.57V 16.83E -46.055 1.00 £ 3.11 BUT I ATON 631 CE1 ΗΙΟ 135 57.500 17.102 -47.317 1-00 63. £ 3 BUT with ATOM 632 Μ1Ξ2 W5 139 -56.435 17,857 -47.555 1.00 62.34 BUT N ATOM 633 WITH 415 1 39 -57,363 17.285 -41.622 1.00 45.66 BUT WITH ATOM 634 0 ΗΙ5 139 -56.773 16,242 -41,290 1.00 45.43 BUT 0 ATOM 635 N UAE 140 -57.501 10,326 -40.830 1.00 41.49 BUT N ATOM 636 CA UAE 140 -57.052 10.302 -39.446 1.00 39.22 BUT with ATOM 637 CE UAY 140 -57.126 19.687 -38.790 1.00 ZV.25 BUT with ATOM 63E CC1 UAY 140 -56.864 19.562 -37.301 1.00 36.67 BUT E ATON 635 CC2 UAE 140 -56.103 20.613 -39.421 1.00 36.79 BUT WITH ATOM 640 WITH UAY 140 -57.867 17.343 -38.606 1.00 40.?I BUT with ATON 641 L UDE 140 -59.095 17.463 -35.518 1-So 40.95 BUT 0 ATOM 642 N AIR 141 -57.180 16.387 -37.999 1.00 40.1 / BUT N ATOM 613 CA ΑΞΡ 141 -57.803 15.461 -37.010 1.00 39.16 BUT WITH ATSM 64 4 with" A5P 141 -57.096 11.151 -37.017 1.00 40.87 BUT WITH ATOM 64 5 CO- AZR 141 -57.716 13,050 -36.353 1.00 42.53 BUT WITH ATON 646 OSH A5P 141 -58.728 13.338 -35.574 1.00 46.58 BUT 0 ATOM 64 7 Οί> 2 AZR 141 -57.257 11.890 -36.333 1.00 40.88 BUT 0 ATSM 64 Θ WITH ABP 141 -57,026 16,110 -35.558 1.00 38.98 BUT £ ATSM 64 5 0 A5P 141 -58,507 16,284 -35.058 1.00 39.39 BUT 0 ATSM 650 n T ¥ I 142 -56.653 16,476 -35.151 1.00 37.04 BUT ιΐ ATSM 651 CA ΤΪΒ 142 -56,576 17,204 -33.ΒΘ8 1.00 34.27 BUT ^Ί . DTP CA TOUR -5th. / 71 1A.2L0 HDTV 1 .LV Ί b D / ATOM 653 ss ΤΪΗ 142 -55.712 15.171 -32.610 1.08 33.6 $ BUT with ATSM 654 SEN ΤΪΚ 142 -54.503 15.355 -32.824 1.00 33-96 BUT with ATOM 655 CE1 ΤΪΗ 142 53.614 14.369 -31.716 1.00 35.51 BUT with ATOM 656 CO2 T ¥ N 142  55.845 13-959 -33,294 1.00 34.96 BUT with ATOM 657 Сё2 ΤΪΗ 142 - 54.879 12.974 -33.194 1.00 35.75 BUT with ATOM 658 STE ΤΥΒ 142 -53.767 13,183 -33.490 1.00 36.08 BUT with ΑΤΏΗ 65 Oe □ 11 ΤΥΒ 142 -52.808 32.205 -33-201 1.00 36.47 BUT 0 ATON 660 with T ¥ B 142 -55.245 17.920 -33.753 1.00 32.02 BUT with dton 661 ABOUT ΤΥΒ 142 -54,307 17,675 -34.513 1.00 33.32 BUT 0 ATOM 662 and ΊΕΕ 143 -55.175 10.835 -32.707 1.00 31.05 BUT N ATOM 663 CA TEE 143 -53.972 19.015 -32.529 1.00 31.41 BUT WITH ATOM 664 NE ΙΕΕ 143 -54.234 21.113 -32.796 1.00 30,? 9 BUT with ATON 665 CC2 1b 143 -53.001 21.943 -32.452 1.00 28.35 BUT with ATOM 666 CC1 ΙΕΕ 143 -54.622 21.306 -34.262 1.00 30.00 BUT with ATOM 667 CP1 ΙΕΕ 143 -54.835 22.751 -34.658 1.00 26.92 BUT with ATOM 668 WITH ΙΕΕ 143 -53.538 19.429 -31-074 1.00 32.09 BUT with ATOM 665 0 1b 143 64.354 19.544 -30.152 1.00 33-57 L with· ATOM 670 N CEO 144 -52-258 19-341 -30,060 1.00 31.53 BUT n ATOM £ 71 SY n 144 -51.760 18.993 -39-501 1.00 32.32 BUT with ATON 672 08 OEi 144 -51-25? 17,567 -29.262 1.00 34.26 BUT with ATON £ 73 SS 5bn 144 -50.743 17.356 -27.04] ] .00 39.57 BUT with ATOM 6? 4 Joint venture STA1 144 -50.533 15.893 -27.496 1.00 43.13 BUT with ATOM 6? 5 5E1 SI 144 -51-377 15,053 -27,991 1.00 45.20 BUT 0 ATOM 676 EE2 eat 144 -49.504 15.508 -26.731 1.00 41.06 BUT 0 ATSM 677 WITH □ EU 1 44 -50.652 19.990 -29.147 1.80 30.86 BUT with ATOM 670 about Bw 144 -49.686 20.164 -29.082 1-00 31-43 BUT with ATSM 675 N si 145 -50.831 20.643 -28.005 1.00 30.15 BUT N ATSM 680 CA yi 145 -48.824 21.553 -27.476 1-00 29.60 BUT with ATOM 681 03 eo 145 -50.415 22.337 -26.310 1-00 29.75 BUT with ATOM 682 With CEO 145 -49.471 23.329 -25.667 1 .00 33.69 BUT uch

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ATOM her With Si 145 -50.070 23-9-31 -24-404 1.00 36.75 BUT ATOM 60 4 OE1 eat 145 -49.915 23,325 -23.319 1.00 34.36 BUT ATOM 605 OE2 si 145 50,705 25,004 -24.499 1.00 39.41 BUT ATON 6Я6 WITH BSh 1 45 -40.618 20,749 -26.997 1.00 28 * 98 BUT ATOM 607 WITH HUNDRED 145 -48-777 19,735 -26.312 1.00 25.84 BUT ATON 600 N AZR 146 -47.417 21.197 -27.350 1.00 27.03 BUT ATOM 609 CA AZR 1 46 -46.210 20.501 -26.925 1.00 28.39 BUT ATSM 69P NE AZR 146 -44.974 21.179 -27.513 1.00 30.15 BUT ATOM 601 With AZR 146 -43.820 20.205 -27.730 1.00 34.26 BUT ATOM 692 ΟΏ1 AZR 146 -43.952 19.010 -27.376 1.00 33.09 BUT ATOM 695 ΟϋΞ AZR 146 -42.701 20.640 -25.205 1 -00 34 -49 L ATOM 694 WITH AZR 146 46.119 20,469 -25,395 1.00 28.56 BUT ATON 695 □ AZE 146 -46-792 21.263 -24.713 1.00 27.12 BUT ATCI 696 M 5 EN 147 -45.298 19.596 -24.Β5Θ 1.00 2B.76 BUT ATOM 697 CA 5 EN 147 -45-097 19.52 * -23.415 1.00 29.70 BUT ATON 69 Θ se 5 EN 147 -46.3’5 1V. B87 -22.732 1.00 31.44 BUT PBX 699 os Yen 147 -46,524 17,558 -23.186 1.80 37.75 BUT A7SM 700 with Yaw 147 -43.843 10.713 -23.115 1.80 23.55 BUT ATOM 701 ABOUT 5 EN 147 -43.271 10.091 -24.015 1.00 27.48 BUT ATOM 702 n ZEK 14B -43.421 10.727 -21.054 ! .80 25.24 BUT ATOM 703 CA ZEK 14B -42.114 10.204 -21.470 1.00 26.40 BUT ATOM 704 NE ZEK 14B 41.591 16.950 -20.244 1.00 27.71 BUT ATON 705 OS ZEK 140 41.445 20.339 -20.503 1.00 20.90 BUT ATON 706 with YAYOK 140 -42.137 16.710 -21.17V 1.08 July 27 BUT ATON 707 about ZEK 140 -43,147 16.173 -20.707 1.80 27.21 BUT ATOM 700 to 7Ab 149 -41.016 16.046 -21.441 1.00 25.66 BUT ATON 709 CA 7Ab 149 -40.784 14.704 -20 * 915 1.00 24.86 BUT ATON 710 NE UAA 149 -40.6VV 13.659 -22.044 1.80 25.33 BUT ATOK 711 CO! UAY 149 -41.989 13.632 -22.833 1.0-0 24.06 BUT ATOK 712 CC2 UAY 14 e -39.513 ] 3.9Β3 -22.962 1.00 21.20 BUT ATON 713 WITH UAY 49 -39-485 11.704 -20.111 1.00 86.86 BUT ATOK 714 WITH SAW 149  30.609 15-546 -20.333 1.00 25.2Θ BUT ETON 715 n RNE 350 • 39,370 13,760 -19,17? 1.00 24.42 BUT ATOM 716 CA RNE 150 -36,267 13,797 -18.1Θ8 1.00 25.80 BUT ATOK 717 C0 RNE 150 -ZV, V? 4 14,250 -16.820 1.00 20.80 BUT ATOK 719 SS RNE 150 -39,485 15.601 -16.838 1.08 24.00 BUT ATOM 719 C01 RNE 150 -49,042 15.721 -17.094 1.08 23.42 BUT ATOM tgo with? RNE 150 -ZV.752 16.752 -16. 574 1.00 22.9 ’ BUT ATOM 721 CE1 RNE 150 -41.457 16.950 -17.006 1.00 22.03 BUT ATOM 722 CE2 RNE 150 -39.360 17.990 -16.565 1.00 21.63 BUT ATOM 725 CE RNE 150 -40.712 13.103 -16.020 1.00 23.76 L ATOM 724 WITH RNE 150 -37,642 12.421 -18.033 1.00 23-77 BUT ATOM 725 ABOUT RNE 150 -30.326 11.399 -10.040 1 -00 23.53 BUT ATOM 726 n ABA 151 -36. 326 12.404 -17.874 1.00 24.56 BUT ATON 727 CA aa 151 -35.626 11-105 -17.50H 1 - YO 2 5.41 BUT ATON 72 V NE ABA 151 34.193 11-513 -17.136 1.00 24.13 BUT ATON 729 WITH ABA 151 -36.332 10.537 -16.324 1.00 28.65 BUT ATON 730 ABOUT ABA 151 -36.760 11,226 -15,395 1.00 28.24 BUT ATOM 731 N Sun 152 - 3 6.4 8 7 9.513 -16.349 1.CO 30.75 BUT ATOM 732 CA sm 152 -36.936 B.5O4 -15.160 1.00 32.33 BUT ATOM 733 Joint venture st 152 -38.179 7.599 -15.515 1.00 30.09 BUT ATON 734 Sat 6Ι.Ν 152 -39.322 3.338 -16.062 1.00 26.52 BUT ATON 735 SR 61.Ν 152 -39.871 9.357 -15.070 1 .00 29.34 BUT ATON 736 ΟΕ1 BYN 152 -40.420 0.999 -14.037 1.80 26.44 BUT ATOM 737 ME2 6ΕΝ 152 -39.722 10.637 -15.405 1.00 27.06 BUT ATCI 73B WITH ΰΙΝ 152 -35.002 7.678 -14.544 1.80 34.54 BUT ATON 739 ABOUT sky 152 -36.0V4 6.635 -13.913 1.00 35.69 BUT ATOM 740 aht SYN 152 -34.632 0.101-14.606 1.00 36.02 Ά TEK 741 sn 152 BUT ATOM 742 sv ZEK 153 -10.030 -12,304 -7.060 1.00 VO.02 AT ATON 743 se ZEK 133 -19.427 -13.536 -0.246 1.00 B2.63 AT ATOM 744 with ZEK 153 -20,646 -11.007 -0.505 1.00 76.11 AT ATOM 745 ABOUT Sep 153 -20,475 -10,397 -9,509 1.00 76.49 at ATOM 746 N ZER 153 -20.624 -11.755 -6.227 1.00 70.23 0 ATOM 747 CA Pharynx 153 -19,083 -11.273 -7.430 1.00 70.03 at ATOK 740 N 1Ι.Ε 154 -22,081 -11.479 -0.439 1.00 72.80 at ATOM 749 CA 1b 154 -23.127 -11.189 -9.412 1.00 6V.74 at ATOM 750 sv 1b 154 -23.092 -12.470 -9.810 1.00 64.24 at ATOM 751 CC2 11th 154 -P5.019 -12.132 10.773 1.00 67.80 at ATOM 752 SB1 1b 154 -22.925 -13.469 -10.450 1-00 78.75 at ATOM 753 CO2 ΙΕΕ 154 -22.160 -12.910 -11.639 1.00? O.7? at ATON 754 WITH NOT 154 -24.115 -) 0.187 -5.0 / 5 1.00 65.36 at ATON 755 ABOUT 1b 154 -24.664 -10.40 $ -7.74? 1.00 65-44 at ATOM 756 N Р₽Ю 155 -24.353 -9.072 -9,536 1.00 61.02 at atom 757 With Ryo 155 -23.763 -8.705 -10.836 1.00 60.32 at ATCI 750 CA rki 155 -25,287 -Z.O50 -9,051 1.00 56.72 at

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lton ; ye NE RKO 15 $ -25.337 -7.035 -10.194 1.00 57.80 ATON 760 SS Ryo 155 -24.044 '7.232 Ί0.926 ] .00 5B.94 ATOM 761 ABOUT ΡΕύ 155 -26.643 -3.670 -8.76Y 1.00 53.19 ATON 7 62 0 ry 155 -27-121 -9.515 -5.529 1.00 52.31 ATOM 763 N TnR 156 -27.273 3.252 -7.671 1.00 49.27 ATOM 7 64 £ A TNR 156 28.513 -8.072 -7.221 1.00 47.50 ATsM 766 NE Tör 156 -29.045 -3.152 -5.978 1.P0 45.42 ATOM 766 OS T8P 156 -29.708 -6.040 -6.286 1.00 46.00 ATON 767 PPE TPP 156 -31-003 -0.637 -6.535 1.00 44.51 ATON 76Θ CE2 TER 156 -31.263 -5.253 -6.036 1.00 44.00 ATON 769 Seb tvr 156 -32.173 -7.492 -6.79V 1.00 44.17 ATOM 770 SI1 TER 156 -29.125 -5.603 -6.290 1.00 45..31 ATOM 771 MEUSE TER 156 -30.054 -4.645 -6.62V 1.00 40.73 ATOM 772 C22 TER 156 -32.494 -4.703 -7.380 ; .00 44.63 ATOM 773 C23 TER 156 -33.402 -6.945 -7.150 1.00 46.04 ATOM 774 CH2 ΤΙΪΡ 156 -33-550 5.562 -7.342 1.00 44.Y? ATOM 775 ABOUT TKR 156 -29.572 -B.V41 -8-319 1.00 46.81 ATOM 776 ABOUT TER 156 -30,349 -9.734 -8.470 3.00 4 6.89 ATON 777 N lie 157 -29-592 -7.152 -9.034 1.00 45.77 ATOM 779 CA Α8Ν 15? -30.600 -7.547 -10.110 1.00 44.93 ATON 173 NE AZES 157 -30.506 -6.094 -10.592 1.00 43.13 ATOM /IN SS Α5Ν 157 -29.204 -5.642 -10.093 1.00 42.32 ATOM 701 OO1 Α8Ν 157 -20.302 -5.561 -10.159 1.00 43.42 ATOM 7B2 KP2 Α8Ν 157 '29 .024 -5.346 Ί2-276 ί.00 38.97 ATON 703 WITH AND YOU 157  30.433 B.478-11.302 1-00 44.94 ATOM 734 ABOUT AND YOU 157 3] .416 -3.900 -11.907 1.00 ¢ 3.18 ATON 735 TO KEO 156 -39.187 -3.793 -11.646 1.00 47.58 ATOM 736 cl T.E0 156 -ge.925 -9.724 -12.742 1.00 50.92 ATON 7 in? sv T-E0 150 -27.450 -9, 673 -13.166 1.00 49.39 ATON 739 About Bf 150 -27.030 -0.392 -13. B04 1.00 50.63 ATOM 739 CB1 Bf 15V -25.669 -B, 602 -14.531 1.00 48.36 ATOM 7 VO Οϋ2 Bf 153 -20.07 4 -B.020 -14.033 1.00 48.22 ATOM 791 0 ive 150 -29.232 -11.147 -12.338 1.00 5? -96 ATOM 792 ABOUT ΙΕϋ 153 -29. B12 -11.014 Ί3.139 1.00 54.48 ATOM 793 ?one syo 15E -23-989 -11.493 -11-09] 1-00 55.23 ATOM 794 CA Seo 150 -29.383 12.783 -10-541 1-00 50.07 ATOM 795 NE axis 159 -23.799 -12.949 -9.132 1.00 61.02 ATON 796 With SEN 150 29-700 -13.689 -8.161 1.00 66.59 ATOM 797 With 'D.T1 159 -29-956 -12.905 -6.876 1.00 71.01 ATOM 793 OE1 CEO ‘59 -31.037 -12.202 -6.747 1.00 71.63 ATOM 799 OE2 these 159 -29,060 -12-914 -5.992 1.00 72.55 ATON 830 WITH eat 159 -30.906 -12.907 -10.490 1.00 5V.29 ATOM esp ABOUT VEU 159 -32.453 -15-990 -10.695 1.00 Ϊ6.29 ATOM 8 (12 [Ί ABC 160 -31.503 -11.790 -10.230 1.00 59.46 ATON 803 CA ΑΡΰ 160 -23.016 -11.303 -9.944 1.00 60.5V ATOM 304 NE ABC 160 -33,447 -10.463 -9.347 1 - СО 59.26 ATON 605 With ABC 160 -3 4.096 -10.429 -8.869 1.00 59.3V ATOM VO 6 With ABC 160 -35.116 -11.435 -7.746 1.00 60-25 ATOM 307 ΝΕ ABC 160 34.131 11.276 -6.67V 1.00 60.39 ATOM WHO £ 8 A. YOS 160 -34.313 10.518 -5.601 1.00 61.06 ATOM 309 N61 ABC 160 -33.360 Ί0.429 -4.681 1.80 59.91 ATOM 313 N 2 ICE 160 -35.450 - ?. J4U -5.442 1.00 61.11 ATON 311 WITH AR.S 160 -33-874 -12.114 -11.172 7.00 61.99 ATON in and WITH ARS 1 60 -34.907 -12.780 -11.064 1.00 61.34 ATON s1e S NOT 161 -33.449 -11.629 -12.305 1.00 63.71 ATON 614 CA NOT 161 -34.165 -11.912 -13.575 1.00 66.31 ATON 615 NE NOT sixteen) -33.862 -10.037 -14.652 1.00 64.21 ATOM 816 CC2 NOT 161 -34.367 -9.476 -14.172 1.00 63.31 ATOM 31 '1 CC1 NOT 161 -32.307 -10.803 -14,970 1.00 63.10 ATON 013 CO2 NOT 161 -32.035 -9.948 -16-150 1.ae 62.54 ATOM 319 WITH NOT 131 -33.7E6 -13.232 -14 .144 1.00 68.85 ATON 020 ABOUT NOT 161 -34.429 -13.730 -15-068 1.00 68.03 ATOM 321 AND TNR 162 -32.738 13.ΒΘ5 -13.590 1.00 72.56 ATON At 22 CA Tne 162 -32.312 -15.215 -14.016 1.00 77.56 ATOM 023 NE gnv 162 -30.303 -15.420 13.772 1.00 71.41 ATOM 824 CC1 'STI 162  30 - 059 -14.501 -14-5Θ2 1.00 76.90 ATOM 626 SB2 TIEZ 162 -30-395 -16.843 -14.120 1.00 76.95 ATOM 82 6 WITH tkv 162 -33.082 -16.307 -13.277 1.00 81.06 ATOM 327 ABOUT teak 162 -33.004 -19.420 -12.954 1.00 80.79 ATOM 82 " n PPO 163 -33.040 -17.125 -14.024 1.00 85.12 ATOM 329 with RVS 163 -33.917 -17.037 -15.493 1.00 8 6.14 ATOM 830 CA RNO 163 -34.684 -18.206 -13.499 1.00 88.61 ATOM 331 NE RIO 363 -35.566 -13.574 -14.6V9 1.00 87.63 ATON 832 SS RNO 163 -34.720 -18.256 -15.875 1.00 86.84 ATON 83 3 WITH RNS 163 -33.Θ69 -19.403 - 12.999 1.00 92.4] ATOM 834 ABOUT RIO 163 -32.664 -10.493 -13-242 1.00 91.73

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ATSN Θ35 N VRO 164 -34.527 -20.342 -12.296 1-O0 96, J4 AT m ATOM B36 With RVO 164 -35.931 -20-261 -11.855 1.00 97.02 AT with ATOM B37 CA Her 164 - 33.060 21.552 -11.788 1.00 99.15 AT with ATSM aze sa REY 164 -05.004 -22.323 -11.117 1.00 98.26 AT with ATiM 039 os Rey 164 -35.994 -21-271 -10.743 1.00 97.35 AT with ATON 040 with REY 164 -33.181 -22.37? -12.E70 1.00102.0V AT with ATOM 041 0 REY 164 -31.965 -? 2.5? 6 -12.343 1.00101.97 AT about ATSN 04 g N ARS 165 -33.962 -22.851 -13.344 1.00105.81 AT N ATSN 043 CA ARS 165 -33.429 -23.677 -14.924 1.00109.14 AT with ATOM 044 NE ABC 165 -34.43? -24.607 -15.379 1.00111.03 AT with ATSN 045 ss ABC 165 -33.981 -26.117 15.510 1 .00114.19 AT with ATOM 040 sv ICE 165 -32.793 -26.214 - 16.450 1.00116.65 AT with ATOM 047 NOT ABC 165 -32.370 27.598 -16-661 1.00118.5? AT N ATOM 846 CE ICE 165 -32-623 -28,306 -17.759 1.00119.70 AT with ATON 049 ϊίΐίΐ ICE 165 -32.2018 -29-560 -17.854 .08120.20 E N ATOM 0 & O N42 DRE 165 -33,293 -27,755 -10.764 1.00119.97 eight [] ATOM 951 WITH DAY 165 -33-805 -22,609 -16, 108 1.00110.22 Yo with ATOM "53 0 ICE 165 -33.766 -22.624 -17 * 050 1 * 00110.60 AT 0 ATOM 853 AND ΤΎΡ 166 -31,707 -22.282 -sixteen. 0B2 1.00111 .28 AT N ATON 054 CA TU V 166 -31.320 -21.344 -17.066 1,00112.25 AT with ATON 355 NE TOUR 166 -30.758 -20.080 16.391 1.00113.3? AT with ATOM 850 SS TUI 166 -30.241 -19.042 -17,354 1.00114.53 AT with ATOM 057 Οϋΐ ΤΥΒ 166 '28 .954 10-532 -17,223 1,00114.68 at with ATOM 850 CE1 ΤΎΡ 166 -28-471 -17.503 -10.110 1.00115 .01 at with ATOM 859 THIS TTN 166 -31.035 -18.57 (7 -18.393 1.00114.92 at with ATON 850 THIS TOUR 166 -3 (1. 561 -17.619 -19.2V1 1.00114 * 93 at with ATOM 361 cg τνρ 166 -29,278 -17,130 -19.135 1.00115.16 at with ATOM 852 he ΤΪΗ 166 -28.797 -16.189 -20.037 1.00) 35.03 at 0 ATOM 863 with TUI 166 -30.265 -21.965 17.981 1.001] ?. 12 at with ATOM 864 about TU Η 1 & B -29.207 -22.397 - 17.525 1.00111,99 at but -25- 299 liegip eao N 1 ϊ Ρ eleven “A. □ oz 1? ..- 1V ι.υν т »,> & at s ATOM 866 CA ΤΪΗ 171 -29.633 -19-258 -? 5.518 1.00 96.87 at with ATON 007 NE ΤΪΗ 171 -29.623 -17,003 -24,836 1.00 96.75 at with ATON 860 EU ΤϊΡ 171  30.934 17.536 -24.160 1.00 96.35 at with ATOM 869 SV! ΤΪΗ 1 71 -31,135 -17.811 -22.912 1.00 96.51 at with ATON azo CE] τϊη eleven! -32.345 -17.539 -22.190 1.00 96.16 at with ATOM eight?; Wed? τγπ 171 -31,984 -16.9? 2 -24,077 1.00 96.54 13 with ATSN 073 CE? TUV G. ^g 1 -33.199 -16.697 -24.270 1.00 95.77 at with ATON IN 3 03 TU? 171 -33.373 -16.904 -22.932 1.00 96.10 at with ATSN 074 he TOUR 171 -34.534 -16.727 -22.327 1 .00 97.20 at 0 ATON 075 with TOUR 171 -29.090 -19.090 -27.013 1.00 97.20 at with ATOM 076 0 TOUR 171 -20.992 -19.292 -27.033 1.00 97.6? at 0 ATSM 077 n ho 179 -27.947  9.679 34,479 1.08 67.3 1 at N ATSN 070 CA Bf 179 -29.202 -9.880 35,196 1.00 67.55 at with ATOM 079 NE Bw 179 -29. 749 -11.274 -34.805 1.00 66.43 at with ATOM 000 SS Bf 179 -30.345 -12.050 -36, 06? ι, ΰυ then.66 at with ATOM 801 C01 yee 179 -38.862 -13.395 -35,557 ; , 00 70.04 at with ATOM B02 C 02 b 179 -31.457 -11.237 -36,722 1.00 6Θ.70 at with ATOM 803 WITH 1 £ and 179 -30.251 -8.816 -34,031 1.00 66.57 at with ATSN 804 0 LIE 179 -30,917 -0.255 -35.704 1.00 67.25 but P ATOM 805 N UL 1 VO -30-892 -B, 54 2 -33.537 1.0V 63.99 at N ATOM 806 CA UDD 100 -31.393 -7.595 -33.052 1.00 61 * 13 B G ATOM 807 NE UAE 100 -32-163 -0.180 -31.836 1.00 61.02 at with ATOM 800 CO2 UAY 100 -31.103 -0.63V -30.773 1.00 60.46 at with ATOM 805 ss? UDD 100 -zz. and about -7.133 -31.260 1.00 60.55 at with ATOM 890 with 7D 1B0 -30.765 -5.260 -32.651 1.00 50.4 9 at with ATOM 891 0 UAY 100 -29.693 -6 .223 -32.049 1.00 58th? at 0 ATOL 892 14 OH1 1B1 -31.434 -5-162 -33.980 1.00 56.10 at n ATOM 893 CA sy 1 B1 -30.940 -3.838 -32-618 1.00 54.53 at with ATOM 004 EV SUS] 1 81 -30.896 -2.931 -33.Θ52 1.00 56.53 at with ATON 095 SS Sie 181 -29.749 -1.928 -33-033 1, 00 62.79 at with ATON 096 SR fed up 181 28.789 -2,146 -34.960 1 .00 66.51 at with ATOM 09? About £ 1 S’’Z 181 -27.53? -2.078 -34.714 1.00 69.34 at ϋ ATON Θ9Θ OE? □ YZ 18] -29.2018 -2.301 -36.116 1 * 00 68.31 at 0 ATON 099 WITH Yb 181 -31.810 -3.196 -31.532 1.00 51.03 at with ATSN 900 ABOUT syo 163 -33.041 -3.231 -31.609 1.00 50.1 ?, at 0 ATON 903 N il 182 -31,168 -2.615 -30.522 1.00 46.36 eight N ATOM 902 CA UAY 132 -31.87V -1.071 -29.485 1.00 44.68 at WITH ATON 903 sz UAT 182 -33.417 -2.2V8 -20.073 1.00 44-84 at with ATOM 904 SY UAY 182 -32.258 -1.584 -29.023 1.00 43.44 at with ATOM 905 CC2 UAY 182 -31.521 -3.796 27.911 1-00 47.01 at with ATOM 906 WITH UAY 182 -31.643 0.065 -29,633 1.00 43.25 at with ATOM 907 0 UAY 182 -30.504 0.099 -29.566 1-00 42.77 at 0 ATOM 908 N TGR 183 -32.715 0.397 -29.837 1.00 39.30 eight N ATON E09 CA ΤΥΡ 183 -32.602 1-851 -39.872 1.00 ST.75 at WITH ATON 910 NE ΤΥΡ 103 -ZZ .. ^g > 94 2.44Θ -30.872 1.00 39. B7 at with

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ATON 911 With ΤΪΒ 163 -33,217 2.225 -32.319 1.00 42.94 AT with ATOM 912 SI ΤΪΗ 103 -33.512 1.026 -32.959 1.00 43.91 AT with ATON 913 CE1 ΤΥΗ 103 -33.177 0.824 -34.290 1.00 46 * 07 at with ATON 914 C1> 2 ΤΪΗ 103 -32.575 3.217 -33.049 1.00 43.64 at with ATON 915 CE2 ΤΪΗ 103 -32.235 3.025 -34.379 1.00 14.65 at with ATON 916 C2 ΤΪΗ 103 -32.539 1.02.0 -34.404 1.00 4 5.86 at with ATON 917 HE ΤΪΗ 103 -32.209 1.635 -36.319 1-00 48. $ 5 at about ATON 910 0 ΤϊΒ. 103 -32.859 2.443 -28.492 1.00 31.29 at with ATON 910 ABOUT ΤΪΒ. 103 -33.803 2.052 -27.804 1.00 34.J9 at 0 ATON 920 m 1.EC 1 0 4 -32-005 3.3Θ0 -28.097 1.00 35.24 at N ATOM 921 CA Τ.ΕΪ 164 -32-155 4.093 -26.835 1.00 34.10 at with ATOM 922 sz Bc 104 -30.872 3.962 -26.008 1.00 32-10 at with ATOM 923 ss Bw 104 -30.740 4.032 -24.750 1.00 35.23 at with ATOM 924 CE> 1 LIE 104 -31.760 4 * 400 -23.708 1.00 32.47 at with ATSM 925 CO2 EEO 104 -29.326 4.703 -24.190 1.00 32.96 at with ATOM 925 WITH Bf 104 -32.430 5.567 -27.122 1.00 33.43 at with ATON 927 0 oki 104 -31.631 6.245 -27.755 1.00 32.77 at 0 ATOM 920 and Eyo 105 -33.507 6-057 -26.669 1.00 33.29 at 14 ATON 929 CA Bw 105 33-85? 7.491 -26.690 1.00 35.12 at with ATON 930 NE s? and 185 -35,288 7,770 -27.103 1.00 34.6V at with ATOM 931 SS EEO 185 -35,549 7.510 -28.664 1.00 37.37 at with ATON 93? 0ϋ1 Bf 105 -38,590 6.010 -28.923 1.00 ZV.05 at with ATOM 933 CO2 Bf 185 -36.866 8.155 -29.057 1.00 39.00 at with ATOM 934 with Bf 135 -33,665 E.070 -25.290 1.00 35.69 at with ATOM 935 0 Bw 185 -34.515 7.837 -24.413 1-00 36-1 (1 at 0 ATOM 936 N AIR 186 -32.610 9.324 -25,086 1.00 35.47 at N ATON 937 CA ABP 186 • 32 - 260 9.323 -23.759 1.00 38.43 at with ATOM 938 NE L5R 186 -31.663 8.204 -22.920 1.00 4 4.90 at with ATOM 939 SS LER 186 -31,065 8.412 -21.424 1.00 53.04 at with ATOM 940 001 AZR 186 -32,984 8.134 -20.929 1.00 56.81 eight 0 ATOM 941 002 AZR 136 -30.909 6.853 -20.743 1.00 55.06 at about ATOM 94 3 WITH AZR 136 -31.307 10.500 -23.042 1.00 37.51 at with ATOM 94 3 0 AZR 186 -31.315 11.259 -24 * 016 1.00 36-4? at 0 ATOM 944 N Transnational corporation 187 -30.474 10.655 22.010 1.00 34.82 at I ATON 945 CA Transnational corporation 187 -29.470 11.707 -22.030 1.00 35.00 0 with ATOM 94 6 NE TNV 187 -20.070 Ϊ1.957 -21.426 1.80 33-57 at with ATON 941 □ 01 TNCs. 187 -20.137 10.800 -21.004 1.00 33-38 at 0 ATON 94? SY2 Transnational corporation 187 -29.860 Ξ2.267 -23,416 1.00 30.31 at with ATON 949 WITH tiv 157 20,341 11.270 -23.756 1.00 36.71 at with ATON 950 0 aphids 187 -20.362 10,163 -24.304 1.00 36.59 at 0 ATOM 95] N 5EV 188 -27-360 12.144 -23.937 1.00 36.36 at N ATON 952 CA Yaw 186 -26.153 11,751 -24.641 1.00 39.03 at with ATOM 953 NE 5EP 66 -25,196 12.947 -24.720 1.00 39.14 at with ATOM 954 03 Yaw : 08 -24.937 13.475 -23.443 1.00 42.99 at with ATOM 955 with Yaw ’08 -25, 525 10.610 -23. B51 1.00 39.61 at with ATON 956 0 Yaw 188 -25.828 10.426 -22.666 1.00 30.53 at with ATON 957 N 1b ΙΘ9 -24.600 9.022 -24.509 1.00 39.46 at N ATON 958 CA NOT 169 -24.001 3.725 -23.Β33 1.00 40.00 TO with ATON 959 NE Central Bank 1Θ9 -24.496 7.342 -24.326 3.00 41.34 at with ATON 960 g '/ ’-P 1EE 109 -26.000 7 .22.0 -24. 131 1.00 36.20 at with ATOM 961 CC1 1EE 109 -24.132 7.140 -25.797 1.00 42-7 $ at with ATOM 962 sy 11 * £ 109 -24.517 5.784 -26.342 3.00 41.61 at with ATOM 963 G * 1 ΞΕΕ 109 -22.494 6-796 -24-041 1.00 41.69 at with ATOM 964 about TKE 109 -7J.O09 9.471 -24.946 1.00 40.48 at with ATOM 965 Ή C1, N 190 '21 .763 AT . 102 -23.177 1.00 43.59 at N ATOM 966 CA 7Ы1 190 -20,313 8.010 -23.273 1.00 44.38 at _ ATOM 96? NE 5ΕΝ ] 90 -19.717 0.024 -21.861 1.00 46.59 at G1 ATON 960 SS zi 199 -13.210 7.070 -21.793 1.00 52 * 20 at WITH ATOM 969 si sya 190 -17,488 0.863 -22.673 1.00 57.06 at with ATOM 970 0E1 SOWING 190 -17.304 10 * 046 -22.337 1.00 59.79 at WITH ATOM 971 ΝΕ2 SOWING 190 -17.000 B.391 -23.82B 1.00 56, 64 at N ATOM 972 WITH SYA 190 -19.971 6.704 -23.996 1.00 44.30 at WITH ATON 973 0 CEM 190 -19.020 5.657 -23.367 1.00 43.59 at 0 ATON 974 Ιί ZOE 191 -19.0.54 6.768 “25.318 1.00 44.25 at N ATOM 975 CA ZEK 191 -19.731 5.559 -26-131 1.00 4 6.31 at WITH ATOM 076 CE Yen 191 20.052 5.872 -27.597 1.00 45.03 at with ATON 977 OS □ EP. 191 - ± 9.186 6-872 -28-106 1.00 45.93 at 0 ATOM 97 " WITH Yaw 191 -18,351 4.902 -26.035 1.00 47.69 at with ATOM 97 9 0 Yaw 191 -18.156 3,700 -26,520 1.00 49.01 at 0 ATOM 980 n AZR 192 -17,404 5.595 -25.410 1.00 49.21 at n ATOM 981 CA AZR 192 -16.056 5.073 -25.190 1.00 52.01 at with ATOM 982 NE AZR 192 -15.052 6.223 -25.056 1.00 $ 4.81 and with ATOM 983 SS AZR 192 -14.726 6.8B5 -26.379 1.00 60.16 at WITH ATOM 904 001 AZR 192 -15.012 6.277 -27.436 1.00 62.13 at WITH ATON 985 002 AZR 192 -14.181 8.014 -26.361 1-00 61.90 at ABOUT ATOM 906 WITH AZR 112 -15.944 4.1V5 -23.959 ] -O0 51.65 at with

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house 987 ABOUT AIR 192 -14.901 3.577 -23.721 1.00 $ 2.13 AT ABOUT ΛΤΰΜ 988 N H1 £ 193 Ί7.001 four . 1J4 '23, 159 1.00 50.05 AT N ATOM 989 CA H1Y 193 -16.932 3 .376 -21.914 1.00 48.15 at with ATOM 990 NE ΉΊ? 193 -18,204 3,563 -21,091 1.00 4 4.37 at with ATOM 991 SS 1113 193 • 18.091 3.048 -19-693 1-00 43.27 at with ATOM 992 TS2 I13 193 “17.8? 3 3.686 -18,518 1.00 40.34 at with ATON 993 »Y1 ΉΊ $ 193 -18-178 1 .705 -19.389 1.00 42.52 at AND ATCI 999 <751 ΉΙ5 193 -18,020 one . 538 -18.08Θ 1.00 40.12 at with ATON 995 NYA? I15 1 93 -17.833 2.725 -17.536 1.00 40.42 at N ATOM E96 WITH ΉΙΞ 193 -16.725 1 .891 -22.180 1.00 4V.Y0 eight with ATSM 99? WITH H15 193 -17.291 1.333 '23 .131 1.00 4B.40 AT about ATOM 998 14 AIS 194 -15.918 1.256 -21.34 ( 1.00 49.75 AT N ATSM 999 CA ICE 194 -15.475 -0.106 -21.594 1.80 $ 1.21 at with ATON 1000 NE AKC 194  14.409 -0.527 -20.520 1.00 55.14 at with ATON 1001 ss forehead 194 “13-996 -1.708 -20,912 1.00 62.40 at with ATON 1002 with ABC 7 94 “14,042 -3,993 -20.227 1.00 68.22 at with ATOM 1003 NOT two 194 -13-251 -4.143 -20.660 1.00 7 Ϊ.0 6 at N ATOM 1004 smiling foxes 194 -13.497 -5.4 72 -20.306 1 .00 76.07 B WITH ATSM 1005 N41 two 194 -12,721 -6. 383 -28.754 1.00 77 .2 $ Yo n ATSM 1006 N42 ΑΗΰ 194 -14.516 -5.6V5 -nineteen. 504 1.00 70.69 AT I ATSM 100? WITH BCS 194 -16.650  1.077 -21.620 1.00 49.97 at with ATSM 1008 WITH ABC 194 -16,568 -2.141 -25.527 1.00 19.91 at about ATSM 1009 N ay 195 -17.710 -0.710 -20.969 1.00 48.05 at n ATSM 1010 CA sy? 195 -16.90 ( “1,591 -20.911 1.00 46.66 at with ATON 1011 NE si 295 -19-894 -1-116 -19.833 1.00 47.09 eight with ATSM 1012 With si: 195 -19.582 -1.665 -18.442 1.00 40.07 AT with DTON 1013 With ss 195 -19.912 -3.146 -18.320 1.00 51.11 E with ATON 1014 OE1 st 195 -18.983 -3.979 -18.447 1.00 52.20 at about ATSM 1015 OE2 C1L! 195 -21.100 - 3.470 -18.101 1.00 4 0.64 E about ATOM 1016 WITH n 195 -19.634 -1.090 -22.247 1-00 46.38 AT with ATON 1017 ABOUT n 195 '20 .254 -2.710 -22.542 1-00 44.77 AT ABOUT ATON 1018 N 1b 190 -19,557 - 0.64 0 - 23,057 1.00 46.54 at N ATOM 1019 CA those 196 -20.347 -0-599 -74.280 1.00 4 8.16 at g ¹ - ATON 1020 NE 1b 1 96 -23 - 406 ¢ (.44 6 -24,164 1.00 46.92 at ·· _ · ATOM 1021 CC2 1b I 96 -22-476 O- &] 5 -23,102 1.00 45.09 at 1 ^ ATOM 1022 SS-1 TEE 196 -20,904 1.82? -23.830 1.00 47.02 at with ATOM 1023 CB1 TIE 196 -21.951 2.902 -23.616 1.00 47.07 at with ATOM 1024 with TIE 196 -19.533 -0.296 -25.537 1.00 50.05 at with ATOM 1025 about TT, e 196 -20.061 -WITH . 34B -26.647 1.00 50.50 at Th ATOM 1026 N 6Sh 197 -18.253 0.015 -25.371 1.00 52.00 at and ATOM 1027 CA n 197 -17.453 0.102 -26.497 1.00 $ 5.84 at with ATON 1028 NE 6Y1 197 -16.007 0.709 -20.060 1-00 59-1Ϊ at with ATSM 1029 SS sieve 197 - 15.164 1.37V -27.140 1-00 66.13 at with ATON 1030 C!> S-00 197 -13.691 1.374 -26.000 1-00 7 1.10 eight with ATON 1031 OE1 syo 197 -13.222 0.370 “26.214 1.00 74-15 at about ATON 1032 OE2 (110 197 -13.003 2.371 -2 7.11 6 1.00 12.99 at about ATOM 1033 WITH CEO 197 -17.470 -0.479 -27.685 ] .00 55.61 at with ATON 1034 ABOUT si 137 -17.271 1.604 “27.536 1.00 55.13 at about ATOM 1035 N Seb 190 -17.740 0.071 -28.866 1.00 56.15 at N ATSM 1036 CA yelling 79B -17.715 -0.727 -30.077 1 .00 56.03 AT with ATON 1037 WITH CEU 198 -18-987 -3.514 -30.321 1.00 57.44 Th with ATON 1039 ABOUT CEU 198 -19.150 -2.122 -31.377 1.00 58.60 at 0 ATON 1039 AND two 199 -19.892 -1.513 -29.349 1.00 57.74 at N LTSN 1040 CA bottom 199 -21.160 -2.213 -29.500 1.00 57.02 at WITH DTP 1041 CA two 199 -21.349 -3.211 -2V.355 1.00 50.06 at with ATSM 1042 se bottom 199 -20.312 -4.333 -2B.336 3.00 63.05 at with ATON 1043 with ABC 199 -20.287 -5.09? -29. 659 1.00 67.78 at with ATOM 1044 NOT ABC 199 -21.503 -5.805 -29.868 1.00 71.51 at N DTON 1045 cg ABC 199 21.995 -6.214 “31.060 1.00 72.46 at WITH ATON 1040 ΝΗ1 NSA 109 -23.109 -6.933 “31 -145 1.00 72.69 at 14 DTON 1047 ΝΗ2 ICE 199 -21.376 - $. 82 ' -32.168 1.00 7 3.16 at and ATOM 1048 WITH Battery 199 -22.353 -1, 756 -79,568 1.00 57.64 at with ATOM 1049 & ICE 199 -23.424 -1-633 -ZO.O30 1.00 68.42 at 0 ATOM 1050 N UAY 200 -22,169 -0.023 -29.105 1.00 56.67 at n ATOM 1051 □ A go 200 -23,198 1.001 -29.260 1.00 56.34 at with ATSM 1053 NE UAY 200 -33.575 1.661 -27.921 1.00 56.89 at with ATOM 1053 SG.1 go Ipo -24.017 0.602 -26.933 1.00 59.60 at with ATOM 1O54 CC2 UAY 200 -22.390 2.424 -27.369 1.00 50..36 at with ATOM 1055 with UAY 200 -22.735 2. 395 -30.219 1.00 55.25 AND with ATOM 1056 0 UAY 200 -21.632 2.62 9 -30.089 one . 0ϋ 55.36 at 0 ATOM 1857 N NOT 201 -23.508 2.421 -31.182 1.00 6.3.57 at N ATOM 105V CA KET 201 -23-303 3-491 -32.122 1.00 53.33 at WITH ATSM 1059 NE NOT 201 -23.629 3.037 “33.542 1.00 57-41 at with ATSM 1000 se NOT 201 23.173 4,127 “34.587 1.00 65.55 3 with ATSM 1001 of MET 291 24.97? four . 367 -35.908 1.00 70.08 at 3 ATON 10 62 sz MET 201 -24-368 5.567 -36.605 1.00 73.70 at with

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ATOM 1063 WITH meth 201 -24.129 4.725 -31.773 1.00 50.12 AT with ATOM 1064 0 MET 201 “25.322 4.627 -31-491 1.00 49, € 6 AT 0 ATSM 1065 N UL 202 -23.4V6 5.885 -31.786 1.00 46.03 at eight AT "1 1066 CA UL 202 -24.199 7.143 -31.616 1.00 43.65 at WITH ATOM 1067 CE UL 202 -23.269 8.238 -33.851 1.00 42.07 at with ATOM 1068 CC1 UAY 202 -24.025 9.549 -30.928 1.00 39.96 at with ATOM 1069 CC2 UDD 2 OH -22-751 7-809 -59.693 1.00 42.01 eight with ATSM 1070 WITH UAY 202 -24.734 7,609 -32,970 1.00 42.11 AT with ATOM 1071 0 UDD 202 -23.941 7.963 -33.047 1.00 41.82 eight 0 ATOM 1072 AND Transnational corporation 203 -26.042 7.607 -33.146 1 .00 39.83 eight I ATOM 1073 CA Transnational corporation 203 -26.621 B.158 -34.367 1.00 39.51 AT with ATOM 1074 NE Transnational corporation 203 -28.127 7.878 -34.458 1.00 37.45 AT with ATOM 1075 OS1 Transnational corporation 203 -28.010 B.690 -33.499 1.00 38-09 AT ABOUT ATOM 1076 garden t 203 28.411 6.-41E -34.179 1.00 33.14 at with ATOM 1077 with Transnational corporation 203 ‘26 .413 9.668 -34.32? Ϊ .00 41.01 AT with ATOM 10? 8 about TEAK 203 26,080 10.233 -33,284 1.00 41.22 AT 0 ATON 1079 N Λ6Ρ 20" -26-596 1'2.34 $ -35,446 1.BO 41.79 eight N ATON 1080 CA ABP 204 -26.440 11.706 -35.3? 8 1, -00 44.36 eight with ATON 1081 Sat ABP 204 -25.818 12.331 -36.6 ?! 1.00 49.04 eight with ATSM 1082 SS ABP 204 -26.406 11.79E -37.913 1.00 55.58 eight with ATON 1C-83 001 ABP 204 -2? .729 11.633 -37. B 95 1.00 58.79 AT about ATON 1084 0В2 ABP 204 “25.763 11.548-ZV.907 1.00 57.72 AT 0 ATON 1085 WITH A5P 204 -27.752 12.495 “35.053 1.00 41.84 9 with ATOM 1086 L DER 204 -27.064 13-706 -35.23? 1.00 42.04 3 0 ATON 1C8? n RNE 205 -20.737 11.745 -34.5? 1 1.00 30.16 3 I ATON 1088 CA RNE 205 -29.985 12.363 -34.147 1.00 36.96 eight with ATON 1089 NE RNE 205 -31.130 11.351 -34.078 1.00 35.73 ε with ATON 1090 SS RNE 205 -32,449 11.984 -33.744 1.00 36.34 at with ATON 1091 CO2 RNE 205 -32. B00 12.23V -22.428 1.00 34.01 at with ATOM 1092 CO2 RNE 205 -33.292 12.424 -34.750 1.00 36.67 to with ATOM 1093 Сё1 anger 205 -33.95V 12.926 -32.122 1-00 31-86 at with ATOM 1094 CE2 RNE 205 '34 .455 13.117 34.450 1.00 38.51 at with ATON 1095 CE RNE 205 -34.786 13.368 -33.136 1-00 36.57 at with ATOM 1896 WITH RNE 205 29-882 1.1.048 -.12.767 1-00 3?, 17 at with ATON 1097 0 RNE Yo-5 29,454 13-449 -31-759 1.00 35.61 at th ATOM 1098 N si 206 -30,287 14.308 -32.741 1.00 36.47 at N ATON 1095 CA si J06 -30,546 14.93? -31,469 1.00 39.25 at with ATOM 1100 NE si 206 -29, J45 15,413 -30.321 1.00 43.55 at with ATON ) 181 SS sy JOS -2Θ, 695 16.714 -31.344 1.00 51.60 at £ ATOM 1102 With her 206 -27.40? 1? .106 -30.544 1.00 57.35 at with ATON 1103 CE1 sy 206 -26.372 17.216 -31.11V 1.00 56.84 at 0 ATOM 1104 OE2 sy 206 -27.655 17.524 -29.344 1.00 56.01 at l ATOM 11C5 WITH her 206 -31.520 08.16? -31.617 1.00 37.64 at with ATOM 1106 0 sy 206 -31.401 16.916 -32.526 1.00 36..38 at ΰ ATOM 1107 N AZN 207 -22.491 16.112 -30.711 1.00 34.24 at N ATOM 1108 CA AYA 207 -33.505 17.155 -30.673 1.00 32.56 at with ATOM 1109 Sho Gas station 207 34.736 16.702 -31.466 1.00 30.25 at with ATOM 1110 SY AYA 207 “35.636 17.855 “31.868 1.00 31.68 at € ATOM 1111 OE1 Α3Ν 207 -3 5.748 10.109 -33-054 1.80 32.01 at 0 ATOM 113 2 Νϋ2 D8N 207 -36.291 18,465 -30.888 1.00 26.3? at m ATOM 1113 WITH AZN 20? -33-864 17.364 -29.196 1.00 32.44 at with ATSM 1114 0 ΑΞΗ 20? -34.658 16.611 -28.624 1.00 30.19 at th ATON 11’5 AND UAY 208 -33-25 ') 1V, 3? 4 -28.57V 1.00 30.82 at I ATON 1116 CA UL 20Θ -3 3.4 67 10,638 -27,163 1 .00 30.29 at with ATON 1117 NE UAY 208 -32.274 10.127 -26.309 1.00 28.56 at with ATOM 1118 CC1 UAY go 8 -32.051 16.638 -26.560 : .00 27.68 at with ATOM 1119 CC2 UAY 208 -31.016 1B, 917-26.641 1.00 25.16 at with ATOM 1120 € UAY 200 -33.620 20.134 -26.924 1.00 31-06 at with ATOM 1121 0 UAY 20 V -33.063 20,956 -27.651 1.00 30-60 at 0 ATOM 1122 N RKy 208 “34.400 20.503 “25-887 1.00 E0.4? at I ATOM 1123 B RICE 209 -35.207 19.570 “25.072 1.00 30-10 B with ATOM 112 " CA RVO 209 ’34 -536 21.894 <5.4 47 1.00 31.51 at with ATOM 1125 Sv evo 209  35.713 21.840 -24.471 1.00 31.36 at with ATOM 1,126 With RVO 209 -35,683 20.448 -23.932 1.00 29.45 at with ATON 1127 Ryo 209 -33-256 22.396 -24.774 1.00 31.01 at with ATOM 1128 WITH RVO 209 -32,478 21.612 -24.Ζ34 1.00 2Θ.B7 at 0 ATON 1129 n sat down 218 -33,045 22.704 -24-838 1.00 33.74 eight I ATON 11'30 CA sy 210 -32.010 24.400 -24.068 1.00 36.B5 at with ATON 1131 NE sy 210 -32.25? 25.900 -24.171 1.00 41.10 at with ATON 1132 ss 13th 210 -31.286 26.67V -24.925 1.00 52.07 6 with ATON 1133 with sy 210 -31.540 20.153 -25.021 1.00 56.74 at with ATOM 1134 OE1 syo 210 -32.74 3 20.464 -25.18V 1-00 57.58 9 with ATSM 1135 CE2 sy 210 -30.622 29.000 -24.924 1.00 61.67 at l ATOM 1136 WITH si 210 -32.079 24.01? -22.566 1-00 33.52 at with ATOK 1137 ΰ si 210 -33.165 23.070 -22.037 1-00 31.67 at 0 ATLI NZV to sy 211 -thirty. 92 7 2.1, 070 -21, 940 1.00 34.04 at N

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PBX 1139 CA si 211 -30.877 23.7E0 -20.470 1.00 35.09 $ with ΑΤΟΝ 1140 NE sy 211 -29.448 23.595 -19.993 1.00 37.07 but ι: ATOM 1141 SS si 211 -20.529 22.943 -21.003 1.00 45.78 g WITH ATSM 1142 With axis 211 -20.779 21.466 '21 .132 1.00 49.35 b with ATsN 1143 SY CEO 211 -29.395 20.900 -20.197 1.00 53-07 3 WITH ATSN 1144 OE2 sy 211 -20.372 20.067 -22,156 1.00 4 9.08 3 0 ATOM 1145 WITH Sio 211 -31.414 25.075 -19. Yve? ] .00 14.57 at £ ATON P46 0 CEO 211 “31.403 36.112 -20.552 1.00 33.61 at 0 ATSN 114? N Τι 5 P 212 -31.876 25.020 -18.6 + C 1.00 34.08 at m ATOM 1143 CA AZR 212 -52.155 26.237 -17.880 1.00 33.98 at with ATOM 1149 NE AZR 213 -33.019 25.913 -16.654 1.00 36.73 at with ATON 1150 With AZR 212 -33.263 27.131 -15.704 1.00 39.00 at b- ATON 1151 Οϋΐ AZR 212 -32.845 20.252 -16.132 1.00 43.49 at about ATOM 1152 ϋϋ2 AIR 212 -33.873 26.965 -14.692 1.00 43.52 eight with ATOM 1153 WITH AZ? 212 -38.828 26.050 -17.430 1.00 34.59 AT with ATOM 1154 ABOUT AZR 212 -30.105 26.385 ‘16 -492 1-00 34.03 at 0 ATON 1155 N Yu 213 -30.425 27.920 -18.127 1.00 34,? 4 at m ATOM 1156 CA OSU 213 ‘79 -103 78.488 -17.926 1.00 35.04 at with ATON 115? WITH 13Ι.Ϊ 213 -28.796 29.033 -16.635 1,110 37.75 at with ATOM 1158 0 SUE 213 -27,629 29.101 -16.151 1.00 ZV.08 at 0 ATOM 1159 N shooting gallery 214 -29.81 $ 29.422 -15.776 1.90 30.00 at n ATOM 1160 CA TNV 214 -29.534 29.909 -14.444 1.00 39-22 at with ATON 1161 NE TNV 214 -10.863 30.667 -13.ΘΒ9 1.00 39.16 at with ATOM 1162 OS1 TYAV 214 -31.853 29.671 Ί3.609 ] -00 42.43 at about ATOM 1163 CO2 THI 214 -31.427 31.653 -14.900 1.00 10-99 at with ATON 1164 WITH TIR 214 -29.145 2Θ. 9.M-43.429 1.00 38.48 at with ATOM 1166 WITH TNV 214 -28-69 $ 29.273 -12.334 1.00 41.23 at 0 ATOM 1166 N ABC 215 '29 .293 27.661 -13.790 1.00 36.13 at N ATOM 116) CA ABC 215 -38.842 25.571 -12.926 1.00 33.09 at with ATOM 1168 NE ABC 215 -30.044 25.753 -12.450 1.00 35.26 at with ATOM 1169 SS AKC 215 -30.978 26,507 -11,525 1.00 39.25 at with ATOM 1170 With ABC 215 -31.976 25.562 -10.060 1.00 38-84 at with ATOM 1171 NOT ICE 215  $ 33.09 25,240 - 11.741 1.00 41.79 at to ATOM 1172 C2 ICE 215 -34.023 24.325 '11 .469 ] .00 42.83 at with ATOM 1173 N111 ICE? 215  3 5.005 24.102 -12.330 1 -0O 42, $ 9 at and ATOM 1174 HH2 AYE 21 $ -33.965 29.631 -> 0.941 7.00 40.76 0 μ ATOM 1175 WITH ABC 215 -27.050 25.649 -13.621 1-00 21.31 eight with ATON 1176 0 ICE 215 -27-465 14 - 620 -13,072 1.00 30.45 0 0 ATOM 11'17 Ή RNE 216 -27.440 Ϊ6.007 -14.831 1.00 29.98 0 N ATOM 11? 8 CA RNE 216 -26,577 35.126 -15.606 1.00 31.33 eight with ATOM 11? 9 NE RNE 216 -2 '!, 099 75-0116 -17.041 1.00 30.11 L with ATOM 1180 CE RNE 216 “26,373 23.979 -17.065 1.-30 30.31 0 with ATOM 1181 CO2 RNE 216 -35.816 2 +, 317 -13,090 1.00 30.81 AT with ATOM 1182 CO2 RNE 2 16 -26.258 22.671 -17.410 1.00 29.75 eight with ATOM 1183 CE1 RNE 216 -25,156 23.363 -19.061 ; , 00 92.24 AT with ATOM 1134 CE2 RVE 2 16 -25.602 21.712 -18.178 1.00 90.04 at with ATOM 1185 02 RNE 216 -25.049 22.056 -19.402 1.00 31.01 at with ATOM 1186 WITH RNE 216 -25.122 25.604 -15.618 1.00 93.28 at with ATOI 1187 0 RNE 216 -24.02+ 26.710 -16.051 1.00 93.72 at with ATOM 1180 N ΗΙ5 217 -24.226 24.750 -15.128 1.00 34.66 at N ATON 1189 CA H13 217 -22,755 25.014 -15-165 1.00 36-02 l with ATOM 1199 NE H1Ya 21? -22-209 25-03? -13,748 1.00 39.37 at with ATOM 1191 SS ϋΐε 217 -22.000 26.089 -12-860 1.00 +4.56 at with ATOM 1192 CE> 2 H1Ya 2 g? “24.071 26,516 -12.707 1.00 46.84 at with ATON 1193 to! H1Y 217 -22.040 26.8 + 2 -11.990 1.00 +7.01 at N ATON 1194 CE1 ΗΙΞ 217 -22.922 27.688 -11.341 1.00 + 6.30 at with ATSN 1195 HE2 ΗΙ8 31? -24,062 27.510 -11.757 1.00 +0.13 eight N ATOM 1196 WITH : -113 217 -22.147 23.Θ97 -15.962 1.00 36.90 AT g ATOM 13 97 0 ΗΓΞ 217 -21,915 22,804 -15,445 1.00 35.57 3 about ATOM 1198 eight ICE 218 -21.855 24.183 -17.223 1-00 37-33 eight N ATSN 1199 CA ABC 218 -21.393 23,173 Ί8.161 1.00 +0.43 B with ATOM 1200 Sat ABC 218 -21.112 23.036 Ί9-514 1.00 +3.99 AT with ATOM 1201 SS ABC 218 -20.457 22.930 -20.535 1.00 52.67 at with ATON 1202 With LAN 218 -21.475 32.269 -21.4 + 4 1.00 60.20 at with ATON 1203 NOT ABC 218 21.024 20.935 -21.860 1.00 66.00 at N ATOM 1204 cg FOREST 210 -21.834 19.U61 -22.26? 1.00 67.40 at with ATON 1205 HH1 ICE 218 -21.333 10,703 -22.622 1.00 67.52 at N ATON 1206 NN? ABE 218 -23,145 20,168 -22,323 1.00 68.80 at to ATON 1207 with AYE 218 -20.150 32-423 -17,666 1.00 39.21 at with ATON 1208 0 ABC 218 -20.039 21.212 -17.0 + 1 1.00 30.82 at with ATOM 1209 at SUN 219 -19-720 23,136 -17.042 1.00 39.79 at at ATOM 1210 CA ON 219 -17.972 22.517 -16.600 1.00 41-30 at with ATOM 1211 NE eating 2] 9 -16.904 23,504 -16.120 1.00 4+, 07 at with ATON 1212 ss C111 219 -16.482 24.518 -17.227 1.00 53.87 at with ATON 1213 with sep 219 -14.950 24,512 -17.974 1.00 59.05 at with ATON 1214 OE1 C1M 219 -14.421 24.216 -10.452 1.00 62-01 at 0

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ATSN 1215 Нё2 Sep 21 " -14,256 24.039 -16-269 1.00 63, 25 AT N ATON 121st WITH SHM 218 -13,180 21,467 -15.519 1.00 37.67 AT with AT OH 1217 ABOUT eat 219 -17,400 20,527 -15.406 1.00 37.10 at about ATON 1218 l ABA 220 -19.234 21.619 -14.725 1.00 35 .09 at N ATON 1219 CA LEA 220 -19.503 20,686 -13.63V 1.00 35.91 at with ATOM 1230 NE ABA 220 -20.027 21.42V -12.427 1.00 33 .00 at with ATON 12? 1 WITH ABA 220 -20.489 19.581 -14.037 1.00 35.70 at with ATOM 1222 ABOUT ABA 220 -20.497 18.507 -13.453 1-00 36-94 at 0 ATON 1223 N Yen 221 21.312 05/19/6  15.039 1.00 37.01 at N ATOM 1224 CA BAY 221 22.373 18-941 -35,414 1.00 39.11 at with ATOM 1225 NE VEN 221 -23.216 19.659 -16-411 1.00 $ 40.0 at with ATON 1226 SC 8EY 22 1 -24.304 10.177 -16.916 1.00 44.84 at 0 APCN 1227 with £ EH 221 -21.854 $ 17.6 -16.08? ι, οΰ 38.84 at with ATOM 1228 ABOUT 8EN 221 -20.932 1? .674 -16.900 1.00 ST 31 at 0 ATOM 1229 n 1.U5 222 -22,449 16.525 -15.715 one . with 39 * 04 at N ATOM 1230 CA B ¥ 3 222 -22.1B6 15 .259 -16.396 1.00 41.16 at with ATOM 1231 NE 1L5 223 -22.026 14.127 -15.377 1 .co 42.57 at with ATOM 1232 SS Bw 222 -20.878 14.311 -14-402 1 -CO 46-43 at with ATOM 1233 With Bjw 222 -21. 1BZ 13.569 Ί3.10Ο 1 .co $ 3.60 at with ATOM 1234 CE EYE 222 ‘13 -910 13.140 ‘12, 337 1.00 57.00 at with Α'ίϋΜ 1235 N2 uy 222 -20.212 12 .021 -11-410 1.00 $ 7.6V at eleven ATON 1236 WITH Τ.Υ3 222 -23.353 14.939 -17.321 1.00 41.01 at with atom 1237 ABOUT Ι.Ϊ3 222 -24-377 14.316 -16.E04 1.00 42.43 at 0 ATOM 1230 N 0Ϊ3 223 -23.260 15.361 -1V.576 3 .00 41.97 at eleven ATOM 1239 CA SUY 223 -24.398 15.259 -19.484 1.00 44.13 at with ATOM 1240 WITH 0ΪΞ 223 -24.721 13.019 -nineteen. 076 100 42.70 at with ATON 1241 WITH SUY 223 -25.644 13.528 -20.280 t 00 42-75 at 0 ATON 1242 NE SUY 223 -24.148 16, U4 <0.745 7 .00 48.24 at with ATOM 1243 BB CPS 223 -24.066 one ? 91 1 -20. 440 1.00 61.89 at five ATOM 1244 M A5P 224 ‘23 -736 12.931 -19.?35 1.00 42.89 at N ATOM ZD45 CA A5P 224 -23,820 11.549 -20.215 1.00 41.94 at with ATOM 1246 SR L5R 224 -22,440 11.060 -20.677 1.00 45.97 Yo with ATON 1? 1? ss AZR 724 -21,596 11.860 -21.838 1. OS 51.61 at with ATSN 124 0 OE1 AZR 224 -22.6EV 12.450 -22.585 1.00 55.30 Yo (} ATOM 1249 002 AZR 224 -20.653 11.896 -21.978 1.00 55.41 at about ATSN 1259 WITH AZR 224 -24.318 10.570 -nineteen. 163 1.00 4 0.44 BUT with ATON 1251 0 I am $ P 224 -24.500 9.391 -19.146 1.00 4 (1.53 eight with ATOM 1252 n YOEK 225 -24.514 11.043 -17.943 1-00 39-18 BUT and ATON 1253 CA Yen 225 -24.670 10.136 -16.817 1.00 30.21 B with ATON 1254 NE Yoek 225 -24.614 10.936 -15,527 100 30.32 AT with ATOM 1255 OS ZEK 225 -25.257 10.00V -14-18V ι, οο 45.34 at 0 ATOM 1256 WITH ZEK 225 -25,030 9,155 ‘16, 939 1.00 35.49 at with ATOM 1257 ABOUT $ Her 22 $ -25,671 7.95? -16,727 1.00 35.98 at 0 ATOM 125V N I1B 226 ‘27, 010 9.684 -17.2? 5 1.00 34.83 at N LTSN 1259 CA NG & 226 -28-335 8.852 -17,285 1.00 34. nineteen at with ATOM 1260 NE NG5- 226 -29.450 9.771 -17.115 1.00 33.13 at with ATOM 1261 With NTV 226 -30,774 9.083 -17.20? 1.00 34.07 at with ATOM 1362 C 02 ΗΙ5 226 -33.387 8.650 -16.078 1.00 33.89 at e ATON 1263 Ρϋΐ NG8 226 -31,659 8.B-41 -18.238 1.00 06/33 at at ATOM 1264 CE1 NCD 226 -32.760 8.295 -17.753 1.00 34.25 at with ATON 1265 HE2 ΗΙ5 226 -32.621 8.160 -16.445 1.00 35.40 at at ATOM 1266 WITH H16 22 6 -20.206 7.044 ‘18 .440 1.00 34.61 at with ATOM 1267 0 H1 & 226 -20.456 6.656 18.240 Ί -00 34.03 eight 0 ATOM 1268 N SUE 227 <7.007 9.321 -19.639 100 33.03 at at ATOM 1269 CA CEU 227 -27.905 7.449 -20.195 1.00 33.67 at with ATON 1270 0 Seg 227 ‘26, 32? 6.370 -2Ο.76Θ 1.00 33.99 at with ATOM 1271 0 CEU 227 -27.O02 $ .251 -21, 140 1.00 32.66 at 0 ATOM 1272 N tn 228 -25,623 6.742 -20.332 1.00 33.72 at I ATOM 1273 CA TIR. 228 -24-514 5, 793 -20.305 1.00 35.16 at with ATOM 1274 sv tin 223 -23.218 6.436 -39.759 1.00 36.04 at with ATOM 1276 CO2 tin 22 3 -22.857 7,564 -20.5-64 1.00 36.59 at ϋ ATOM 1276 CE2 GNK 228 -22.005 5.427 -19.770 1.00 35.96 0 with ATOM 1277 WITH Transnational corporation 223 -24.866 4.620 -19.359 1.00 35.66 at with ATON 127V WITH Transnational corporation 228 -24.596 3,459 -19.716 3:00 34.91 at 0 ATOM 1279 N H1Y 229 -25.473 4.933 -10.262 1.00 36.05 at N ATON 1280 CA ΗΙ3 229 -25.755 3,920 -17,264 ], 00 35.40 0 with ATON 1281 NE H1Y 229 26.279 4.502 - 15.990 100 35-21 at with ATON 1282 SS H1Y 22? ‘26 .54? 3-619 -14.079 100 34.42 at with ATON 1283 CO2 H1Y 229 ‘25 .754 3.16 $ -13.819 ΐ, ΟΟ 38.18 0 with ATOM 1284 Κ & Ι N7B 229 ‘21 -750 2,981 -14.726 1.00 36.17 at N ATOM 1235 CE1 ΗΪ 3 229 -27.700 2 - 1? 3 -13.6-61 1.00 38.58 e with ATOM 1286 MEUSE NT5 229 -26,494 2.267 -13.350 1.00 37.21 at N ATON 1287 WITH NTY 229 -2b,? ¥? 3.84? -17, VI 1.00 36.Θ1 at with ATOM 128 " 0 ΗΙ5 229 -26.699 1.736 -17.603 1.00 37.62 at □ ATOM 1,389 I LEU 230 -27.764 3.406 -10.540 1.00 37.41 at n ATOM 1290 CA LIE 2 30 -20.040 2.674 -19.092 1-00 36.09 eight with

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ATON 1251 NE Bc WZO -2 9.971 3.580 -19.591 1.00 35.14 ABOUT with ltp 129? SS ive 230 -30.763 4.295 1V.4E9 1 .00 36-53 AT with ATOM 1293 SP1 Twi 230 -31.805 5.216 -19.118 1.00 '14 .66 AT with ATOM 1294 Pops BE0 230 -31.430 3.263 -17.585 1.00 31.80 AT with ATOM 1295 WITH Bjk 230 -23.345 1.773 -20x224 1.00 37.42 AT with ATOM 1296 0 LIE 230 -23.719 0 - 60? “20,300 1.00 37.18 AT ABOUT ATOM 1297 N LHA 231 -27.505 2.317 <1,099 1.00 36.72 AT N ATOM 1298 CA ABA 231 -26.895 1,514 -22.154 1.00 37.67 at with ATOM 1299 NE ABA 221 -25.9-34 2-365 -22,967 1.00 30.58 th with ATON 1309 WITH ABA 231 -26.145 0.353 -21.506 1.00 30.1V Yo with ATOM 1301 about AL / 31 -26.195 -0.781 -21.9Θ5 1.00 3Θ.02 AT with ATOM 130? N B ¥ 2 32 -25.466 0.650 -20.403 1.00 .37.63 β N ATOM 1303 CA 0Ι.Υ 232 -24.740 -0.371 -19.674 1.00 31.42 I with ATOM 1304 WITH ay 232 -25.634 -1.433 “19-062 1.00 39.21 at with ATOM 1305 0 Ο1Υ 232 -25.294 2.620 -19.096 1.00 39-54 at about ATOM 1306 N UAY 233 -26.774 1-025 “13.504 1.00 37.80 AT m ATON 1307 CA UAY 233 -27x706 -1-991 -11.932 1-00 36.04 at with ATOM 130V NE UAY 233 <8.907 -1.305 -17.24? 1.00 34.34 at - ATOM 1308 SS1 UAY 233 -29, 925 -2.348 -16.842 1.00 32.45 at with ATOM 13th 052 UL 233 <c, 446 -0.528 -16.024 1.00 32.92 at with ATOM 1311 WITH 7L 233 -28,246 -2.917 -19.014 1.00 31.82 at with ATOM 131? 0 UAY 233 -28.417 -4.113 0.78V 1.00 38.19 at but ATON 1313 N UL 234 -28.514 -2.363 -20.191 1.00 38.91 at N ATOM 1314 CA UAY 234 -29.036 -3. '. 64 <] 291 1.00 39.62 at with ATON 1315 NE 7Ab 234 -29.552  2 .271 -2? <53 1.00 39.19 at with ATOM 1316 CC1 UAY 234 29-920 -3.138 -23.640 1.80 37.07 at with ATON 1317 SS2 UAY 234 -30.775 -I, 470 -22.005 1.00 38.06 at with ATOM 1318 WITH MAY 234 <7.980 -four. 127 -21.849 Ϊ 00 41.00 at with ATOM 1319 0 UL 234 -28.241 -five . 323 -22.000 1, ΟΟ 30.01 at 0 ATON 1320 N Yaw 235 -26. ? 8c -3.609 -22.141 1.00 11.61 at m ATOM 1321 CA Yaw 235 -25.037 -4.343 -22.969 1.00 43.40 at with ATOM 1322 NE 5 EN 235 -25.ΘΕΗ -3.804 24.395 1.00 43.13 eight with ATOM 1323 With 8 EN 235 -25.370 -2.406 -24.430 1-00 43.09 at 0 ATOM 1324 WITH NEN 235 -24.384 -4.320 -22,493 1.00 44.31 at with ATOM 1325 WITH Yoya 235 -23.480 - 4. £ 70 "256 1.00 44.63 eight (7 ATOM 1326 N C1L 236 24.141 3-903 -21,255 1.00 4 4.60 AT N ATON 1327 CA Eat 236 -22,171 -3-652 -20,766 1.00 47.17 at with ATOM 1320 £ w 236 -P . 139 -5.234 -20.731 1.00 48.76 at with ATOM Ϊ329 but SAT ? 36 <2-y? 3 -6.220 -20,447 1.00 47.27 at 0 ATOM 3339 N AKO 237 <9.040 -5.327 -21.0-11 1.00 50.91 at n ATOM 1331 CA ABC 277 -70,216 -6,644 -21.113 1.00 54.9V at with ATOM 1332 00 LAN 237 -18.066 -6.565 -21.839 1.00 57.32 at with ATON 1333 sz BOTTOM 237 -17.921 -5.481 -21.369 1.00 62. £ 9 at with ATOM 1334 with ABC 237 -sixteen. 673 -5.455 -22.254 1.00 67.42 at with ATSn 1335 IR BOTTOM 237 -16.997 -5.605 -23.664 1.00 72-57 at at ATOM 1336 CE AKO 237 -sixteen. 67? -4.861 -24.663 1 00 74.70 at with ATON 1331 them BOTTOM 237 -17.021 -5.164 -25 911 1.00? 4.4? at eleven ATON 1,333 ΝΗ2 ANY 237 -16.013 -3.737 <4.420 1.00 15.30 at at ATON 1,339 with AKO 237  20.047 7.351 -nineteen. 172 1-00 54.54 at with ATOM 1340 0 AND I AM WITH 237 -20.058 -6.578 -19.716 3.00 56.23 at th ATON 1341 N AZR 238 -19.911 -6,504 -10,694 ΐ, 00 54.25 at N ATOM 1342 CA AZR 23B -19.780 -7,167 -17.362 1.00 54.09 but with ATOM 1343 NE ΑΞΡ 23B -18-663 -6,463 -16.5Θ0 1.00 56.58 E with ATOM 1344 SS AZR 238 -17,230 -6.673 -17.199 1.00 59 27 but with ATOM 1345 vulture ΑΞΡ 230 -] 7,167 -7.4V1 -18.144 1.00 60.55 at with ATOM 13 * 6 with? ΑΞΡ 2 Sound -16.323 -6.026 -16.738 1.00 £ 1.66 eight 0 ATOM 1347 with A5P ? sound -21,077 -7.101 -16.556 1.00 53.15 but with ATOM Ϊ34Β about A5P 238 -21.436 -8.060 -15.875 1.00 52.85 at about ATOM 134 9 n ABA 239 -21.?75 -5.970 -16.627 1.00 52.70 at N ATON 1350 CA ABA 239 -22.913 -5.727 15-742 1.00 50.29 at four· ltsn 1351 NE ABA 238 -22.663 -4.476 -14-915 1.00 49.27 at WITH ATON 1352 with ABA 239 -24.243 -5.607 -16.403 1.00 49.76 at with ATOM 1353 0 ABA 238 -25.267 -5.280 -15-883 1, 00 48.97 at ABOUT ATOM 1354 to B ¥ 240 -24.229 -5,081 -17.783 1.00 48.12 at n ATOM 1355 CA & 1Ϊ 240 25.448 -5-703 -10,566 1.00 47.47 at with ATOM 1356 WITH Bt 210 -26-321 -7.023 -18.552 1.00 47.44 at with ATOM 1357 th Be 240 -25-912 -8-098 -10.113 1.00 48.79 at 0 ATOM 1358 N UL 741 <7.553 -6.872 -19.042 1.00 46.01 at and ATOM 1359 CA UL 241 -28,499 -7,977 -19.115 1.00 45.03 at with ATOM 1360 NE MIND. 241 -29.949 -7.465 -19.065 1.00 43.05 at with ATOM 1361 C51 MIND. 741 -70.907 -B. 578 -19.431 A.oo ze, for at with ATOM 1362 C52 UAY 241 -30.261 -6.939 -17. £ 68 1-00 42.38 at with ATOM 1363 with UD 5 241 -28.307 -8.797 20.300 1.00 4? .14 AT with ATOM 1364 with· UAY 241 -28.223 -10.025 -20.334 1.00 I. 85 at ABOUT ATOM 1365 N ABA 242 -28.243 -9.114 -21-528 1.00 4 6, 60 at N ATOM 1366 CA ABA 242 -27.917 -8.759 -22.797 1.00 43.43 at with

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ATOM 13Y7 NE ABA 24? -28.913 -B.342 -23.Θ73 Ι.ϋΟ 15.65 AT with AGON 1368 WITH ABA 242 -26.504 -B.350 -23.202 1.00 50.23 AT with AGON 1369 ABOUT ABA 242 -26.312 -7.414 -23.903 1.00 50.74 b 0 ATOM 1370 14 Boo 243 -25.517 -9.058 -22.663 1.00 51.90 at I Agoy 1371 CA Bw 243 -24.134 -8.615 -22.746 1.00 53-47 at with ATON 1372 NE BUN 243 -23.239 -9.516 -21.923 1.00 54.37 at with ΑΤΰΜ 1373 SY Bun 243 -23.605 -9.501 -20.437 1.00 56.40 AT with ATOM 1374 With B5 243 -22.711 -10.520 -19.649 1.00 57.08 eight with AT Mon 1375 CE B5 243 -23-316 -141.907 -10.31 4 1.00 58.07 AT with ATOM 1376 N2 Bw 243 -23.227 -9.834 -17.291 1.00 59.43 at s ATOM 1377 WITH Bw 243 -23.650 -8.5 & 2 -24.196 1.00 53.57 at with ATOM 1378 ABOUT Bw 243 -23.957 -9.491 -24.972 1.00 53.48 but 0 ATOM 1379 N SUE 244 -23.047 -7.425 -21.555 B.00 53.12 but N ATOM 1380 CA SUE 244 -22.519 -7.255 -25.896 1-00 51.90 & with ATOM 13B1 WITH SUE 244 -23.555 6.909 -26.952 1.00 52.11 3 with ATOM 1302 0 eu 244 '23 .2'39 6.729 -20.121 1.00 51.13 g with ATOM 1383 to ABA 245 -24.023 - £ .810 -26.557 1-00 51.54 at I ATON 1384 CA ABA 245 -25.092 -6.530 -27.517 1.00 49.79 at with ATOM 1385 SI ABA 2 * 5 -27-249 -6.513 -36.814 1.00 19.57 at with ATOM 1386 with ABA 245 -25.663 -5.221 -28.248 1.00 18.94 at with ATOM 1387 0 ABA 245 -25.013 -4.300 -27.732 L.O. 50.04 at 0 ATOM 1388 N ΞΕΗ 246 -26.206 -5.135 -29.455 1.00 47-10 at ig ATOM 1389 CA Yen 246 -25.90 5 -3.992 -30.326 1.00 16.40 B with ATOM 139C CH veins 246 -26.152 -4.432 -31.705 ] .00 16.20 at with ATOM 3 391 □ C 5 YOON 246 26.115 -3.332 -32.676 1.00 19.27 at but ATOM 7 392 ι: 5 EN 246 '26, 971 -2.Θ66 -29.992 1.00 16.30 at G ATOM 1393 about 5th 246 -20,166 -3-109 -29-813 1.00 16.52 at 0 ATOM 1394 N NOT 247 -26, 475 -1.635 -29.909 1.00 4 4.47 at N ATOM 1395 CA MET 247 -27,341 -0.506 -29.591 1.00 43.77 at WITH ATON 1396 NE NOT 247 -27, bb4 -0.116 -28.120 1.00 44.42 at WITH ATOM 1397 ss KET 247 -27.610 -1.193 -27.145 1.00 47.02 B WITH ATOM 1398 Sp MET 247 -27.607 -0.576 -25.455 1.00 51.27 at five ATOM 1399 £$ NOT 247 -29.166 0.439 -25.535 1 .C-0 4 8.79 at WITH ATOM 1403 with NOT 247 -27.092 0.71E '30 .464 ] .00 42.00 at WITH ATON 1401 about NOT 247 -25.972 S.962 '30 .016 1.00 79-97 at ABOUT ATON 1402 and AK £ 248 -28-155 1.40 (1 '30 .694 1.00 39.53 at eight ATON 1403 CA ABC 248 -20.051 2.770 -41.359 1.00 39.99 at WITH ATOM 1404 sv ICE 248 -28.716 2.699 -32.739 1.00 42.19 at WITH ATOM 1105 ss ARS 248 -38-131 3.6-36 -33.94 6 1.00 47.22 eight WITH ATOM 1406 sv ABC 24® -28.800 1.Ы5 -35.ОО1 1.00 52.45 AT WITH ATOM 1407 NOT ABC 248 -28.003 2.220 -36.040 1.00 59.77 AT I ATOM 1408 cg bottom 248 -28.404 3.269 -36.754 1.00 64.16 at WITH ATOM 1409 HH1 ICE 248 -27.599 3.709 -37.671 1.00 65.71 at I A7CH 1110 HH2 BOTTOM 24th -29.609 3.798 -36.560 1.00 65.15 at I ATOM 1411 with ABC 248 -28.751 3.816-30.192 1.00 39.62 at WITH ATON 1412 ABOUT bottom 248 -29.907 3.611 -30.096 1.00 39.17 at ϋ ATOM 1413 I £ EB 249 -28. (747 4.E01 311.13 5 1.00 37.99 at N ATOM 1414 CA VEN 219 -28.5V8 5.890 -29.2Я0 ! , 00 37.24 at WITH ATOM 1415 Sat £$ 11 249 -27.549 6.269 -20.211 1.00 36.64 at WITH ATOM 1416 se CENTURY 219 26-336 6.689 -20.8С5 1.00 42.02 at 0 ATOM 1417 with 5 HER 249 -29.040 7.147-30.020 1.00 36.1? at WITH ATOM 14 18 and ΪΕΒ 249 -29-395 7,608 -30,960 1.00 36.34 at ABOUT ATON 141? N Bc 25 V -30.192 7.674 -29.595 1.00 33.93 eight I ATOM 1420 CA Bw 250 -30.690 8.965 -30.062 1.00 33.58 at with dgach 1421 NE SRW 25 P -32.045 8.010 -30.603 1.00 31.97 eight with ATOM 1422 SS LEU 250 -32.225 8.090 -32.023 1.00 35.15 at with ETON 1423 From 01 yee 250 -31,075 6.607 -31.805 1.00 32.63 at with ATOM 1424 Pops Brat 250 -33.649 3.262 -32.537 1.00 29-57 at with AGON 1425 with Bw 250 -30,704 9.093 -28.853 1.00 32.36 B with ATOM 1426 about Bw 250 -31.214 9.472 -27.770 1.00 32-19 AT but ATOM 1427 N ICE 251 -thirty. 403 11.153 -29.024 1.00 31.24 B n ATON 1428 CA AKY 251 -30-497 12-105 -27.924 1-00 31.20 E with ATOM 1429 HE AR.S 251  29.299 13.049 -27.937 1.00 22.19 AT with ATON 3430 SS FOREST 251 -29, 320 14-019 -26.770 1.00 34.71 AT with ATOM 1431 Οϋ LAN 251 -20.075 14.060 -26-739 1-00 35.70 AT with ATOM 1432 ΝΕ AI15 251 -27,962 15.534 -25.447 1.00 39.37 at to ATON 143E cg two 251 -27-505 16.79 & -25.294 1-00 30.0V at with ATON 1434 ΝΗ1 BOTTOM 251 -27,202 17.528 -26.356 1.00 38.81 at at ATOM I35 MH 2 ABC 251 -27,518 19,322 -24.082 1.00 38.72 at at ATON 1436 WITH ARS 251 -31.705 12.929 -27.951 1.00 30.86 at with ATOM 1437 ABOUT ARS 251 -31,947 13.Θ13 -20.000 1.00 35.68 at 0 ATOM 1438 n UAY 252 -32.697 12.643 -27.021 1 .00 28.82 at N ATON 1439 CA UAY 252 -33.927 13.12 3 -26.8 92 1 .00 28.33 at with ATON 1440 NE UAY 252 -35.1B7 12.561 -27.173 1, 00 28.02 at with ATON 1441 CC1 UAY 252 35.122 12.000 -28.589 1.00 27.63 I with ATOM 1442 CC2 UAY 252 -35.205 Ιΐ.437 -26.162 ] .00 25-95 at with

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ATOM 1443 with UL 252 ’34, 084 14.077 -25.521 1-00 21-82 AT with ATOM 1444 ABOUT UAY 252 -35,091 14,727 -25,259 1-00 28.30 AT 0 ATOM 1445 m Bw 253 33-092 13.097 -24-652 1-00 26.70 at N ATOM Ϊ 446 CA Bw 253 -33.075 14.563 -23.349 1.00 27.02 at with ATOM 1447 NE gays 353 -33,126 13,527 -22.322 1.00 23.74 at with ATOM 1440 Sat LIE 253 -34.374 12.643 -22.136 1.00 24.22 at with ATSM 1449 C "1 Bb 253 -34.152 11,582 -21.061 1.00 23.90 at with ATON 1450 CO2 HEB 253 -35.602 13.489 -21.807 1.00 21.35 at with ATON 1451 WITH boo 253 -31, 79V 15.387 -23.223 1.00 25.77 at with ATOM 1452 0 Bw 253 -30.723 14.910 -23.570 1.00 26-95 Th about ATOM 1453 n AEN 254 -31.90V 16.619 -22.732 1.00 26-13 at N ATSN 1454 CA And $ And 254 -30,723 17,450 -22-515 1-00 26.64 0 with ATON 1455 sv ABM 254 • 31.111 10.945 -22.352 1.00 24.83 0 with ATCI 1456 Sat Α5Ν 254 -31,999 19.309 -21.380 1.00 25.34 at with ATON 1457 OGYA Α8Ν 254 -32 .052 10.598 -20.374 1.00 22.4 6 at 0 ATON 1458 N02 Α3Ν 254 -32,704 20.430 -21.505 1.00 22.21 at N ATON 1459 WITH Α3Ν 254 -29.940 11.089 -21.314 1.00 27.37 0 with ATCI 1460 ABOUT Α5Ν 254 -30.229 16.079 -20.670 1.00 25.26 at with ATON 1461 TO Sue 255 -20.941 17.090 -20.974 1.00 26.60 at N ATOM 1462 CA SUYA 255 -20.069 17.609 -19.837 1-00 31.55 at with ATON 1463 WITH CPS 255 -20.345 17-611 ΊΒ.526 1.00 29-84 at with ATOM 1464 ABOUT Su? 255 -20,449 16.956 -17.561 1.00 29.79 at 0 ATON 1465 sv SUYA 255  26.944 10.643 -19.156 1-00 39.06 at with ATON 1466 & B Sue 255 -25.816 18.660 -21.190 1.00 50.83 at five ATON 1467 TO ΟίΝ 256 -29, 948 10-350 -18.499 1.00 25.96 at N ATOM 1468 CA BY 256 -10.795 10.413 -17.319 1.00 25.56 at with ATOM 1469 NE SON 256 -21.304 19.055 -17.110 1.00 26.50 at with ATOM 1470 Sat Sim 256 -30.203 20.005 -16.621 1.-00 27.07 at with ATON 1471 With sm 256 -30.61a 22.269 -36.516 1.00 29.99 at with ATOM 1172 OE1 CH4 256 -31.569 22.698 -17.202 1 .00 29.13 at about AGON 1473 5TE2 □ bm 256 -29.809 23,001 -35,140 1, {1O 25-68 at but ATOM 1474 WITH 01.M 256 -31.955 17,422 -37,400 1.00 25.12 at with ATOM 1415 ABOUT Be 256 -32,960 11,577 -16,114 1 .00 25.15 at 0 ATON 1476 I Be 257 -31,806 16.393 -16.231 1, 00 25.10 at but ATON 1477 CA SUE 257 -32.761 15.291 -38.221 1.00 24.04 at with ATOM 1478 WITH Be 257 -14,124 15.640 -38.005 1.00 26.13 at with ATON 1479 ABOUT SUE 257 -15.115 14.940 -10.570 1.00 24.93 ϋ 0 ATOM 14 VO M Bw 258 -34.1Ε3 16.722 -19.571 1.00 24.07 at but ATOM 1401 CA Bw 258 -25.462 17.231 -20.040 1 .00 20.15 at with ATOM 1402 NE Bw 258 -35.657 1B.660 -19.522 1.00 32.37 Yo with ATOM 1403 SS Bw 258 -37.070 19.103 -19.644 1.00 39.14 at with ATOM 1404 With Bw 258 -37.359 20.253 Ί0.500 1 .00 41.01 Ξ with ATOM 1405 CE Bw 258 -37.363 21.648 -19.20 " 1.00 45.11 at with ATOM 1406 N2 Bw 258 -38.425 22.526 Ί0.610 1 .00 47.02 at N ATON 1407 WITH Bw 258 -35-557 17.191 '21 .560 .00 27.03 th with ATOM 1408 ABOUT Bw 258 -34.595 17,513 -22,274 1.00 25.30 at with AT OK 1409 N SUE 259 -36-715 16.711 -22-072 1.00 26.32 at N ATOM 14 90 OD SG.U 259 -36-963 16.830 -23.507 1.00 25.87 at with ATOM 1491 WITH LUU 259 -36.353 17-309 -23,804 1.00 26.15 at with ATOM 1492 ABOUT SUE 259 -39.020 17.847 -22.920 1.00 25.50 at 0 ATOM 14 93 N tin 260 -38.822 17.143 -25.041 1.00 25.41 at N ATOM 14 94 CA Transnational corporation 260 -40.191 17.523 -25.394 1.00 25.25 at with ATOM 1 4 95 NE tn 260 -40,210 18.742 -26.335 1.00 25.76 at with ATOM 1486 CC1 tin 260 -33.565 18.402 -27.572 1.00 24.26 at ύ ATOM 14 97 CE2 Transnational corporation 260 -39.479 19.921 -25.6Θ9 1.00 22.50 at with ATOM 1490 WITH tn 268 -40.920 36.377 ’2E.0B2 1.00 24.53 at with ATOM 1499 ABOUT YOU 260 -40.289 15.486 -26. 647 1.00 25.79 at about ATOM 1500 N UAY 261 - 42,240 16-393 -26.027 1.00 25.73 at N ATOM 1501 CA UAY 261 -43.030 15.432 -26.709 1.00 25.75 at with ATOM 1503 NE UAY 261 44,550 15,676 -26.619 1.00 25.68 at with ATOM 1503 CO! UAY 261 -45.320 14.955 -27.737 1.00 23.94 at with ATON 1504 SB2 UL 261 -45.019 15,164 -26.262 1.00 24.05 at with ATOM 1505 WITH UAY 261 -42-582 15.943 -28.271 1.00 27.73 at with ATON 3506 but UAY 261 -42.517 14.534 -28.953 1.00 20.50 at 0 ATON 1507 m ZEK 262 -42.542 16,760 -23,766 1.00 26.86 at I ATON 1500 CA ZEK 282 -42.305 16.961 -30.193 1.00 20.93 at with ATON 1509 From ₽ Yaw 262 -42.371 10,457 -30.557 1.00 2V.7V at with ATOM 1510 OS ZEK 262 -41.371 13-209 -29.807 1.00 30.50 at with ATON 1511 with ZEK 262 -40.955 16.370 -30.699 1.00 29.25 at with ATON 1512 0 ZEK 262 -40. B39 15.735 -31.655 1.00 30.56 at 0 ATON 1-513 and SUE 263 -39. 943 16.561 -29.756 1.00 27.34 at N ATON 151 4 CA OW 263 -30-631 16.013 -30.051 1.00 25.52 at with ATON B51 5 WITH SUE 263  30.647 14.496 -30.030 1-00 27.31 at with ATON 1516 ABOUT Be 263 -37.97 $ 13,041 -30,036 1.00 27.93 at 0 ATON 1 51 7 Ί tmv 264 -39.429 13.EZO -29.130 1.00 27.25 at N ATOI 1518 CA Transnational corporation 264 -39.541 12.40? -29.020 1 .00 27.72 at with

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ATOM 1519 NE Transnational corporation 264 10.29? 12.112 -27.710 1-00 30.16 I with ATOM 1520 001 rot 264 -39,571 12,628 -26.580 1.00 30.13 AT 0 ATON 1521 CC2 TNR 264 40,431 10.597 -27.581 1.00 23.89 AT with dtrm x $ 22 ABOUT rot 264 -40,250 11,099 -30.253 1.00 28.07 AT with ATOM 1523 about tin 264 -39,831 10,066 -30,775 1.00 28.00 0 ΰ ATOM 1524 N LIE 265 -41.305 12.562 -30.724 1.00 20.93 0 N ATOM 1525 CA ive 2B5 -41.970 12.162 -31.962 1.00 29.22 AT with ATOM 1526 NE Bw 265 -43.076 13.152 -32.324 1.00 32.15 AT with ATOM 1527 ss yee 265 -44.292 13.225 -31.394 1.00 36.91 AT with ATON 152V C & 1 Bw 265 -15 .239 14.303 -31.906 ] .00 37.93 Ή with ATSM 1529 C 02 yee 265 -14.970 11.B68 -31-331 1.00 35.61 AT with ATSM 1530 WITH LIE 265 “U-991 12,092 “33,126 1.00 28.75 AT with ATOM 1531 about EEO 265 40.900 11,089 -33,824 1.00 30.75 AT 0 ATOM 1532 N I EN 266 -40.236 13.168 -33.325 1.00 28.71 AT *one ATON 1533 SD TEE 266 -39.26 $ 13.236 -34,400 1.00 20.41 AT with ATSM 1534 NE ΙΕΕ 266 -38.591 14.620 -34.400 1.90 07/27 at with DTON 1535 Pops NOT 266 -37,539 14.694 -35.506 1.00 24.79 Yo with ATOM 15'36 CC1 NOT 268 -39. 657 15.701 -34.618 1.00 20.34 Yo with ATON 1537 OH! 156 266 -39,111 17, 116 -34.626 1.00 27.25 B with ATSM 153V WITH NOT 266 -ZB .219 12.128 -34 .261 K.00 30-28 AT with ATON 1539 0 1EE 266 -37.699 11.636 -35.252 1.00 31.29 AT 0 ATSM 1540 N B ¥ 26? “37,928 11.726 -33.030 1.00 31.04 AT N ATON 1541 CA CE ¥ 267 $ 36.99 10.633 -32.929 1.00 30.24 at with ATON 154 7 WITH SUE 267 -37,617 9.293 -33.185 1.00 31.98 at with ATON 1543 P C1L 267 -36.95? 9.420 -33.746 3.00 30.74 at 0 ATOM 1544 N ny 268 -39,897 9.124 -32.965 1.00 31.46 AT n ATON 1545 CA Bw 268 -39,997 7.900 -33.224 1.90 33.36 at with ATSM 1546 NE Bw 268 -40.990 7.857 -32.566 1.00 29.79 at with ATON 1547 With Bjeo 268 -40,963 7.777 31.034 1.90 30.96 at with ATON 1548 C01 Bw 268 -42.37a 7.836 -30.496 1.00 20.19 at with ATON 1549 □ □ 2 Bc 268 -40.279 6.4 9 $ -30-593 1-00 30.02 B ATON 1550 WITH Τ, ΕΟ 268 -39,732 7.805 -34.744 1.00 34.79 AT with ATON 1551 ABOUT Ι.Ε1! 268 -39,605 6-726 -35.316 1.00 36.35 at about ATON 1552 N Ost; 269 -39,970 9.934 -35.399 1.00 35.31 at N ATON 1553 CA S ’ 269 -40,034 8.940 -36.957 1.00 37.69 at G DTON 1554 NE oh 269 -40.449 10.332 -37.356 1.00 ST, 65 at g · _ ATON 1,555 se fed up 269 -40.399 10.460 -38. B62 1.00 45.31 at WITH ATON 1555 with si 269 -40,936 11.789 -39.363 1.00 40.12 at DTON 1557 0E1 co 269 -40.121 12,707 -39.599 1.00 50.11 at 0 ATOM 155V 0E2 ay 269 -42,171 11,909 -39.523 1.00 $ 1.19 at with DTON 1559 WITH fed up 269 -38.6V7 B.555 -37.479 1.00 36.64 at with ATON 1560 0 fed up 269 -38.640 7.837 -38.173 1.00 35-50 at 0 ATOM 1561 N RNE 270 -37.599 9.029 -36.802 ] .00 35.93 at N ATOM 1562 CA RNE 270 -36.251 3.670 -37.310 1.00 3 5.59 at WITH ATOM 1563 NE RNE 270 35.221 9.347 36.349 1.00 35.35 at with ATOM 1564 SS RNE 270 -33.793 8.989 “36.712 1.00 33.73 at with ATOM 1565 Q1 RIE 270 -33.013 9-619 -37. $ 0 $ 1.80 35.52 at with ATOM 1566 sp2 RNE 270 -33,219 7,041 -36.190 1.80 34.10 at with ATOM 1567 CE] RNE 270 -31-679 9-511 -37.770 1.00 35.94 at with ATOM 1565 CE2 RNE 270 -31,890 7.527 -36.451 1.00 36.68 at with ATOM 1569 Sz RFE 270 -31,119 8.365 -37.243 1.00 34.03 at with ATOM 1570 WITH RNE 270 -36.P50 7.159 -37.272 1.00 35.72 at with ATOM 1577 0 RNE 270 -35,440 6.587 -38.167 1.00 34.94 at 0 ATOM 1572 N 1b 271 -36.556 9.522 -36.222 ] .00 37.31 Yo but ATON 1573 CA Gye 271 -36.427 5.083 -36.064 1.00 37.51 at with ATON 1574 NE Gye 271 -36.998 4.639 -34.662 1.00 36.29 at with ATOM 1575 CC2 1st 271 -37.081 3.123 “34.616 1-00 35.12 at with ATON 576 ¢ 131 those 2 71 -35-973 5,088 -33,615 1.00 37.36 at with ATOM 1577 CC1 1b 271 -36,342 4.928 -32,182 $ 1.80 35.7 with ATOM 157V with Ι5Ε 271 -37,243 4,359 -37.126 1.00 39.47 E with ATON 1579 about 1b 271 -36-798 3,364 -37,689 Ϊ.00 39.37 at 0 ATON 1500 N DAY 272 -30.419 4.664 -37.395 1.00 41.04 at N ATOM 1581 CA LNAS 272 -39,271 4,311 -38,440 1.00 44, 21 at WITH ATOM 1582 NE ABC 272 -40.590 5.378 -30.516 1.00 44 .70 at WITH ATOM 1583 SS DAY 272 -41.536 4,599 -39.595 1.00 47.39 at with ATON 1584 With ICE 272 -41.632 3.905 -39.624 1.00 49.12 Yo g DTON 1585 NOT DES 272 -42.740 2.650 -40.470 1.00 54.01 at N ATOM 15V6 C2 ICE 272 -42.873 1.425 “40.970 K.00 53.60 B WITH ATON 1587 ΝΗ1 ICE 272 - 4 3.92 3 1.138 -41.727 1.00 53.00 at N ATOM 1588 HH2 ICE 272 -41.961 0.492 “40.723 1.00 51.9 * at N ATOM 1599 WITH ICE 272 -ZV.532 4.409 “39.701 1.00 16.71 at WITH ATOM 1590 ΰ Ic 272 ZV-598 3.301 “40.607 1.00 45.87 at 0 ATOM 1591 N B ¥ 5 273 -37.811 5.509 -39,969 1.00 4 9.33 at n ATOM 1592 CA B ¥ 5 27 3 -37,071 5.752 “41.200 1.00 52.95 at I ^- · _ · ATON 1593 NE Ι.Υ5 273 -36, 497 7.171 -41.199 1.00 55.26 at with ATON 1594 SS 1Υ5 273 -36,154 T.732 -42.556 1.00 58.76 at with

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ATOM 1595 C0 ΕΥΞ 273 -37.012 0.968 -42.970 1.00 63.12 AT with ATOM 1596 C £ Εϊ3 273 -36.916 10.023 -41.700 1-00 66.31 AT with ATS *! 1597 ΝΖ Bw 273 -37.681 11.264 -42.104 1.00 67.27 AT N AT OH 159V WITH ΕΥ3 273 -35,937 1.740 -41.351 1.00 54.29 at with ATSM 1599 ABOUT ETH 273 35.729 4-192 -42.429 1.00 54.42 0 0 itsn 1600 N ZEK 274 -35,212 4.492 -40.265 1.00 56.43 AT and ATOM 160: CA ZEK 374 -34,101 3.547 -40.283 1.00 59.57 AT with ATOM 1602 NE 5EE? 274 -31.370 3.548 -38.936 1.00 59.27 at with ATON 1603 About ZEK 274 -32.705 4.806 -38.679 1.00 63.53 at about ATOM 1604 WITH YEK 274 -34.598 2.137 -40.578 1.00 61.72 at with ATOM 1605 ABOUT YEK 274 -33.957 1.398 -41.327 1 .CO 62.4 6 th 0 ATOM 1606 and SEN 275 -35.717 1.774 -39.980 1-00 63.45 AT n ATOM 1607 CA SEN 275 -36.247 0.423 -40.090 1.00 65.81 eight with AT-SSH 160V sv □ T.N 275 -37,531 O.ZOE -39,250 1.00 63.90 B with ATON 1609 with SEN 275  38 .092 - 1 .096 -39.169 1.00 62.8 6 Yo with ATOM 1 6Y Joint venture CEM ?? □ -39.504 -1.118 -38.619 1 .00 61.93 AT with ATON 1611 OE1 BEN 275 -46,202 -0.105 -ZB.636 1 .00 62.80 AT 0 ATOM 1 61 g What? C1L 275 -39.932 -2.275 -38.129 1 .00 60.07 AT and ATOM 16-13 WITH bn 275 -16,530 0.032 -41.526 1.00 68.65 B with ATOM 1614 ABOUT Om 275 -36.466 -1.146 -41. B86 1.00 69-70 AT Ο- ATOM 1615 N LEE ' 2? 6 -36.838 1.021 -42.353 1.00 P.49 AT Ν ATOM 1616 CA EEO 276  37.200 0.763 -43.710 1-00? 5.33 at with ATOM 1617 NE Bp 276 -37.977 1 -950 -44-316 1.00 73.74 at with atom 1619 SC Bf 276 -39-276 2.267 -4 3.577 1.00 73.60 at with ATOM 1619 CO2 ivy 276 -39,941 3,408 -44,109 1.00 72.59 at with ATOM 1630 CP2 EEU 276 -46.191 1.060 -43.637 1.00 72.21 at with ATOM 1621 with EEU 276 -35.981 0.409 -44.621 1.00 18-33 at with ATOM 1622 ABOUT EEU 276 -35.921 -0.525 -45.315 1.00 08.06 at l ATOM 1623 N UAE 277 -35.088 1.302 -44.581 1.00 01.41 at N ATOM 1624 CA UL 277 -33.861 1.310 -45.475 1.00 04.31 AT with ATOM 1625 NE UAE 277 -33.217 2.70? --45-604 1.00 84.33 at with ATOM 1626 C61 UAY 277 -32.431 3.098 -14.144 1.00 63.58 at with ATOM 1627 Pops UDE 277 -32.328 2.690 -46.925 1.00 84.75 at with ATSM 1626 with UL 277 -32.803 0.35? -41.921 1.00 86.12 at with ATSM 1629 0 UDD 277 -31.731 0.196 -45.505 1.00 87.28 at about ATSM 1638 N SEN 270 -33.103 -0.271 -43.790 1.00 87.17 at N ATSM 1631 CA SEN 27B -32.162 -1.200 -43.173 1.00 88.06 at with ATSM 1632 NE BEN 276 -31.904 -0.802 -41.716 1.00 89.71 at with ATOM 1633 B THIS Ξ7Θ -31.013 0.439 -41.567 1.00 92.15 at with ATON 1634 C0 THIS 27B -30.362 0.529 -40.207 1.00 93.65 η with ATON 1635 OE1 b her 27B -29.199 0.927 -40.102 1.00 93-33 at ABOUT ATSM 1636 ΝΕ2 CEM 27B -31.092 8.161 -39.158 1.00 93.86 to N ATON 1637 WITH THIS 27B -32.653 -2.642 -43.21? 1.00 87.50 eight with ATSN I 63 V ABOUT CE, G-1 27B -33.829 -2.897 -43.517 1.00 86.93 AT Ο- ATOM 1639 TO GNO 279 -31.747 -3.606 -43.013 1 .00 67.19 e Ν ATSM 164V SS ΡΗΰ 279 -30.371 -3.404 -42.522 1.00 87.00 at with ATSM 1641 CA RPO 279 -32-081 -5.029 -43.144 Ξ .00 B6.05 at with ATSM 1642 NE RNO 279 -30.748 -5.736 -42.902 1.00 86.93 at with ATON 164 3 SS RRI 279 -29-961 -4.772 -42.-064 Ξ.00 V6.VZ at with ATON 1 £ 4 4 WITH RVO 2? 9 -33.141 -5.44? -42.134 1.00 04.78 B with ATOM 1 64 5 η RCP 279 -32.805 -5.457 -40.927 1.09 84.29 at C1 ATOM 164 6 N UAE 209 -34.328 -5.791 -42.629 1.00 82.85 at Ή ATOM 1647 CA UAE 200 -35.447 -6.00? -41.744 1.00 81.21 at with ATOM 1643 NE UAE 200 -38.705 -6.529 -42.531 1.00 01.67 at with ATOM 1649 C <51 UAE 230 -37.219 -5.370 -43.376 1.00 62.2? at with ATOM 1650 CC2 UAE 290 -36.304 -7.730 -43.407 1.00 62.13 at with ATOM 1651 WITH UAE 280 -35.077 -7.170 -40-139 1.00 70.95 at with ATOM 1652 ABOUT UAE 280 34.685 ‘8.280 -41.109 1.00 79.20 at 0 ATOM 165 3 14 SET 281 -36.190 - £ .817 -39.463 1.00 75.44 β to ATOM 1654 CA Κίΐ 281 -34,081 -1.733 -30.3J2 1.00 70.08 at with ATSM 1655 WITH SAT 281  35.525 -1.216 -37, 112 1.00 65.8V at with ATSN 3,656 ABOUT SET 281 -36.125 -6.140 -37.110 1.00 65.69 at 0 ATOM 1657 m puke 282 -35.426 -7.955 -36.000 1.00 61.85 at "one ATOM 1650 Joint venture PP0 282 -34.660 -9.19V -35.779 1.00 60.16 at with ATSM 1659 CA RRS 262 -36.086 -7.478 -34.782 1.00 58.35 at with ATSN 1660 NE PPO 282 -35.В92 -0.629 -33.797 1.00 58.52 3 with ATSN 1661 SS p ve- 2B2 -34.665 -9.334 -34.262 1.00 59.02 at with ATSN 1662 WITH r- 282 -35.150 -6.182 ‘34 .288 1.00 54.89 at with ATSM 1663 ABOUT Ryo 282 -34.226 -6.045 -34.290 1.00 53.56 at 0 ATSM 1664 TO Bw 283 -36.271 5.223 -33.875 3.00 51.11 at th ATSN 1665 CA Bw 283 -35.724 -4.001 -33.152 1.00 49.71 at with ATSM 1666 NE ΕΕΙ3 283 -3.5, .573 -2.863 -31.070 1.00 51.30 at with ATON 166? Sat Eh 283 -36.796 -2.124 -34.592 1.00 53.34 at with ATSM 1668 SP 1 boo 283 -36-331 -1.003 -35.513 1.00 55.23 at ATSN 1,669 with? Ι.ΒΙ 285 -37.7) 2 -3.082 -35.342 1.00 55.78 at g ATSN 1670 with Ι.Ε0 283 -36.509 -3.712 -31.904 1.00 46.72 at with

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ATON 1671 0 yee 283 -37.742 -3.770 -31.872 1.00 44.82 AT about ATON 1672 N TEA 284 -35.756 -3.356 -30-870 1.00 43.49 AT I ATON 1673 CA il 284 -36.301 -2.949 -29.599 1.00 39.5V at with ATON 1674 NE TEA 264 -35.610 -3.713 -28.433 1.00 40.26 at with ATON 1675 Pops CHAT 284 36.194 -3-209 -27.09.09 1.00 37.10 at with ATON 1676 CC2 TEA 264 -35.765 -5.210 -28.634 1.00 36.99 at with ATON 1677 WITH CHAT 284 -36.040 -1.454 -29.427 1.00 38.56 at with ATON 167V 0 TEA 284 -34.955 -0.964 -29.752 1.00 36.89 at 0 ATON 1679 and TEA 285 -37.041 -0.733 -28.935 1.00 35.58 at N ATON 1630 CA TEA 235 -36.084 0.687 -28.64 6 1.00 32.71 at with ATON 1631 B TEA 285 -37.077 1.540 -29.464 1.00 32.36 at with ATON 1682 CC1 TEA 285 -37.005 2.980 -29.019 1.00 32.21 at with ATON 1683 CC2 TEA 285 -37.555 1.436 -30.951 1.00 32-10 at with ATON 1604 WITH TEA 285 -37.113 0-942 -27,161 1.00 31.36 at with ATOM 1665 0 TEA 285 30-386 0.664 -26.629 1.00 29.48 at 0 ATON 1686 AND EEO 286 -36.093 1.471 -26.497 1.00 31.00 E N ATON 1637 CA tei 286 -36.16V 1.762 -25.074 1.00 30.07 at with ATON 1638 NE ΕΕϋ 236 -34. B64 1.321 -24.395 1.00 29.10 at with ATON 1639 With Bw 236 -34.687 1.718 -22.920 1.00 30.76 E with ATON 1690 CO2 ΕΕϋ 238 -35.023 1.180 -22.080 1 .00 28.26 Yo with AGON 1691 CO2 Her 236 -33.365 1.174 -22.422 1 * 00 zo AT with ATON 1692 WITH Bf 236 - 36.430 3.252 -24.042 2.00 31.06 Yo with ATON 1 693 0 Bw 286 -35.642 4.106 -25-265 1, 00 30.74 δ with AGON 1 694 to yee 207 -37.546 3-545 -24.174 1.00 32-05 AT m ATON 1695 CA THEO 28 / -37,976 4.911 -23.Θ59 I.00 33.54 AT with ATOM 1696 NE Bf 287 -39.387 5.146 -24.396 ί.00 35-72 AT with ATON 1697 With jeo 2Θ7 -39.574 5.223 -25.911 1.00 39 * 35 B with ATON 1698 ύϋΐ b 207 -41.043 5.030 -26.265 1.00 39-79 AT with ATON 1699 C 02 ho 237 -39.074 6.571 -26.409 1.00 40.77 B with ATON 1700 with boo 207 -37.000 5 .171 -22.345 1.00 33.23 e with ATON 1701 about LIE 207 -39.026 5.134?.]. 697 1.00 34.79 at 0 ATON 1702 N Ryo 208 -36.011 5.445 -21.766 1.00 32.54 at N ATOM 1703 with rno 20 $ -35,532 5 .725 -22,440 1.00 31.44 at with ATON 1,704 CA RNO 20Y -36.699 5.567 -20.310 1.00 37-08 at g ATOK 1705 sv RNO 208 -35,239 5.233 -20.043 1.00 31 * 66 at with ATON 1706 with RIO 288 -34,536 5.750 -21.298 1.00 32.64 at with AgOM 1707 with RIO 208 -37,060 6.968 -19. B35 1.00 31 * 22 at with ATOM 1703 0 RIO 208 -36.271 7.622 -19.162 1.00 31.60 at 0 ATOi 1709 N Bj 2Θ9 -28.247 7.431 -20.203 1.00 30.40 at N ATOK 1710 CA Bf 2Θ9 -30.043 B.EO4 -19.929 1.00 29.51 at with ATOM 1711 NE b £ and 209 -38.173 9.725 -21.062 1.00 20 * 77 at with ATOM 1712 SS LEE ‘ 2B9 -38.5V6 9.309 -22.405 1.00 30.49 at with ATOM 1713 C01 ёо 239 -40.055 9.665 -22.733 1st 01.01 at with ATOK 1714 6ϋ2 b 209 -37.695 10.011 -23.505 1.00 27.09 at with ATOK 1715 WITH jeo 239 -40.151 0.842 -19.808 1. SI] 20.90 Yo with ATON ] 716 with· yyy 209 -40.024 7.800 -? 0.105 1-00 30.19 at about ATON 1717 N ABA 290 -40.605 9.933 -19-P74 1-00? 7.61 at at ATOM 1710 CA DT.A 290 > 42.] 34 10,075 -19.166 1.00 26.79 at with ATOM 1719 NE ΛΙ-Α Yeo -42.656 9.3 * 0 -17.925 1.00 25.41 at with ATOM 1720 WITH ABA 290 -42.546 11.535 -19.138 1.00 26.19 at with ATOM 1721 0 ΑΙ-Α 23 0 -41.013 12.384 -18.613 1.00 25.46 at 0 ATOM 1722 N CE ¥ 291 -43.725 11.809 -19.665 1.00 25.85 at N ATOM 1723 CA ΰΣϊ 291 -44.355 13.105 -19.521 1.00 24 * 71 at with ATOM 1724 WITH C-EU 291 -45.014 12.869 -19.196 1.00 25.09 at with ATOM 1725 0 ΟΕΪ 291 -46.195 11.747 -18.858 1.00 25.42 at about a'Gom 1726 M Cb 292 -46.632 13.912 -19.293 1.00 2 5.44 at n ATOM 1727 CA (ΞΕϊ 292 -48.053 13.746 -19.062 1-00 25-4 3 five with ATOM ! 72V WITH ΟΕΐ 292 48.682 12.967 -20.2018 1.00 29.85 at with ATOM 1729 about OW 292 -48.090 12.049 -21.2 ID 1.00 28, years at 0 ATCI 1730 N T ¥ th 293 -49.077 12.425 -19.967 1.00 30.01 at N ATON 1731 CA TUK 293 -50.562 11.67T -20.999 1.00 30.4 " eight with ATCI 1732 NE TUI 293 -51.904 11.317 -20.549 1.00 34.01 at with ATON 1733 With TUI 293 -5Ϊ.Θ62 10.049 -21.689 1.00 36.2 5 at with ATOM 1734 CO2 TUK 293 -52.816 9.534 -22.131 1.00 39.72 at with ATON 1735 CE1 TUK 293 -53.555 9.122 -23.230 1.00 42.49 uh with ATOM Ϊ736 CO2 TUK 293 -53.679 11 .744 -22.372 1 .00 37.69 at with ATON 1737 CE 2 TUK 293 -54.418 11.34 7 -23.4 67 1.00 40.77 B with ATOM 173B cg TUK 293 -54.351 10.036 -23.095 1.00 42.73 to with ATOM 1739 he TUK 293 -55.069 9.645 -25.001 1.00 46.40 at but ATOM 1740 with TUK 293 -50.016 12.501 -22.277 1.00 30.43 at with ATON 1741 0 TUK 293 -51.099 13.633 -22,260 1.00 28-65 e 0 AT SM 1742 N I HER 294 -50.117 11.936 -23.373 1.00 29.63 at N DTON 1743 CA ZEK 294 -50.139 12.616 -24.663 1.00 30.31 at with ATON 1 74 4 NE $ Her 294 -40.714 13.001 -25.067 3.00 30.52 at with ATON 1745 OS 5EP 294 -48.628 13 .246 -26,461 1.00 32.50 at 0 ATON 174 6 with 5ΕΒ 294 -50.766 11.740 -25.753 3.00 31.59 at with

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ATOM 1747 0 5 EB 294 -50.261 10.657 -26.070 1.00 33.33 AT (five ATOM 1740 I A NA 295 -51.0-60 12.213 -26-328 1.00 32.46 AT I ATON 174 $ CA LAN 295 52.040 11.473 -27.382 1.00 34.59 at with ATOM 1750 SR ANO 295 -53.791 12.231 -27.839 1.00 36.79 at with ATOM 1 751 With AND FROM 295 -54.144 11.990 -29.293 1.00 42.69 at with ATOM 1752 With A NA 295 -55,529 11.403 -29.4? 7 1.00 43.11 at with ATOM 1753 NOT ANS 395 -56.529 12.421 -29.789 1.00 44.13 at I ATOM 1754 C2 A NA 295 -57.453 12.301 -30.741 1.00 43.05 at with ATOM 1755 HH1 ANS 295 -57.506 31.207 -31.4ВВ 1.00 40.61 at N ATOM 1756 YaN2 ANS 295 -50.340 13.269 -30.932 1.00 41.43 at η ATOM 1757 WITH ANS 295 -51.620 11.207 -28.580 1.00 33.96 at with ATON. 1753 0 BOTTOM 295 -51.573 10.084 “29.097 1.00 34.30 at about ATOM 1 75 $ 3 ΪΑΣ 296 -50.070 12.225 -29.012 1.00 31.60 at and ATOM 1760 CA 7AB 296 -50.047 12.000 -30.200 1.00 30.10 at with ATON 1761 NE νΑΣ 296 -49.564 13.476 -30.748 1.00 29.55 at with ATOM 1762 CC1 UAB 296 -48.665 14.165 -29.744 1.00 28.60 at with ATOM 1763 CC2 UAB 296 -48.836 13.296 -32.081 1.00 27.87 B with ATOM 1704 with 7AB 296 -4V .045 11.173 -29.929 1.00 31.23 E with ATOM 1765 0 UAB 296 -4Θ. 451 10.380 -30.780 1.-30 32.00 B 0 ATOM 1766 N Bjeo 297 -40.260 11.253 -2V.734 1.00 29.72 B N ATOM 1767 CA ΣΕΏ 297 -47.151 10.381 -28.405 1.00 29.56 AT with ATOM 1763 NE b £ and 297 -46.496 10.013 -27.092 1.00 30-51 AT with ATOM 1765 With BET! 297 -45.103 10.098 -26.782 1.00 ZO-69 eight with ATOM 1770 CO! 1.81 ’ 297 -44.244 10.249 -27.966 1.60 30.90 at with ATOM ] 77] Pops yaki 297 -44,554 10.680 -25.526 1.00 30.10 at with ATOM 1T? 2 WITH Bes 29? -47.602 B.919-20.301 1.00 30.VO B with ATOM 1773 WITH ΣΕυ 297 -46.916 9.015 -20.796 1.00 30.98 AT with ATOM 1774 N A8N 298 -40.751 B.6V2 -27.673 1.00 20.12 AT ATOM 1775 CA Α5Ν 298 -49.312 7.333 -27.628 1.00 20.96 at with ATOM 1776 NE ASK 298 -50.579 7.291 26.758 1.00 25.34 at with ATOM 177? SS A $ N 298 -50.267 7.390 -25.E70 1-00 30.20 at with ATOM 177B 001 Α2Ν 298 -49.120 7.635 -24.877 1.011 29.99 at 0 ATOM 1779 N02 Α5Ν 290 -51,286 7.203 -24.435 1.00 28.93 at I ATOM 1700 WITH IKE 29B -49.631 6.815 -29, (132 1.00 30.39 at with ATOM 1701 0 Gas station 298 -49.391 5.644 -29, 323 1.00 30.64 at ΰ ATOM 17 82 N ABA 399 -50.155 7.6Θ4 -29.839 1.00 29.73 at N ATOM 1703 CA ABA 299 -50.489 7.204 -31.271 1.00 31.32 at with ATOM 1764 NE ABA 299 -51.300 8.386 -31.974 1.00 26.66 at with ATOM 1785 WITH ABA 299 -49.244 6.957 -32.-394 1.00 32.43 at with ATON 1786 0 ABA 299 -49.247 6.012 -32.ΒΒ3 1.00 34.42 at about ATON 1787 AND ABA 300 -48.177 7.72V -31.913 1.00 32.41 at n ATON 178V CA ABA 300 -46.930 7.441 -32.615 1.00 34.19 at with ATOM 1789 NE ΑΣΑ 300 -45.915 6.553 -32.362 1 .00 32.82 at with ATOM 17 90 WITH ABA 300 -46.362 6.091 -32.161 1.00 35.95 at with ATON 1791 ABOUT ΑΣΑ 300 45.026 5.326 -32.960 1-00 35.23 at 0 ATOM 1702 N CPS 301 -46.403 5.79V -30.870 1 .00 35.94 at n ATOM 1703 CA CPS 301 -46.952 4.537 -30.341 1.00 38.41 at with ATOM 1794 NE CPS 301 -46,000 4-550 -28.809 1.C0 35.59 at with ATON 1795 5C SUS 301 -44.722 5.609 -28.072 1.00 39.73 at £ ATOI 1796 WITH SUY 301 -46.810 3.364 -30.857 1.00 39.27 at with ATON 1797 0 CPS 301 -46.260 2.319 -31.207 1.00 38.0V at about ATON 1798 I SBI 302 -48.12V 3.535 -30.913 1.00 <0.20 at N ATON $ 179 CA ΟΕΝ 302 -49.982 2.474 -21.431 1.00 43.44 B with ATON 1BO0 NE Sc 302 -50.454 2.057 -31.31V 1.00 44.90 at with ATOM 1 whole SY C1Y 302 -51.371 1.016 -31.935 1 .00 40.59 B with ATON 1802 with 0ΣΝ 302 -52. B32 2.201 -31.056 1.00 53.42 but with ATOM 1B03 OE1 THIS 302 -53.351 2.084 -32.741 1.00 56- & J at 0 ATON 1004 Яё2 Sem 302 -53.509 1.76 O-30.798 1.00 52.21 at N ATON 1B05 WITH this 302 -40.64 0 2.170 32.092 1.O0 43.80 B with ATON 1006 □ YEM 302 -40,551 1.021 -33.298 1.00 44.92 at 0 ATON 1007 N AIS 303 -48.467 3.230 -33.677 1.00 43.42 B and ATOM 1608 CA bottom 303 -48.146 3 .068 -35.083 1.00 45.57 at with ATON 1609 SS bottom 303 -49,065 4.440 -35.747 1.00 49.32 at with ATOM 1610 With bottom 303 -48.758 4.523 -37.097 1.00 50.51 at with ATOM 1611 SR bottom 303 -47,880 3.939 -30.194 1.00 66.09 at with ATOM 1813 ΝΕ ANS 303 -48.459 4.098 -39.527 1.00 72.79 at I ATOM 1813 CE ANS 303 -47.840 3.755 -40.655 1.00 75.04 at g ATOM 1814 ΝΗ1 ANS 303 -40.433 3.933 -41-028 1.00 70.15 at I ATOM 1815 ΝΗ2 ANS 303 -46. 617 3.236 -40.611 1.00 75-76 at I ATOM 1816 WITH ANS 303 -46.828 2.304 -35.266 1.00 4 5.17 at with ATOM 1317 ABOUT ANS 303 -46.701 1.401 -36.169 1-00 4 5.50 at ABOUT ATOM 181B N BYE1G 304 “45-850 2.564 -34,405 1.00 44.91 at I ATOM 1819 CA BEV 304 44.571 1,060 -34,409 1-00 44.8? at with ATOM 1820 Si BEI 304 -43,534 2.512 -33.572 1.00 44.25 at with ATOM 1621 SS Ι, ΕΙί 304 -42,401 3.336 -34,182 1.00 45.66 0 with ATOI 3622 CO2 ι, κυ 304 -41.558 3.899 -33.052 1.00 46. 67 at with

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ATON 1023 002 bb 304 - 41.537 2-405 -35.10 $ 1-00 44.90 AT with ATOM 1024 0 Bbo 304 -44.7C 0.396 -34,006 1.00 44.91 AT with ATOM 1025 0 ive 304 -44-161 -0-495 -34,690 1, ao 45.02 at 0 ATON 1026 AND ABA 305 -45.536 0.163 -33,047 1.00 45.15 at N ATON 1B27 CA ΑΙΑ 305 -45.766 -1.186 -32.548 1.00 4 6.08 at with ATON 1028 NE ABA 305 -46.65? -1.144 -31. 310 1.00 42.15 at with ATON 1029 WITH ABA 305 -46.406 -2.054 -33.629 100 47.90 at with ATSN 1030 0 ABA 305 -46.089 -3.236 -33.754 1.00 4B.31 at 0 ATON 1031 N ADS 306 -47.300 -1.461 -34.414 1.00 4 9.18 at N ATON 10 32 CA DN.S 306 ‘47 .972 -2.109 -35.402 1.00 51.26 at with ATON 1033 NE ADO 306 -49.24V -1.449 -35.895 1.00 53.10 at with ATON 1 Θ34 SR ADR 306 -50.250 -1.360 -34.759 1.00 59-04 at with ATON 1035 SR LAN 306 Y.626 Ό-912 -35,220 1.00 63.57 at with ATSN 1036 NOT ABC 306 -52.625 -1.044 -3 4, 160 1.00 68.39 at N ATON 1Θ37 C2 A0C 306 -53.925 -0.806 -34.322 1.00 71.24 at with ATOM 1038 NN ’ ABC 306 -54.765 -0.952 -13.313 1.00 71.47 at N ATON 1035 ΝΗ2 ABC 306 -54.385 -0.421 -35.51Θ 100 72.89 at N ATON 1040 WITH AKO 306 -47.070 -2.422 -36.691 1.00 50.78 at with ATON 1041 ABOUT AND I AM WITH 306 -47.41V -3.1V4 -37.590 1.90 51.65 at about ATON 1042 N AL 307 -45.910 -1.773 -36.706 ι .ao 45.97 at eight ATON 1043 CA ABA thirty? -14.095 -2.049 -37-719 1.00 4 7.77 at with ATSN 1,044 NE ABA thirty? -14.162 -0.772 -38.006 1.00 47.29 at with ATSN 1045 WITH ABA 307 -43.09? -3.093 -37.227 1.00 48.78 at with ATSN 1046 0 ABA thirty? -42.046 -3.301 -37.833 ]. 00 4 3.90 at 0 ATON 1047 eight SUE 309 -44.21Θ -3-734 -36.YO 100 47.59 at N ATON 1040 CA B ¥ 300 -43.385 -4.019 -15.604 100 47.86 at with ATOM 1049 WITH B ¥ 300 -42.267 -4.420 -14.640 1.00 47.93 at with ATON 1050 about (B ¥ 300 -41.354 -5.219 -14.400 ι .ao 50.24 at □ ATON 1VY1 n UL 309 -42.324 -2.210 -34-099 1.00 15.49 at and ATOM 1 th 52 CA UL 309 -41.312 ‘2.776 -33.145 100 41.95 at with ATON 1053 NE UL 309 -41.060 -1.255 '33 -264 one . 00 42-45 B with ATON 1054 ss < UL 309 -40.00? -0.010 -32.256 100 4 1. Ί 4 at with ATOM 1055 CO2 UAY ZOE -40.610 -0.912 -34,671 100 42.26 at with ATOM 1056 WITH UA1. ZOE -41.734 -3-092 -31.714 one . 00 40.] 5 at with ATOM 1057 0 UAY 305 -42.092 -2.052 -11.343 1.00 40.60 at 0 ATON 1Θ5Β N UAY 310 -40.004 -3.594 -30.917 100 1st. 32 at n ATOM 1J59 CA UAY Zu -41.023 -3.780 -29.4ΒΘ 100 35.74 6 with ATOM 10 60 se UL Zu -40.163 -4.936 -28.942 100 36.40 6 with ATON 1061 CC1 UL Zu -40.404 -5.059 -27.449 1.00 35.15 at with ATON 1062 CC2 UL Zu -40.483 -6.226 -29.689 ι. ao 35.02 Yo with ATOM 10 63 with UAY Zu -40.625 -2.509 -28.743 1.00 35.98 3 with ETON 1064 0 UL Zu -39.440 -2.173 -28.665 100 39.37 th about ATOM 1 J65 N THEO en -41.60Y -1.730 -28.199 1.00 34.34 at N ATOM 1066 CA Bw 311 -41.322 -0.609 -27.407 1.00 34.02 at with ATON 1067 se Brat eh 42.283 0-526 -27.760 100 35.30 at with ATON 1 J68 with Bw 311 -42.024 1 .154 -29.136 1.00 41.31 at with ATON 1009 SGB Bj 311 42-701 0-315 -30.213 1.00 42-98 I with ATON 107 (1 CC2 ive 311 -42,552 2-580 -29,160 1.00 41.58 but with ATON 1071 WITH ive 311 -41 .410 -0.0 95 -35.915 1.00 33.33 at with ATON 1072 0 Bf 311 -42.3? 6 -1.502 -25.435 1 yo 32.23 3 0 ATON 1073 n UAY 312 -40.394 -0.454 -25.134 1.00 09/31 at N ATOM 1074 CA UAY 312 -40.347 -0.631 -23.739 100 31.45 at with ATOM 1075 sa UAY 312 -39.165 -1 .529 -23.335 1.00 30.23 at with ATOM 1076 CC1 UAY 312 -39.200 -1.774 -21.036 1.00 29.35 at with ATON 1077 CC2 UAY 312 -39.225 -2.042 -24.109 1.00 29.71 at with ATON 1076 WITH UL 312 -40.165 0.729 23.079 1.00 32.23 at with AGON 1075 0 UAY 312 -35.319 1.521 -23.907 1.00 30.28 at 0 ATOM 1 Θ80 n TNV 313 -40,950 1 Yu0E -32.041 100 31, 04 at and ATON 1061 SD TNV 313 -40.906 2.31? -21.413 1.-30 32-69 at with ATON 1082 NE TNV 313 -42. (175 3,223 -21,900 1.00 34, 74 at with ATON 1063 OS1 TNV 313 '41.054 4.571 -21.473 100 40-66 at 0 ATON 1084 CC2 TNV 313 -43.405 2.750 -21,339 1.00 34.22 at with ATON 1085 WITH TNV 313 -40.97] 3.221 -19.050 1.00 32.73 at with ATSN 1086 0 TNV 313 -41,479 1.243 -13,141 1.00 31 .28 at 0 ATOM 1087 N ABA 314 -40.456 3.246 -19.Ξ16 1.00 31.17 at 14 ATON 1,088 CA ABA 314 -40.574 3.344 -17.76? ’.00 29.71 at with ATON 1085 NE ABA 314 -35.636 four . 439 -17.235 1.00 27 .09 at with ATOM 1,090 WITH ABA 314 -42.01? 3.664 -17.303 1.00 30.01 at l ATON 1091 ABOUT ABA 314 -42.696 four . 430 -19.071 1.00 31.16 at ΰ ATON ] 092 N ABA 315 -42.400 3.087 -16.276 1.00 29.0.3 at η ATON 1093 CA ABA 315 -43.013 3.390 -15.767 1.00 20.17 at with ATON 1094 NE ABD 315 -44.191 2.398 -14.663 1.00 20 .01 at h- ATON ] VTs5 WITH ABA 315 -43 SO4 4.616 -15.227 1.00 27.59 at with ATON 1096 ABOUT ABA 31 5 -14.992 5.405 -15,194 1.00 26.65 at 0 ATON 1097 N SAT 316 -42.766 5.361 -14.795 1.00 03/26 at to ATON 1090 CA SH ¥ 31 e -42.761 6,652 -14.123 1.00 '11,? B at with

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ATOM 1Θ99 ABOUT 316 -42.447 6.543 -12.635 1.00 29.58 at with ATON 1900 □ Oht 316 -42.6V8 5. 505 -12.019 1-00 29-69 AT with ATON 1901 M Α5Ν 317 -41.924 ?, 621  12,053 1-00 for, 12 AT N ATON 1902 CA AYAN 317 -41.375 7-50 $ -10.702 1-00 26.22 AT with ATOM 1903 se A5N 31? 8,172 -10,705 1-00 25.39 at with ATON 1 901 cg> Α8Ν 31? -39-97 $ 7,290 -11.441 1-00 27.85 at with atom 1905 001 Α5Ν 317 -39.265 6.123 -11.712 1.00 27.83 but 0 atom 1906 N02 AZES 317 -37.007 7,539 -11.772 1.00 24.72 eight I ATOM 1307 with AZES 317 -42.214 8.332 -9.675 1.00 27.33 but with ATON 190V 0 AYY 317 -11.69? B.759 -0.637 1.00 26. 61 at about ATOM 1909 I RNYO 31B -43.504 8.494 -9.948 1.00 04/26 at η ATON 1910 CA RN £ 31B  44 .293 9.440 -9.100 1.00 27.75 at with ATOM 1911 Sv RNE 31B -45.017 10.392 -10.140 1.00 $ 28.2 at with ATON 1912 with RNE 31B -14.086 11.08? -13.107 1-00 2-9.82 n with ATON 1913 C & 1 RNE 319 “43-300 12-14 $ “10-664 1.00 29.15 at with ATON 1 911 SOY RNA 318 -43.966 10-653 -12.4: 9 1.00 26.83 at with ATON 1915 CE1 RNE 318 -42,405 12? -11.55 $ 1.00 29.49 at with atom 1916 THIS RNE 31Θ - 4 3.0? 6 11.261 -13.20E 1.00 07/29 at with AChSK 1917 sa RNE 318 -42 .293 12.316 -12.855 1.00 28.36 at with ATON 1918 with RNYO 31Β -15 .284 8.806 -V.20E 1.00 2B.02 at with AGON 1919 ABOUT RNE 31B -46.109 9.47? -7.700 1.00 25.42 at about ATON 1920 N Fox 319 Ί5.102 7.514 -7.945 1.00 28-99 at I ATON 1921 CA Ln $ 319 '4 $ .019 6.) 60 -7.09? 100 31.68 at with ATON 1922 sv FACE 319 -45.726 7.04? - $ - 624 1.00 35.03 at with aton 1923 ss ANO 319 “$ 4, 361 5,058 -4.674 1.00 40.29 at with ΑΤΟΝ 1 924 se BOTTOM 319 -4 5. $ 80 6.070 -3.317 100 43.31 at with ATON 1925 NOT BOTTOM 319 -46,115 4.93? -2.505 1.00 50.06 at and AGON 1926 C2 bottom 319 -45.56V 4.592 -1.340 100 85.39 at with ATOM 1927 ΝΗ1 ANO 319 -44.555 5.299 -0.845 1.00 56-32 at and ATON 1928 NE2 ANO 319 -46.034 3.53? -0.673 100 54.10 at [four ATON 1920 with ANNE 318 -47.462 7.131 “7.120 1.00 30.53 eight with ATON 1930 about ANO 319 -48.235 7. 551 -6.B66 1.00 30-48 eight with AGON 1931 I A5P 320 “4 7.809 6,969 “$ 8.69 1.00 30.17 at N ATON 1932 CA DZR 320 -49.078 7.144 -9-226 100 31.58 at with ATON 1933 sv AZR 320 -48.857 8, 003 -9,906 1.00 3 3.04 3 with ATON 1934 ss ABP 320 -50.140 9.599 -10,050 100 35.04 at with AGON 1935 οϋΐ A5P 320 -51.190 9,185 -9.540 1.00 37.48 3 ί) ATON 1 936 SOY A5P 320 -50.09 $ 10.649 -10.166 1.-30 36.23 6 0 ATOM 193? with AIR 320 -49.594 6,412 -10.240 1.00 31.73 at € AGON 1938 0 ABP 320 -48.915 5.423 -10.546 1.00 29.24 at ΰ ATOM 1939 N AIR 321 -50.795 6,649 -10.151 1.00 31.26 & Ν ATOM 1910 CA ABP 321 -51.302 5. WHO -Ϊ1.702 1.00 32.38 E. with ATOM 1911 sv Ay in 321 -52.800 6,109 -11.094 1.00 38.8 $ at with ATOM 1912 ss AIR 321 -53.610 five . 160 -12. B31 1.00 40.53 at. with ATOM 1943 001 AIR 321 -52.917 1.460 -13-623 1.00 41.0? at with ATOM 1944 Οϋ2 AIR 321 '54 .859 5.116 -12.772 1.00 46-57 at 0 ATOM 1945 with AIR 321  50.691 6.06? 0.125 1.00 31.5? at with ATOM 1946 with AIR 321 '50 .791 7.163 -13. 671 1-00 30.24 th. 0 ATOM 194? N Ab 322 '50 .097 6.052 -13.648 1.00 30, 47 at at ATOM 191Y CA ΑΙ.Α 322 -49.20? 5-181 -14.06? 1.00 thirty . 50 at with ATOM 1919 sv LBA 322 -48,459 $ 3.87 -15,132 1.03 29.62 at with ATOM 1950 with ABD 322 -50,035 5,562 -16.005 1.00 32. 45 at with ATOM 1951 0 ABA 322 -49,49 $ 5,993 -17,108 1.00 32.37 at 0 ATOM 1952 N with those 323 -51.347 5.410 -15.909 1.00 33.17 at s ATOM 1953 CA C ¥ 3 323 -52.199 5.763 -17.114 1.00 36.70 at with ATOM 1954 WITH STY 323 -52.321 7.285 -17.294 1.00 34.79 at with ATOM 1955 ABOUT with those 323 -52.950 7.75? -18.244 1.00 35.34 at about ATON 1956 NE one hundred 323 -53.598 5.156 -sixteen. 942 1.00 41.21 at with ATOM 1957 50 SUY 329 -53.747 3.326 -16.801 1.00 S -68 at five ATOM 1958 n EEO 324 -B1.723 8.083 -16.386 1-00 32.69 at N ATON 1959 CA Bc 324 “51.7 $ 1 9. $ 16 -16.4 " 1.00 31.24 at with ATOM 1960 sa Bc 324 -51-968 10.146 -15,10Θ 1.00 31.16 at with ATOM 1961 with Bw 324 -53-119 9.156 -14.313 1.00 36.04 at with ATON 1962 si BEO 324 -83 - 026 10.321 -12-393 ]. 00 34.08 at with ATSM 1963 CM 1 * E0 324 “54,363 10,281 -15.024 1.00 3 3.82 at with ATSM 1961 with tki 3? 4 - $ 0.497 10,047 -17.192 100 29.73 but with atom 1965 0 Bf 324 -50,338 1.1.258 -17.366 100 10/28 but 0 ATOM 1966 N T ¥ K 325 -49.619 9.126 -17.5V6 100 28.37 but N ATOM 1967 CA TUK 325 -48.319 9.457 -18.161 100 27.58 ε with ATOM 196V NE TUN. 325 -47.211 0.953 -17.225 1.00 24.47 Ξ g ATOM 1969 SS TU V 325 -47.331 9.551 -15.030 100 2 6.90 at with ATON 1970 C01 TUN 325 -46.692 10 .742 - 15.519 100 28.31 at with ATON 1971 Сё1 ΤΪΒ 325 -46.917 11.372 -14.301 100 27.10 at with ATON 1972 002 TUI 325 -48.107 0. 992 -14.090 100 24.93 at with ATOM 1E73 CE2 ΤΥΡ 325 Ί8.4Ϊ3 9.614 “13.612 1.00 25 .78 at € ATON 1974 CE TOUR 325 -47.779 10.807 -13-339 100 26.84 at WITH

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ATOM 1975 SI TUN 325 -48.035 11.452 -12-203 1.00 2E.69 Β 0 ATON 1976 WITH TUN 325 -46.16? 8.829 -19.550 1.00 28.62 Β WITH ATOM 1977 0 TUN 325 -40,036 7.85? -19,072 1.00 20.90 Β ϋ ATOM 1978 and Yen 326 -47,293 0.401 -20.3) 2 1.00 20.16 Β to ATOM 1979 CA Yen 326 -46,932 8,797 -21,649 1.00 27-92 Β Γ ATOM 1980 NE Yen 326 -47.539 9.583 -22.83 3 1 .00 21-53 Β WITH ATON 1901 OS Yen 326 -48.955 9.520 -22.795 1.00 29.55 Β 0 ATOM 1902 F Yen 326 '45 .41? B.790 -21 .?86 1.00 29.65 Β WITH ATOM 19 nuclear power with Yen 226 -44.732 9.679 -21.264 1.00 28 .75 Β ο ATOM 1984 n REY 327 -44.872 7.001 -22.514 1.00 30.85 Β Ν ATOM 1905 with Nuclear weapons 32? -43.416 7,791 -22.041 1.00 29.05 Β WITH ATOM 1906 CA TYPE OF 32? -43.635 6.756 -23.212 1.00 30.77 6 £ ATOM 1987 NE RNO 32? - 44.61? $ 6.27 -24.207 1 .00 ZS-.62 Β £ ATOM 1908 SS PPO 327 -43,319 6.561 -20-136 7.00 32.07 Β Γ ATOM 1989 WITH RYAS 32? -46.133 5.60? -22,333 1.00 32.88 Β £ ATOM 1990 WITH RIO 327 -46.680 4.615 -22.844 1.08 34-26 Β ο ATON 1991 N ABA 328 -45.954 5.723 -21.020 I.00 30.65 Β Ν ATOM 1992 CA AL 328 -4 6.305 four . 682-20.059 1.00 31.33 Β £ ATOM 1093 NE ABA 328 -46.340 5.200 -18.650 1.00 29.11 Β WITH ATOM 1994 WITH ABA 328 -47.805 4.100 -20.427 1.00 31.48 Β WITH ATOM 1995 ABOUT ABA 328 -40.063 2,082 -20.381 1.00 30.12 Β ΰ ATOM 1996 N 5EN 329 -48-712 5,095 -20-7 60 1.00 32.07 Β to ATOM 1997 CA Yen 329 -50.12? 4.743 -20.930 1 .00 32.34 Β £ ATON 1998 NE Yen 329 -51.012 5.962 -20.652 1.00 31-27 Β WITH ATON 1999 SS YEY 329 -50.757 7.013 -21.575 1. 00 29,? $ Β 0 ATON 2000 WITH YOD 329 -50.46? 4.182 -22.313 1.60 34.16 Η WITH ATOM ϊΰοι 0 5EN 329 -51.615 3.818 -22.560 1.80 35.28 Β 0 ATON 2002 N ABA 330 -49.494 4.125 -23.218 1.00 35.08 Β Μ ATSN 2003 CA ABA ZZO -4 9.? 3? 3.524 -24.532 1.00 30.2? Β £ ATOM 2004 NE ATA 330 -40.570 3.012 -25.467 1.00 34.75 β ϊ- ATON 2005 WITH ABA 330 -49.923 2.014 -24.365 1.00 40-98 Β WITH ATON 2006 0 ABA 330 -49.071 1.325 -23.79? 1 .00 39.23 Β ο ATON 2007 N RIO 331 -51.054 1.479 -24.816 1.00 4 $,? $ Β η ATON 2008 With RNO 331 -52,211 2,171 -25,439 1.00 46.02 Β ζ RTOM 2009 CA Nuclear weapons 331 -51.352 0.072 -24.530 1.00 48.31 Β WITH ATON 2010 NE RIO 331 -52.786 -0.120 -25.039 1.00 48.39 Β WITH ATSN 2 01 1 SS T-bills 331 -53.367 1.275 -25.017 1.00 49.16 Β WITH ATON 2012 WITH R! Yu 331 -50.373 -Π, 922 -25.156 1.00 49.41 Β £ ATSN 2013 ABOUT RNO 331 50.012 -1.924 -24.532 1.00 51.91 Β 0 ATOM 2014 N Oh 332 49.933 -0.636 -26.377 1.00 4 6.64 Β Ν ATON 201 $ CA STU 333 40.056 -1.547 -27.007 1.00 46.33 Β £ ATSN 2016 NE si 332 -49.176 .311 -28.605 1.00 49.01 Β ATOM 2017 C <3 oh 33? -49-332 0,1 $ 3 -29.001 1.J0 57.16 Β £ ATOM 2036 Joint venture ss 332 -50.640 0.770 -28.631 1 .00 60.17 at £ ATOM 2019 OE1 sy? 332 -51-64? 0.490 -29.323 ; .00 59.75 Β Π ATOM 2020 CE? OTD! 332 -50.600 1,538 -27.646 ί.00 61.46 Β ϋ ATOM 2021 WITH CH1 332 -47.537 -1,445 -26,66 $ 1, 0O $ 44.1 Β £ ATOM 2022 0 si 33? -46.761 -2.243 -27-091 -. .00 45.37 Ε ΰ ATOM 2023 N UAY 331 -47.286 -0.470 -25.816 1, 00 41, οί Β Ν ATON 2024 CA UDD 333 -45.942 -0.334 -25.261 1.00 3?,? 7 Η WITH ATOM 2025 NE UL 333 -45.622 1.142 -24.918 1.00 38.27 Β WITH ATOM 2026 £ C1 UL 333 -44.275 1.235 -24.232 2.00 37.40 Β WITH ATOM 2027 CE2 UAY zez -45.625 1.989 -26.188 1.00 35.51 Β WITH ATON 2020 WITH UL 333 -45.821 -1.168 -23.986 1.00 36.92 Β WITH ATON 3029 ABOUT UAY 333 -46-752 -1 .220 -23.182 1.00 39.57 Β ΰ ATOM 2030 N TIE 334 -41.679 -1.016 -23.000 1.00 33.69 Β Η ATOM 2O31 CA 1b 334 ‘44 -452 '2-5? $ -22.502 1.00 32.34 Β with ATON 2032 sv 1b 334 -43-411 -3.694 -22.025 2.00 33.09 Β WITH ATOM 2033 C <32 1b 334 -43.133 - 4,463 -21, $ 31 ; .00 29.80 Β WITH ATOM 2034 CC1 1b 334 -43,944 -4.661 -23.880 1 .00 34-39 Β WITH ATON 2035 C01 1b 334 -42.924 -5.688 -24,036 '., 00 36.56 Β £ ATON 2036 WITH 1b 334 -43.974 -1.629 -21.48? ] .00 31.39 Β WITH AT0M 2037 0 1b 334 -42.896 -1.038 -21.581 1.00 31.20 Β 0 ATON 2038 and TNN 335 -44.802 -1.476 -20.459 1.00 29.87 Β Ν ATOM 2039 CA tn 335 -44.595 -0.468 -19.428 1.00 27.10 Β WITH ATON 2040 sv tn 335 45.916 0.263 -19.129 2.00 28.65 Β WITH ATSN 2041 osd tn 335 -46.402 0.865 -20.335 1.00 28.99 Β ΰ ATOM 2042 SB2 tn 335 ‘45 .717 ί.341 -18.064 1.00 23 .22 Β WITH ATOM 2043 WITH tn $ 33 -44.006 -1.147 -10.162 1.00 20.59 β WITH ATOM 2044 0 tn $ 33 -44.710 -2.075 -17.658 ί.ΟΟ 26.97 Β ΰ ATOM 2045 N MIND, 336 -four? . <345 0.687 -11.652 1, 00 27.73 Β Ν ATOM 2046 CA go 336 -42.543 -one . 412 -16.509 1.00 27.54 Β with ATOM 2047 NE UAY 336 -40.832 -1-621 -17,063 ϊ-00 20.1) 1 eight WITH ATON 2048 CC1 UAY 336 -40.221 -2.801 -16.070 1.00 26.41 Η WITH ATOM 2049 CC2 UAY 336 -40.891 -2.421 -18.460 ϊ.00 27.08 Β WITH ATON 2050 WITH UAE 336 -42.101 -0.604 -15.310 1.00 28.83 Β WITH

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ATOM 2051 0 0АЪ 336 -41.441 0.435 -15.291 1.00 28.91 AT 0 itch 2052 N 6ΕΪ 337 -42,716 -1,092 -14.233 1.00 28.31 eight N ATOM 2053 CA SUE 337 -42,482 -0.536 -12.915 1.00 27.90 AT WITH ATSM 2054 WITH σί, ΐ 337 -41.205 -1 -06V -12-289 1.00 29.62 but WITH ATSM 2055 WITH C1L 337 -40.568 -1.968 -12.3 + 6 100 29-2 / AT ϋ ATSM 2056 N ASA 338 -48.825 -0.522 -11,135 1.00 29.7V at N ATSN 2057 CA ABA 338 -39.560 -0.879 -10.490 1.00 3?, 25 at WITH ATOM 705 $ NE D1L 338 - 38.677 0.360 -10,348 1.00 29-13 at with ATSN 2059 WITH ML 338 -39. 764 -1.526 -9.110 1.00 32.36 0 with ATSM 2900 WITH ML 325 -40.501  1.062 -8.317 1.00 32.9V at 0 ATSM 2001 N Transnational corporation 339 -39.010 -2.593 -8.861 1.00 33.23 at M ATOM 2062 CA Transnational corporation 329 -39.001 -3 .263 -7.561 1.00 33.80 at WITH ATOM 2063 NE Transnational corporation 339 -39.556 -4.709 -7.667 1.00 34.64 at with ATOM 2061 CC1 THY 339 -ZV, 991 -5.349 -8.819 1.00 35.54 0 0 ATOM 2065 SY2 THY 339 -41. 070 -4,706 -7,771 1.00 32.31 at with ATON 2066 WITH Transnational corporation 339 -37, 577 -3,324 -7.006 1.00 34.89 at ί- ATSN 2067 0 teak 339 -36.603 -3.162 -7.749 1.00 34.08 at ο ATSM 206V n AND YOU 34 0 37,456 -1.554 -5.702 1.00 34-66 at N ATON 2069 SI AND YOU 3 + 0 -36.147 -3.582 -5.069 1.00 37.60 at WITH ATSM 2070 sv AND YOU 3 + 0 -36.175 -2.780 3.765 1.00 30, 22 at WITH ATSN 2071 ss AZES 340 -37,163 -3.339 -2.753 1.00 40.64 at with ATSN 2072 001 AZES 3 + 0 -37,492 -4.529 -2.771 1.00 37.96 eight 0 LTEIN 2073 HO2 AZES 340 -37,639 -2.470 -1.859 1-00 40 .07 at N ATON 2074 with AYO 340 -E5.6 $ 0 -5.010 -1,799 1.00 38.16 at WITH ATSN 2075 about A5Y 340 -36.291 -5.972 -5,262 1.09 38.14 at 0 ATOM 2076 N ABA 341 34.593 -5.140 -4.046 1.00 39, 59 at N ATSN 207? CA ABA 3 + 1 '33 .991 -6.443 -3.783 1.00 12.44 at WITH ATSN 2070 NE Affairs 3 + 1 -32.656 -6.250 -3,059 1.00 + 1.05 at WITH ATSN 2079 WITH ABA '3 + 1 -34.9I -7.361 -2.971 1.00 13 .87 at WITH ATSM. 2080 0 ΑΙΛ 341 -31.759 B. 580 - 2.908 1.00 13.0? at 0 ATOM. 2081 N C'S 342 -35.875 -6,778 2.263 1.00 45.12 at S ATON 2002 CA CEA 342 -36. B59 -7.577 -1.546 1.00 47.53 at with ATSN 2003 sa sy 342 -37.226 -6.902 -0.222 1.00 19.70 at with ATOM. 2004 SS- she 34? -36-050 -6,727 0.734 1.00 55.35 at with ATOM 2085 SR 01 s 342 -35.164 -5.536 0.378 1.00 61 .16 at with ATOM- 2086 CE1 here and there 342 -35.650 -four . 444 0.073 5.00 63-32 at 0 ATON 2087 ΝΕ2 sn 342 -33.840 -5.742 0.415 ’.00 61.47 eight M ATON $ 208 WITH sm 342 -38.110 -7,803 -2.386 1.00 + 7.92 at WITH ATOK 2089 WITH SEN 342 -39.140 -B.270 -1.076 1.00 + 0.27 at 0 ATOM 2090 N AZR 343 -38.037 -7.468 -3.67 3 1.00 $ 47.3 at N ATOM 2091 CA AZR 313 -39.170 -7.602 -4.589 1.00 47.37 at WITH ATOM 2092 NE AZR 343 -39.621 9.068 -4.669 1.00 49.06 at WITH ATON 2093 SS AZR 343 -30.7 10 -9.919 -5.560 1.00 52.00 at WITH ATOM 2094 CP1 A5P 343 -30.041 9.368 6.457 1.00 52.60 at 0 ATSM 2095 CP2 AZR 343 -38,691 -11.154 -5.366 100 56.09 0 0 ATSM 2096 WITH ABP 343 - + 0.371 -6 .721 -4.227 1.00 15.38 AT WITH ATOM 2097 WITH AZR 343 - + 1.501 -7.0YZ 4 - 607 100 46.25 five 0 ATSM 2098 N SEN 344 -40,132 -5-634 -3.490 1.00 42.74 Yo N ATOM 2099 £ A School 344 -41.194 -four . 67 + -3.199 1.08 42-66 AT £ ATON 2100 NE £ 121 344 -41.142 -4.269 -1.720 100 + 4-37 at WITH ATSN 2701 CE Yen 344 -41.297 -5.432 -0.715 1.80 46.69 five WITH ATOM 2107 SR SEN 344 -42.386 -6.418 -1.167 1, 08 + 9.5 $ but WITH ATON 2103 OE1 C ΕΝ 344 -13.575 -6.-0B1 -1.194 one . 00 50.25 E 0 ATOM 210+ ΝΕ2 S1.Y 3 + 4 -11.079  7.64 4 -1.498 1.00 47.71 E N ATON 2105 WITH OEY 344 41.068 -3.426 -4.0V1 1.00 40.29 E WITH ATSM 2106 0 SHM 344 -39.006 -3.105 -4.570 1.00 39.64 E WITH ATOM 2107 N REY 345 - + 2-176 -Ϊ, 703 -4.289 100 38.37 Yo N ATON 2108 With REY 345 -43.521 -2.919 -.3.715 1.00 38.04 Yo WITH ATOM 2109 CA REY 345 -42.139 -1,503 -5.136 100 37.61 Yo WITH ATON 2110 With REY 345 -43.569 -0.966 -5.060 100 36.21 at WITH ATOM 2111 SS REY 345 -44.400 -g, 140 -4.664 100 37.92 AT £ ATOM 2112 with RKO 34 5 -41.123 -0,490 -4.604 100 3 6.00 at with ATON 211-3 about REY 345 -41.0Θ3 -0.218 -3.406 1.80 36-00 at about ATSM 211 1 to 7AE 346 -40,304 0,062 -5.493 1.00 31-08 at n ATOM 2115 CA UAE 346 -39.250 0.981 -5.0Θ2 1.00 35.68 at with ATON 2116 Cez UAE 34 6 30 .282 1.265 -6.251 1,08 37.41 at with ATSN 2117 CC1 νΛΕ 346 -37.162 2.189 -5.790 1.00 41.37 at with ATON 2118 CC2 νΑΕ 346 -37.701  0.037 -6.769 1.80 39.72 at with ATON 2119 with UAY 3 + 6 -39.026 2.310 -4.593 1.00 35.58 at with ATSN 2129 0 UAE 3 + 6 -40.716 2.056 -5.199 1.00 36.23 at 0 ATSN 2121 N Transnational corporation 5 + 7 -39-292 2-833 -3-494 1.00 35.01 at s ATOM 2122 CA tin 3 + 7 -39,591 1.210 -3-118 1.00 35.51 at with ATOM 2123 NE Transnational corporation 347 -39,701 4-390 -1,502 1.00 3 7.60 at with ATOM 2121 OS1 GIA 347 -38.467 1.006 -0-967 1.00 39.20 eight 0 ATOM 2125 C & 2 TYPE OF 347 -40.032 Ϊ.548 -1,021 1, 80 31.55 AT with ATSM 2126 WITH type of. 347 -38.464 $ -100 -3.63 $ 1.00 33.43 at with

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ΆΤήΜ 2127 ΰ Transnational corporation 347 -37,306 4,716 “3.611 ), 00 31.83 AT 0 LTSN 2120 N b £ and 34B -30. B20 6.283 -4,122 1.00 32.22 AT N ATOM 2129 SL Bf 34E -37.013 7.2'31 -4.627 1.00 30.40 0 WITH ATOM 21 la NE Bw 34Θ -37.94 6 7.326 -6.158 1.00 29.53 at with ATOM 2131 With 1.E0 34 0 -37.9OV 5.865 -6.8Θ6 1.00 30.64 AT with ATOM 2137 SOWING Y50 34 0 -38.457 6.091 -8.307 1.00 27.70 AT with ATOM 2133 CE »2 Bw 340 -36,477 5.436 -6.912 1.00 26.20 AT with ATSM 2134 WITH yee 34 0 -30.141 8.573 -3.974 1.00 20.73 0 with ATOM 2135 0 ho 349 -39,136 9-214 -4-303 1.00 27.79 AT 0 ATSM 2136 and C1L 349 -37.304 8.997 -3,035 1.00 20.70 AT to ATOM 2137 od C1L 349 -37.703 10,112 -2,193 1.00 27.59 0 with ATOM 2130 with C1L 349 -38.998 9.720 -1,508 1.00 20.00 AT with ATOM 2139 ABOUT CB ¥ 349 -38.113 B, 603 -0.988 1.00 20.55 AT P ATOM 2140 N TIR 359 -38.EVO 10.612 -1.508 Ι, ΟΟ 20.58 AT N ATON 214] CA tki 359 -41.2В0 10.309 -0.900 1.00 28.58 AT with ATOM 3142 08 Transnational corporation 359 -41.941 11.574 -0.331 1.00 30.10 AT with ATOM 2143 031 TGEK 3-59  42.291 12.450 -1.411 1.00 26.35 AT 0 ATOM 2144 CC2 Transnational corporation 359 -40.985 12.295 0.634 1.00 27.56 at with ATOM 2145 0 Transnational corporation 350 -42-253 9.606 -1.906 1.00 to .35 at with ATOM 2146 WITH Transnational corporation 350 -43.407 9.403 -1.57 6 1.00 29.2a 0 about ATOK 2147 N Bes 351 -41.790 9,486 “3,137 1.00 29.53 at to ATOM 2149 CA ΕΕίτ 351 -42.617 B. 896 -4.178 1.00 30.41 at with ATOM 2149 Sv yee 351 -42.669 9.820 -5, 409 1.00 28.80 at g DTON 2150 se Bc 351 -43.1B6 11.246 -5.126 1.00 30.54 at with DTON 21 & 1 CO] 351 -43.2V5 12.048 -6. 426 1.00 30.77 at with ATSM 215? Wed? yee 351 -44.592 11.1B4 -4.448 1.00 25.93 at with ATSM 2153 with Bjeo 351 “42,030 7,525 -4.539 1.00 30.64 at with ATOM 2154 with LIE 351 -41.513 6.825 -3.677 1.00 31.17 at 0 ATOM 2Ϊ55 N B ¥ 352 -42.128 7,136 -5.004 ], 00 July 30 0 N ATOM 2156 CA C1L 352 -41.658 5-817 -6,101 ’. .00 30-10 B with ATOM 2157 WITH YY 352 -42.203 5,320 - 7.466 1.00 3Ο.Θ3 AT with ATOM 21B8 □ 352 -42.842 6. 104 -9.233 1.00 ZS-98 at but ATSM 2159 N chan 353 -42.100 4.016 -7,715 1.00 28.91 at [four ATOM 2160 CA tnr 353 -42.672 3. 4Θ0 -0.874 '. .00 29.17 0 with ATSM 2161 NE TNR 353 -42.424 1.964 -9. 074 1.00 32.00 at with ATOM 2163 OS] TNR 353 - 42.923 1.490 -10.333 1.00 23.63 at with ATSM 2163 002 TNR 353 43.124 1.223 -7.924 1.00 20.13 at with ATOM 2104 WITH TNR 353 -44.164 3.744 -9.122 1.00 20.69 at with ATSM 2165 0 TNR 353 -44,906 3,718 -0.140 1.00 26.24 B about ATOM 2160 μ DZN 354 -44.503 4.022 - 10.352 1.00 27.36 at N ATOM 2167 CA ΑΞΗ 354 -4 6, 005 4, 1 17 -10.630 1.00 20.00 B with ATOM 2169 NE Ά5Ν 354 -4 6, 194 1.770 -12.055 1.00 30.00 at with ATOM 2169 SS ΑΞΝ 354 -46,090 6.295 -12.010 1.00 31-69 B with ATOM 2173 οϋΐ AIN 354 -46,026 6- 902 -10.938 1.00 29.46 B with ATON 2171 K 02 ΑΞΗ 354 -46.078 6. 916 -13.1Ё4 1.00 30.77 AT N ATON 2172 with AIN 954 -46.625 2.716 -ten. $ 82 ! .-ЗО 29.07 E WITH ATON 2173 0 AIN 354 -45.915 1.705 -10.658 1.00 28.68 AT 0 ATOM 2174 μ RNE 355 -47.948 2. 651 -10.74; 1.00 ZA.04 E N ATOM 2175 si RNE 355 -4V.665 one . 397 -10.550 1.00 28.51 E WITH ATSM 7176 sv RNE 355 -49.011 one . 118 -9.2019 1.00 29.13 AT WITH ATSM 2177 ss RNE 355 -49.523 2.333 -0.465 1.00 25.69 eight WITH ATOM 2170 CP1 RNE 355 -48.712 2.959 -7.522 1.00 30.05 AT WITH ATOM 2175 Οϋ2 RNE 355 -50,758 2.805 -0.7 $ 2 1.00 27.67 AT WITH ATSM 2189 CE1 RNE 365 -49,128 4.115 -6.087 1.00 28.38 AT WITH ATOM 2181 CE2 RNE 355 -51.105 4 .043 -8,121 1.00 27.02 at WITH ATOM 2182 Sho RNE 355 -50,370 4.658 -7, 9 1.00 28.92 3 WITH ATOM 2183 with RNE 355 -49,820 one . 472 -Π, 52? 1 .00 30-09 at with ATOM 2184 0 RNE 355 -50.008 2,418 -12,308 1.00 30-21 at with ATOM 2185 n B ¥ 35Θ -50.792 0.474 -11.388 1. & O 28.41 b N ATOM 2166 CA CE ¥ 356 -52.068 0. 518 -12,091 1.00 20.33 at WITH ATOM 2187 WITH 0 ¥ 356 -52.135 -0.378 -13,314 1.00 30.65 eight WITH ATOM 2180 0 SH ¥ 356 -51.204 -1.128 -13.603 1.00 28.09 AT ABOUT ATOM 2189 N A NA 357 -53.242 -0.2E5 -14.041 1.00 32.66 AT N ATOM 21 99 CA two 357 '53 .536  ’.246 -15.109 1.00 34.80 AT with ATOM 2191 NE Are 357 -55.011 -ί.151 -15.493 1.00 34.24 at WITH ATSM 2182 ss ARS 357 -55.301 0.225  15.954 1.00 34.62 3 WITH ATOM 2193 CE? ARS 357 -56.832 0-346 Ί6.383 1.00 30.26 at with ATOM 2194 ΝΕ ABC 357 -57.105 1.695 “16.056 1.00 40.35 at N ATOM 2195 02 ARS 357 “56,804 2.102 Ξ0-1Ο2 1.00 43-01 B WITH ATOM 2196 HH1 DR: S 357 -57,153 1-355 -10.140 1.00 42.62 3 N ATOM 2197 HH2 ARL 357 -56.406 1.252 -18.005 1, oo 41.68 at P ATOM 2190 G ’ AKC 357 -52.633 .024 -16,350 1.00 36-92 £ WITH ATOM 219 * ί) ABC 357 -52.661 -1.081 -17.242 1.00 38.02 AT 0 ATOM 2209 Ή C ¥ £ 35V -51.997 0.118 -16.141 1.00 36.61 AT N ATOM 2201 SY C ¥ y 350 -51.170 but. 438 -17.612 1.00 35.72 AT WITH DTON 2302 WITH C ¥ 3 350 -49.745 -0. OE7 -17,450 1.00 35.12 at WITH

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ATOM 2203 0 0Ϊ5 35V -40.966 -0.09E -18.410 1.00 34.79 AT ABOUT ATOM 2204 NE 0ϊ5 35V -51.153 1.961 -17.970 1.00 36.69 AT with ATOM 2235 £ c 0ΪΞ 358 -52.749 2.584 -18.519 1.00 43.14 AT £ ATOM 2206 N So 359 -49.413 0.550 -16.255 1.00 33 .77 AT N ATOM 2207 CA UL 359 48.133 -1.222  16,000 1.00 34.99 at with ATOM ggo NE UD1- 359 -47.739 -1-110 -14.506 1.00 34.05 at with ATOM 2209 CC1 UL 359 -46,472 -1.904 14.236 1-00 33.57 at with ATOM 2ϊϊύ Pops UDD 359 -47.546 0-350 -14-1 27 1-00 35.28 at with ATOM 2211 WITH UAY 359 -49.233 -2,709 -16.157 1.00 36.56 at with ATOM 2212 0 UAY 359 -49.117 -3,410 -15.874 1.00 36.77 at ABOUT ATOM 2213 N AZR 360 -47.325 -3.194 -17.19’1 1.00 37.85 at N ATOM 2214 CA ABP 360 -47.394 -4.581 -17.641 1.00 39.04 at with ATOM 2215 CE AZR 360 -46.V1V -4.710 -19.054 1.00 40.07 at with ATOM 22’6 SY ABP 360  47.665 -3.983 -20.093 1.00 45.74 at with ATOM 2217 □ Ώ1 ACRE 3 69 -40.754 -4.500 -20.443 1.00 46.61 at about ATOM 22 38 PE2 ABP 360 -47 .253 -2.091 -20.553 1.00 46.26 at about ATOM 2219 WITH ABP 360 '46, 669 5.516 “16.688 1.00 38.35 at with ATOM 222O 0 FER 368 -four? , 138 -6-Y8 -16,416 ] -00 38.52 at ABOUT ATOM 2221 N Bw 361 -45,529 -5,073 -16.1 About 1.00 37.53 at N ATOM 2222 CA Bw 361 -44, 8] E -5,039 -15.160 1.00 36.62 at with ATOM 2223 NE Bw 361 -44.105 -7.040 -15.797 1.00 36.73 at with ATOM 2224 SS- yee 361 -42, 822 -6.003 -16.601 1.00 39.6? at with ATOM 2225 Pops Her 361 -42.197 -9.145 -16.944 1.00 39.40 at with ATOM 2226 CE2 yee 361 -43.123 -6.017 -17.870 1.00 36.31 at with ATOM 2227 [; yee 3 61 -43 -809 -4.94 1  14 .461 1.00 35-32 at with ATOM 2228 P Bw 361 -43,605 -3-803 -14-870 1-00 36.05 AT about ATOM 2229 N RNE 362 -43.188 -5.457 -13.405 1.00 33.99 at N ATOM 2230 CA rche 362 -4-743 -17,694 1-00 08/33 at with ATOM 2231 NE RNE 362 -42.420 -4.724 -11 .190 1.00 30.37 at with ATOM 2232 SS RNE 362 -43.654 -3.96? -10,031 1.00 30.89 at with ATOM 2233 Pops RNE 362 -43.569 -2.670 -10.340 1.00 30.96 at with ATOM 2234 siz RNE 362 -44.906 -4.530 -11.021 1.00 29.23 at with ATOM 2235 C £ 1 RNYO 362 -44.715 -1.942 -10.065 1 .co 30.60 at with ATOM 2236 C ’£ 2 RNE 362 -46.055 -3.009 -10.741 1.00 31.39 at with ATOM 2237 Sz RNE 362 -45.960 -2.512  10,264 1.00 31-01 at with ATOM 2298 · .. RNE 362 40.791 -5.415 -12.943 1.00 33-60 at with ATOM 2239 0 RNE 362 -40.741 - 6-566 -13.376 100 34.30 at about ATOM 2240 N ABA 363 -39,710 -4.091 -12,676 1.00 31.44 at AND ATOM 2241 CA ABA 363 -38.369 -5.240 -12.81 1 1.00 33.53 at with ATOM 2242 SR ήΙ2ϊ 363 -37,893 -5.107 -14,274 1.00 29.46 at with ATOM 2243 G ABA 363 -37,427 -4.497 -11,869 100 34.75 at with ATOM 2244 0 ABA 363 -37,762 -3,423 -11,364 1.00 36.92 at about ATOM 2245 N REY 364 -36,241 -5.064 -11,006 100 3 5.95 at s ATOM 2346 Joint venture REY 364 -35.706 -6.378 -32,149 100 76.33 at with ATON 2247 CA REY 364 -35.321 -4.446 -30.645 100 36.66 at with ATOM 2249 NE REY 364 -34.068 -5.323 -10.733 100 36.1? at with ATOM 2249 SS REY 364 -34.507 -6.654 -31.19V 100 36.16 at with ATOM 22 50 WITH REY 364 -35.032 -2.998 -11.003 100 ZV. 49 eight with ATOM 2251 0 REY 364 -34.633 -2.685 -12.129 1.00 ST 54 at □ ATSN 2252 and □ b 365 -35,234 -2 .009 -10.043 1.00 38.32 th and ATON 2253 ABOUT C1 ' 365 -35.031 0.679 30.315 1.00 39-76 at with ATSN 2254 WITH SAT 365 -34.40V 0.111 -9.119 1.00 40.07 at with ATSN 2255 0 eat 365 -34,394 1 -339 * 9.212 one . oo 41-59 at 0 ATSN 2256 N si 366 -33.809 -0.503 -0.112 one . 00 40-60 at n ATON 2257 CA oy 366 -33,183 8.077 -7.OOO 1.00 40.85 3 with ATOM 2358 NE OW 366 -33,917 -0.150 -5.752 100 42.58 at with ATSN 2259 With si 366 -33,243 0.521 -4.559 100 48.40 at with ATOM 22 60 With cms 366 -34.106 0.405 -3.304 1.00 54.29 at with ATON 2361 0E1 si 366 -34.917 1.418 -3.111 100 57.21 at ABOUT ATON 23 62 0Ё2 si 366 -33.970 -0.473 -2.509 1. ϋθ 57.42 at about ATON 2263 WITH si 366 -31.753 -0.446 -6.9B5 1.00 <0.03 at with ATON 2264 0 soybeans 366 -31.525 -1.650 -7x067 1.00 40.58 at about ATOM 2265 s LER 367 -30.805 0.457 -6-750 1.00 39.89 at GE ATON 2266 CA AZR 367  29.431 0.049 -6, 463 1.00 41.10 at ATON 2267 NE A $ P 367 -29.395 -0.733  5,141 1.00 42.64 at with ATON 2268 SY AZR 367 -28.009 -1.250 -1.795 1.00 45.84 at with ATSN 2269 0P1 FER 367 -27.011 -8.54Y -5-074 100 44-71 at ABOUT ATON 2370 0P2 AH? 367 -27.924 -2.370 -4,241 1.00 48.26 at ABOUT ATSN 2271 WITH AZR 367 -28.901 -0.811 -Ί.609 1.00 40.40 at with ATSN 2372 0 AZR 367 -28,403 -1.919 -7,396 100 40.34 at ABOUT ATSN 2273 N 1b 368 -29.02V -0.ΖΒ6 -0.627 1.00 39.65 at n ATON 2374 CA £ b 369 -38.660 -1 .006 -10.041 1.00 37.49 at with ATSN 2275 NE 1b 360 -29.666 -0.712 -11.102 1.00 36.39 at with ATON 2276 CC2 1b 360 -Ξ9.2Β0 -1.479 -12,429 1.00 34.37 at with ATOM 2277 CC1 £ b 369 -31.077 -KN -10.751 1.00 36.39 at with ATON 2278 C01 1Ϊ.Ε 369 -31.243 -2.594  10.4Θ8 1.00 34.86 at with

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dtpm 2279 WITH 1st 360 -27.273 -0.570 -1 <1. 4B8 1.00 38.13 AT with atom 2280 0 1b 360 -27.066 0.586 -10.850 1.00 39.56 AT 0 ATOM 228] N L-E 369 -26.321 -1.496 -10,464 1.00 38.77 at N ATOM 2282 CA 7b 369 -24.942 -1.164 -10.793 1.00 3Θ.Ο5 at with ATOM 22Θ3 NE 1b 369 <3.903 -2.254 -10.257 1.00 40.93 at | -b ATOM 22Θ4 CO2 1b 369 -24.175 -3.561 “10.994 1.00 40.09 at with ATOM 2205 CC1 1b 369 “22-513 -1.796 -10.431 1.00 41.66 at with ATOM 2286 From 01 1b zbe -22.120 -0.661 -9.512 1.00 43.24 at with ATOM 2207 WITH 1b 369 -24.832 -1,059 “12,310 1.00 36.91 at with ATOM 2203 and 1b 369 -25.45V -1.832 -13.332 1.00 36.69 at about ATOM 2209 n SUE 370 -24.059 -0.080 -12,793 1.00 35.97 at Τΐ ATOM 2280 CA □ b 370 -23.903 0.0Θ6 -14.227 1.00 33.72 at with ATON 2291 with Yu 370 -22.020 1.006 -14,582 1.00 35.47 at with ATON 2292 0 P7 370 “22.236 1.723 -13.704 1.00 35.95 at 0 ATON 2293 N ICE 371 -22.554 1.235 -15.076 1.00 35.96 at N ATOM 2294 CA AL 371 -21.494 2.122 16.342 1.00 36.57 at WITH ATOM 2295 NE ABA 371 -21.434 2.10 $ -17. B72 1.00 35.07 at with ATOM 2296 WITH ABA 371 -21.666 3.559 -15.046 1.00 37.33 B with ATON 2297 0 ABA 371 -22,740 4.140 “15.947 1.00 37.39 at ΰ AGON 2298 I Yen 372 -20,507 4.124 -15.3] 4 1.00 37.76 at M ATOM 2299 CA CENTURY 372 -20.548 5.536 -14.962 1.00 39.26 at g ATON 2300 NE ZEK 372 -18.956 5.725 -13.568 1.00 33.99 at with ATON 2301 OS YEY 372 -19.422 7.029 -13.430 1.00 30.70 at 0 ATON 2302 WITH 5ΕΒ 372 -18,696 6.290 -15.970 1.00 41.19 at with ATON 2 303 0 5EP 372 -10.614 5.839 -16.325 1.00 41.09 at 0 ATON 2304 N CENTURY 373 -20.104 7.438 -16.429 1.00 41.4J at N ATON 2305 CA CENTURY 373 -19,452 Θ.216 -17.417 1.00 44-0 $ at with ATON 2306 NE ZEK 373 -20,398 9.115 -10.148 1.00 44.10 but with ATOM 2307 OS CENTURY 373 -21,009 10.016 -I.245 ; .00 45.05 at with ATON 2308 WITH CENTURY 373 -18,294 0.E98 -16.192 1.00 40-69 but with ATON 2309 ABOUT CENTURY 373 -17.564 9.697 -Ϊ7.499 Ϊ.00 45.89 at with ATON 2310 N ABP 374 -10,133 0.678 -15.474 1.00 43.09 at M ATON 2311 CA ABP 374 16.902 9.461 -14.777 1.00 51.70 at with ATOM 2312 SR ENT 374 -16.301 0.951 -13.334 1.00 53.53 at with ATON 2013 ss A5P 374 -17.947 9.568 -12.428 1.00 57.35 at with ATOM 2314 OS! ANR 374 -10,507 10.561 -12.041 1.00 50.93 at 0 ATOM 2315 082 ABP 374 -18.124 9,057 11.296 1.00 59.08 at 0 ATOM 2316 WITH A5P 374 -15.609 9.003 -15.489 1.00 52.07 3 with ATOM 2317 0 ABP 374 -14.824 9.926 -35.118 1.00 52-95 at and ATON 2318 N CPS 375 -15.563 7,004 -! $. 026 1.00 53-58 at N AGON 2319 CA Sue 375 -14.369 Ί. 301 -36,404 Ϊ.00 51-62 at with ATON 2320 WITH CPS 375 -14.696 5.974 -37.154 1.00 53-54 at with ATON 2321 0 CPS 375 -15.66Ϊ 5.314 -16.707 1.00 52.45 at with ATOM 2322 NE CPS 375 -13.242 7.1 / 3 - Ϊ 5.4 60 * .oo 516 L 3 at with ATOM 2323 Ys CPS 375 -13.124 5.455 -14.567 ϊ.ΟΟ 62.02 at five ATON 2324 N convict 376 -13.803 5.503 -10,130 ; .00 52.69 at n ATOM 2325 C A ZEK 376 -14 .237 4.405 -19.023 1.00 52.99 at with ATOM 2326 NE ZEK 376 13.244 4.417 -20.136 1.00 55.67 at with ATOM 2327 OS 5 EP 376 11.912 4.305 -39.715 Ϊ.00 60.26 at 0 ATON 2328 with CENTURY 376 -14.334 3.113 13.350 1.00 51.31 at with ATON 2329 0 ZEK 376 -14.0-18 2.170 -13.956 1.00 51.62 at 0 ATOM 2330 N TIN 377 -13.847 2.994 -17.129 1.00 50.35 at N ATOM 2331 CA Transnational corporation 373 -13.94 4 ) .729 '16 .406 1.00 50.01 at WITH ATON 2332 NE TNV 377 -12,543 1.174 -16.063 1.00 50-74 at WITH ATOM 2333 001 Transnational corporation 377 -11,027 2. 134 -35.275 1.00 50-05 at 0 ATON 2334 CC2 Transnational corporation 377 -11, 754 0.007 -37.343 1.00 49.13 at WITH ATON 2335 WITH Transnational corporation 377 -14,? 45 1,077 -15,115 1.00 51.23 at with ATOM 2336 ΰ Transnational corporation 377 -14.072 0.932 -34.376 3.00 51.69 at with ATON 2337 n suz 378 -15 .209 3.06Θ -14.090 1.00 50.52 at n ATON 2330 CA su $ 378  15.970 3.396 -13.654 1.00 50.70 at with ATOM 2339 WITH SU $ 378 -17.405 2.061 -13.63V 1.00 43.67 at with ATOM 2340 0 CPS 378 “10.855 2.764 -14.676 1.00 47.78 at about ATOM 2341 NE with ultrasound 370 “15.942 4.919 -13.456 1.00 55.40 at with ATOM 2342 56 CPS 378 -14 .291 5.579 12.98V 1.00 65.66 at Th ATOM 2343 N RNE 379 -17,003 2.487 -12.466 1.00 47.08 at m ATOM 2344 CA RNE 379 -19-251 1.99? -12.291 1.00 45.71 at with ATOM 2345 NE RNE 379 -19,256 0-512 “11-900 1.00 45.48 at with ATOM 2346 SS RNE 379 -30,965 -0.414 -13-056 1.00 47.99 at with ATOM 234? SY RNE 379 -17,000 -0-645 -13,490 1.00 47.70 at with ATOM 2340 CO2 RNE 379 -20,030 -1-060 -13.703 1.00 48-07 at with ATOM 2349 CE1 RNE 379 -17.435 -1.504 -14.549 1.00 48.26 at with ATOM 2350 CE2 RNE 379 -19.704 -1.923 -14.165 1.00 40.64 at with ATOM 2331 C2 RNE 379 -10.435 -2.143 -15.157 1.00 47.52 at with ATOM 2352 WITH RNE 379 39.993 2.782 -11.211 1.00 44.90 at with ATOM 2353 0 RNE 379  19-377 3.334 -10,296 1.00 43.54 at with ATOM 2354 N UAY 380 -21.317 2.020 -11.316 1.00 42.05 at to

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ltsn 2355 CA UAY 388 -22.127 3.521 -10.332 1.00 40.25 AT WITH ATCI 2356 NE UAY 380 -22.259 5.02? -10.681 1.00 40.74 AT WITH ATSN 2357 SS71 UA1. 380 -23.081 5.213 -11.954 1.00 41.01 at WITH ATSN 2356 CO2 UL 380 -22.875 5.770 -9.522 1.00 40.29 at WITH ATCI 2359 WITH UDD 380 23.510 2.899 -10.220 1.00 40.11 at with ATSN 2360 0 UAY 380 23.989 2.262 -11.164 1.00 41.19 at WITH ATOM 2361 N 5 EP 381 -24.143 3.085 -9.070 1.00 40.00 at N ATOM 2362 CA 8 EB 381 -25-140 2.485 -8.795 1.00 40.60 at WITH ATOM 2363 NE ΞΕΗ 381 -25.420 1-908 -7.377 1.00 42.23 at WITH ATOM 2364 ss ZEK 331 -26.290 0-8CO -USH ι .so $ 0..37 at ABOUT ATOM 2365 with Yen 381 -26.535 3-555 -8-916 1.00 38.85 at WITH ATOM 2366 0 5 £ H 381 -26.363 4.673 -8,436 1.00 57-49 at ABOUT ATOM 2367 N SON 392 -27.652 3.210 -9,556 1.00 30.13 at N ATOM 2366 CA yen 382 -20.749 4.177 -9.720 1.00 30.91 0 WITH ATOM 2,369 NE 513 382 -23.690 4.803 -11.135 1.00 40.19 at WITH ATOM 2370 With sn 382 27.519 5.759 -11.344 1.00 43.50 at with ATOM 2,371 With sn 382 -27.521 6.441 -12.706 1.00 46.54 at with ATOM 2,372 OE1 her* 36? -26.583 7.166 -13.017 1.00 48.47 at with ATON 2,337 ΝΕ2 sn 382 -28.573 6.2) 4 13.491 1.00 46.64 at n ATON 2,374 WITH sn 302 -thirty. not $ 3.52 1.00 37.66 at with ATOM 2,375 0 sn 382 -30.231 2.301 -9.511 1.00 36.85 at ¢) ATON 2376 n £ EH 383 -31.129 4, 345 -9,232 1.00 36.31 0 N ATON 237 7 CA £$ th 383 -32.4V5 3,844 -Y.905 1.00 35.64 at WITH ATON 2,337 NE 5EN 383 -32.323 3.934 -7.496 1.00 33.25 at with ATOM 2 379 OS 5EV 383 -31.360 3.230 -6.722 1.00 36.82 at 0 ATOM 2,300 WITH Yaw 303 -33-545 4.608 -9.776 1.00 34.96 at with ATOM 2331 0 5EV ZVZ -33,435 5.824 -9. 952 1.00 36.04 at ΰ ATOM 2 3Θ2 N B ¥ 304 -34.5Ϊ4 3-899  10.227 1.00 32,10 at at ATSN 2303 ate B ¥ 304 -35.601 4,510 -10,910 1.00 31.63 at g ATON 2384 with B ¥ 384 -36,335 3,539 -] 3,913 1.00 31.40 at with ATOM 2385 □ S [L 384 -35.765 2.407 -12,214 1,0'3 30.25 at 0 ATCI 2386 to TNV 385 -37.523 3.860 -12,414 1.00 20.15 at N ATON 23J7 ate ΤΉΒ 385 -38.160 2. 960 -13.363 1.00 30.65 at ATON 2383 sv TNV 385 -39.672 3.309 -13.567 1.00 29.00 at with ATOM 2389 OS! ΤΉΡ 385 -.19.810 4.667 -13.991 1.09 29 .23 at 0 ATOM 2390 ss? TNV 385 -40.441 3.099 -12.277 100 28.97 at with ATOM 2391 with TLR 385 -37,457 2.917 -11.726 1.00 31.82 at with ATOM 2392 0 TNV EV5 -37.699 2.057 -15.537 1.00 32.77 at 0 ATOM 2393 to £ EP 306 -36,571 3.911 -14.974 1.00 31.74 at to ATOM 2394 CA Yaw 386 -35,706 3.850  16.15 1.00 33.93 at with l + cm 2395 C5 6 EP 306 -34,703 5.069 -16,? 34 1.00 3.1.30 B with ATOM 2396 OS ZEV 306 -35,413 6,164 -16.83? 1.00 36.51 B 0 ATON 2397 with ZEV ZVS -34.850 2.591 -16.139 1.00 31.63 at with ATOM 2398 0 ZEV 186 -31,772 ; . 572 -17,141 1.00 34 .01 at ΰ ATOM 2399 n YES 307 -34.206 2.335 -14.999 1.00 33.67 at N ATSN 2408 CA SON 387 -33,372 1.145 -14.038 1.00 04/33 at with ATON 2401 O.P This 387 -32.711 1 .129 -13.457 1.00 34 .20 at with ATON 3402 se YY 387 -31.445 one . 968 -13.356 1.00 37.41 0 with ATSN 2403 SR SI 387 31.704 3. 443 -13.503 1.00 10.32 at with ATON 2404 OE1 SON ZV? -30.868 1 .154 -14.147 1.00 40.63 at with ATOM 2405 ΝΕ2 syp 387 -32.869 3.912 -13.148 1.00 39.93 at N ATON 2406 WITH sn 387 -31,190  0 * 12 B -15.022 1.00 03.03 3 WITH ATON 2407 <3 sn 38? -33,733 Ί.Ο74 -15.660 1.00 34.05 at WITH ATON 2408 M ABA 388 -35,461 -0-144 -14.477 1.00 3’1.18 at N ATOM 2409 CA ABA 388 -36, 252 -1.320 -14,606 1.00 31.67 eight WITH ATON 2410 CH ABA 38 V -37.52 4 -1.156 -13.??1 1-00 28.14 B WITH ATOM 2411 WITH ABA 388 -36.607 -1.551 -16.013 100 32.05 g WITH ATON 2412 0 ABA 388 -36.515 -2.678 -16.565 1.00 31.61 at ABOUT ATSN 2413 [] ABA 389 -37 .904 -0.490 -16.775 1.00 31.17 B N ATSN 2411 CA ABA 389 -37. E49 -0.628 -10.190 1.00 08/32 at WITH ATSN 2415 Sv ABD 389 -37.793 0.711 -10.771 1.00 30.72 9 WITH ATSN 2416 WITH ABA 389 -36.150 -1.164 -18.974 1.00 33.23 at WITH ATSN 2417 ABOUT ΑΙΑ 389 -36 * 309 -1.978 -19 * 000 1.00 31.54 at 0 ATOM 2410 N ABA 390 - 31 * 954 -0.708 -18.611 1.00 32.68 Yo 61 ATSN 2419 CA ABA 398 - 33.736 -) .155 -19.274 1.00 34.67 at with ATOM 2420 NE ABA 390 32,518  0.109 -18 * 713 1.00 31.96 B with ATOM 2421 WITH ABA 390 -33.546 -2.663 -19.113 1.00 35-02 at with ATOM 2422 0 ABA 390 -33,020 -3.320 -20,009 1.00 31.57 at about ATOM 2423 N N1B 391 -33.97 5 -3.211 -17.900 100 35-70 B N ATOM 2424 CA H13 391 -32,064 -4.649 -17.754 100 36-07 AT with ATPM 2425 NE H1 £ 391 -34.25V -5.010 -16.317 1.00 31.29 B with ATOM 2426 SS ΗΙ5 391 -33.131 -4.Θ35 -15.331 1.00 10.99 AT with ATOM 2427 £ □ 2 | {1st 391 -32 .270 -5.724 -14.013 1.00 12.03 at with ATOM 2426 N01 ΗΙ5 391 -32.831 -3.611 -14.701 1.00 42.60 at N ATOM 24 29 CE1 NT5 391 -31.798 -3 .754 -13 * 968 1.00 13.92 E WITH ATOM 2430 ΝΕ2 075 391 -31.439 -5.026 -13.970 1.00 43.61 B N

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ATON 2431 WITH ΒΙ8 391 -34.754 -5.411 38-717 1.00 35.93 AT with ATSN 2432 WITH SHY 391 -34.342 -6.416 -19.292 1 .00 36.51 at 0 ATON 2433 N GOOD 392 -35.981 -4.935 18.886 1.00 34 -43 at n ATON 2434 CA UL 392 -36-923 -5.612 -19.755 1 .00 33-29 at with ATON 2425 NE UL 302 -38,351 5-076 -19.54 6 1.00 32-17 eight with ATON 2436 CC1 UL 392 -.39,298 -5.120 -20,546 1.00 21.00 AT with ATSN 243? C62 UL 392 -30.J11 -5.369 -16.108 1.00 29.54 AT with ATSN 2489 WITH UAY 392 -5.460 -21.221 1.00 35.56 £ with ATSN 2439 0 GOOD 392 -36.369 -6.303 -22.043 1.00 35.03 AT 0 ATOM 2440 N ABA 393 -35.799 -4.392 -21.549 2.00 34.87 AT n ATSN 2441 CA ID 393 -35.324 -4 .205 -22.918 2.00 36.30 AT with ATSN 2,442 NE A b 393 -34.815 -2.771 -23.126 1.00 33.77 AT with ATON 2143 WITH ABA 393 -34.207 -5.200 -23-204 1.00 36-16 and with ATSN 2444 0 Λ1Λ 393 -34.095 -5.712 24-316 1.00 36-9? at 0 ATON 2,445 N SUE 394 - 33.387 5.161 <2.191 1.00 31.07 AT I ATSN 2446 CA SUE 394 -22.357 -6.401 -22.312 3.09 39.01 at with ATON 2447 WITH 0Ъ ¥ 394 -32-949 -1.8? one -22.414 1.00 40.10 eight with ATSN 2448 0 S1.U 394 -32,509 -8.648 -23.324 1.00 39.59 AT 0 ATON 2,449 N 1b 395 -33,956 -8.181 -21.664 1.00 39.13 B I ATOM 2,450 CA 1b 395 -34.650 -9.455 -21.757 1.00 39.33 B with ATOM 2451 NE 1b 395 -35.748 -9.560 -20 * 674 1.00 38.01 6 with ATSN 2,452 OS2 1b 395 -36.649 -10.753 20 * 945 1.00 36.45 AT with ATOM 2453 SY1 1st 395 -35.098 -9.659 -19,294 1.00 36.97 eight with ATON 2,454 CO2 1b 395 -36-095 -9. 694 -18.141 1.00 37.21 AT with ATON 2,445 WITH 1b 35 $ 35-273 -9,623 -73, 13th 1.00 40.54 at with ATON 2456 ABOUT 1b 395 -35,123 -10.66? -23,769 1.00 41.76 at 0 ATON 2457 N ABA 396 -35.961 -8.591 -23.615 1.00 40-97 at I ATOM 2458 CA ABA 396 -36.552 -B.636 -24.946 1.00 41.51 at with ATON 2459 NE ABA 396 -37.257 -7.324 -25.256 1.00 40.19 at with ATOM 2460 WITH ABA 396 -35.480 -B .907 25.994 1.00 4 3.15 at with ATSM 2461 ΰ yy 396 -35.696 -9.683 -26. 925 1-00 4 2-21 AT 0 ATON 2462 s th 397 -34.323 B. 265 -25. VEN 1.00 43.28 at N ATOM 2463 CA lol 307 33-256 -3.384 -26.824 1.00 44.93 at with ATSM 24 64 NE ABA 397  32.144 -7.388 -26-517 1-00 41.15 at with ATOM 2465 WITH whined 397 -32.691 -9,805 -26.871 1.00 4 6.63 at with ATOM 2 466 0 ΑΙΑ 397 -32.350 -10-30Θ -27.941 1 -00 4 6.00 at 0 ATOM 24 67 n NOT Zeo -32.594 -10,450 -25.714 1.00 4 V.13 at I ATOM 2468 CA NOT 398 -32.121 -11,671 -25.656 1.00 50.03 6 with ATOM 2469 NE MET 39 V -31.804 -12.22V -24.218 1.00 52.81 at with ATOM 2470 SS NOT 39 V -30.565 -11.560 -23.665 1.00 57.71 at with ATOM 2471 50 MET 39 V -29.966 -12.387 -22.193 1.00 67.28 at eight ATOM 2472 CE HET 398 -28.58 5 -13.313 -22.886 1.00 65.86 at with ATOM 2473 WITH HET 39 V -33.148 -12.788 -26.231 1.00 49.80 at with ATOM 2474 ABOUT NOT 398 -32.789 -13.787 -26.851 1.00 50.58 at about ATOM 2475 AND MET 399 -34.425 -12.485 26.028 1.00 4 7.98 at M ATOM 2476 CA MEG 399 -35.484 -13.327  26.562 1.00 47.27 at with ATSN 2477 NE MET 399 -36.840 12.91! '25 .990 1.00 4Y-2? at with ATON 247Θ SS NOT ZE9  37.017 -13.255 -24.52? 3.00 45.38 at with ATON 24/9 50 NOT 389 38-534 12.57? -23.010 1.00 4J.51 at five ATON 2490 CE NOT 399 -39.506 -13.462 -24.743 1.00 46.63 at with ATOM 2484 WITH NOT 399 -35,530 -13.262 -20.061 1.00 47.45 at with ATOM 2482 but MET 399 -35.72nd -14 .217 -20.746 1.00 49.42 at 0 ATSN 2483 N LIE 400 -35,351 -12.069 -20.632 1.00 47.24 E N ATOM 2484 CA Bw 400 -35,459 -11.880 -30.073 1.00 47.13 eight with ATON 2485 sv Bw 400 -35.760 -10.413 -30.387 1.00 44.02 at with ATON 2486 ss Bw 400 -37.187 -10.011 -30.011 1.00 44.55 at with ATOM 2487 CO2 Bw 403 -37.354 -8.501 -30.076 1.00 43-41 β with ATOM 248V C & 2 Bw 400 38.164 -10.711 30.952 1.00 42-10 at with ATSN 2489 with Bw 400 -34.183 12.319 -thirty. ??five 1-00 46-10 6 with ATON 2190 about Bw 400 -34.180 -12,610 -31 * 911 1.00 47.33 at but ATOM 2191 N BEK 401 -33.094 -12,366 '30-023 1-00 50.32 at n ATSN 2492 cl Yaw 401 “31.834 -12-838 -30,567 1.00 53.70 at with ATSN 2493 sv BEV 401 30.69? 17.62? -79,594 1.00 54.32 at with ATSN 2494 OS 5EN 401 -29-444 -12.848 -30,110 1.00 51.99 at 0 ATON 2495 with Yaw 4111 -31.910 -14,344 -30.813 1.00 54.86 at with ATON 2496 0 Yen 401 -31 .319 -14.864 -31.754 1.00 54.93 β 0 ATON 249? N TWO 432 -32.675 -15.036 -29.966 1.00 55.61 at N ATON 2498 CA ABA 402 -32.846 -16.477 -30.100 1.00 57.01 at with ATOM 2499 sv ABA 402 -33.043 -17.113 -28.126 1.00 55.75 at with ATOM 2,500 with LHA 402 -34.021 -16.815 -31.006 1.00 58.15 at with ATON 2501 0 ABA 402 -34.006 -17.836 -31.688 1.00 60.14 at with ATOM 2502 N CIO 403 35.045 -15.964 -31.011 1.00 58.70 at I ATON 2,503 CA fed up 403 -36.191 '16 .160 -31.889 1.00 $ 9.99 at with and there 2504 sv yiyi 403 “37.113 -16.601 -31.081 1.00 62-05 at with ATON 3505 C5 51,4 403 -37,226 “11.901 -30,323 1.00 66.30 at with ATOM 290 E With sts 403 -38,523 -18.402 -29.1) 9 1.00 69.10 at with

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ATOM 2507 OE1 sy 403 -ZV.640 -10.412 -28.474 1.00 70.24 0 0 ATOM 250V OE2 SY. 1 403 -39. 429 -18 .781 -30.4 94 1.00 71.43 AT ABOUT ATOM 250V WITH syo 403 -36. 53B -14.087 -32.654 1.00 60.03 AT WITH ATOM 2510 ABOUT □ bc 403 -37.194 -14.170 -32.304 1.00 59.11 AT 0 we are 2511 1+ PPO 401 -35.703 -14.594 -33.723 1.00 60.25 eight N ATON 2512 Joint venture RRS 104 -34.707 -19.459 -34.235 1.00 60.12 eight WITH ATOM 2513 units ro 404 -35.605 -13-356 -34.502 1.00 60.1V AT WITH ATOM 2514 SR ro 404 -31.807 -13.5.30 -35.629 1.00 53.91 AT WITH ATOM 2515 with VRO 404 -33.905 -14.525 -35.090 1.00 60.66 AT WITH ATOM 2516 with PPO 401 -37,311 -13,140 -35.0 * 4 1-00 60-30 13 WITH ATOM 2517 0 VRO 401 -37.607 -Ι2.021 -35-397 1.00 60-51 at with ATOM 251Β 14 co 405 -39.085 -14 .315 -35-106 1.00 60.37 at I we are 2515 CA syo 405 -39.386 -14.164 -35.752 1.00 61.10 at with ATON 2520 CH n 405 '39 .64V -15.476 -36.500 1.00 65.84 at with ATON 2521 SS CIO 405 -40.630 -15.340 -37.662 1.00 73.21 at with ATON 2522 With syo 405 -40. 025 -14.645 -38.874 1.00 77.69 at with ATSN 2523 CE 1 01.0 40 $ -39.331 -13.610 -38.669 1.00 78.87 at about ATOM 252 * CE2 bm 405 -40.244 -15.121 -40.012 1.60 73.11 at ϋ ATOM 2525 WITH si 405 -40.513 -13-I92 34-754 1.00 $ 8-30 at with ATOM 2526 0 si 405 -41.65 4 -13.65Θ -35,119 1.00 57.7 $ at about ATOM 2527 N ΙΕϋ 406 -40.134 -13.922 -33.463 1.00 58.33 at and ATON 252V CA LES 406 -41.152 -13.604 -32.414 1.00 52.90 at with ATSN 2525 Sv her 406 -40.158 -13.511 -31.057 1.00 53.3Θ at with ATON 2530 her Bw 406 ‘40 .619 14.650  30.053 1.00 53.34 at with ATSN 2531 SEC EEG] 406 -30.995 -14.229 -28.730 1.00 53.19 at with ATOM 2532 CO2 THEO 406 -42.085 -14.973 -29.85V 1.00 52.9V at with ATON 2533 with Bw 406 -41.035 -17.275 -32-696 1-00 $ 1-51 at with ATSN 253 * with E.EO 406 -41-777 -11,300 -33.050 100 53.21 at about ATSM 2535 th shadows 407 -43.152 -12.233 -32.521 1.00 49, uh 9 N ATOM 2536 CA Transnational corporation 407 -13.900 -10.987 -32,661 1.00 48-36 at WITH we are 2537 sv tia 407 -45.320 -11.235 -33.2018 1.00 48.96 9 WITH ATOM 253V 061 Transnational corporation 407 -46.070 -11.974 -32.234 1.00 49.44 AT WITH· ATSN 2539 ss2 teak 407 -45.264 -12.023 -34.499 1.00 09/09 eight with ATOM 2540 with TESE 407 - 44.029 10.299  31.306 1.00 47.33 AT with ATSN 2,541 about TNR 407 43-786 10-911 30.263 1.00 47.26 AT with ATOM 2542 N CEO 40V -44.421 -9.029 -31.329 1.00 45.56 AT N ATSN 2543 CA 5E0 40I -44.622 -8.2L -30.100 1.00 43.VO AT WITH ATOM 254 * C9 EEE1 400 -45.075 -6.843 -30.426 1.00 42.62 AT with ATSN 2545 Sat Bw 40V -45.567 5,990 $ 29.24 1-00 41.4 1 AT with ATOM 2546 CP1 EEO 40V -44-5P -5-940 -28.163 1.00 40.61 AT with ATSM 2547 CP2 E.EC1 400 -45.904 -4,605 -29.731 1.00 47.36 AT with ATOM 2540 WITH Bb 400 -45.651 -8,940 -39-197 1.00 43.Ί7 at with ATSN 254V <3 1Ei 409 -45.10V -9.139 -28.007 1.00 43.20 at 0 ATSN 2550 AND ABA 409 -46.791 -9.322 -39,771 1.00 43.40 AT η ATSN 2551 CA ABA 409 -47.949 -9.979 -29.0-07 100 44. 35 at with ATOM 2552 CH ABA 409 -49.023 -10.307 -29.927 1.00 44. 12 at with ATOM 2553 with ABA 409 -47.336 -11.251 -28.322 1.00 44.96 at with ATOM 2551 about ABA 409 -47.599 -11.475 -27.137 1.00 4 3.20 at 0 ATSN 255 $ m eating 410 '46 .602 -12.074 -29.066 100 44.33 at N ATOM 2556 CA si 410 -46.036 -13.294 -28.506 1.00 46.70 at WITH ATSM 2517 CA syo 410 -4 $ -371 -14 .130 -29.606 1.60 50.37 at WITH ATON 2550 SS syo 410 -46-344 -11.618 -30.661 1.00 57.21 at WITH ATSN 2559 With si neither -45.650 -15,186 31-909 100 61. $ 0 at with ATSN 2560 OE1 syo 410 -46.351 -15,766 -32-769 1.60 65.56 at with ATSN 2561 OE2 at 410 -44,413 -15.031 -32-035 100 61 -6 * 33 0 ATSM 2562 WITH CIO 410 -45.015 -12,977 -37.419 1.00 44-90 eight with ATSN 2563 ABOUT s 410 -44.977 -13.631 -26.374 1.00 44.41 eight with ATOM 2561 N LIE 411 -44.186 -11.971 -27.662 1.00 43.46 at N ATON 2565 CA SEN 411 -43.156 -11.610 -2 & .7OO 100 41.39 AT WITH ATOM 2566 NE Bw 411 -42.216 -10.560 -27.303 1.00 41.35 at WITH ATON 2567 With Bw 411 -41.034 -10.165 -26.429 100 41.21 eight WITH ATON 256V SEC Bw 411 39.914 9.919  27.296 1.00 42.34 but WITH ATON 2569 CP2 CEO 411 -41.396 -8.924 -25- 626 100 43.75 at with ATON 2570 with EEC 411 -43.780 -11.082 -25.409 1.00 40.36 but with ATSN 2571 with Bw 411 43-311 -11-406 -24.313 1.00 39.22 at and ATSN 2572 N ARB 412 -44-834 -10.284 -25.531 100 38.70 at n ATSN 2573 CA ARB 412 -45.516 9,746 -24,353 1-By 39-79 at with ATSM 2574 NE ARS 412 -46.621 -8,759 -24-763 ] .00 39-43 at with ATOM 2575 SS ARS 4b2 -47.375 -8.151 -23.513 100 40.01 B with ATOM 2576 With ARS 412 -40.584 -7,329 -24.013 100 42-oz eight £ ATSM 2577 LE AKC 412 -40.200 -6.224 -24.891 100 46.65 AT N ATOM 257V cg ARS 412 -40.520 -6.140 -36.161 1.00 49.92 B WITH ATOM 2576 mn1 ARS 412 -49.226 -5.090 -26.891 100 51.57 Ez N ATON 2580 NEZ 2 ARS 412 -49.230 -7.099 -26.766 1.00 50.17 eight and ATON 2561 with two 412 “46 + 120 -10.Β6Θ -23.501 100 10.47 AT with ATON 2582 ΰ ARS 412 - 45.97 7 -10.870 +22.271 1.00 39.56 AT with

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ATOM 2583 N sy 413 -46.791 -11.817 -24.156 1.00 40.04 AT n ATOM 2584 CA AND I 413 -47.414 -12.944 -23.456 1.00 38.90 AT ν ATOM 2585 NE sn 413 -48.226 -13.807 -24.432 1.00 37.49 AT with ATOM 2586 SS & Bh 413 -49.486 -13.194 -24.992 1.00 35.37 AT with ATOM 2587 Joint venture Beats 413 -50.730 -13.433 -24.154 1.00 30.44 AT with ATOM 258V OE1 SON 413 -50.652 -14.097 -23-079 1.00 31.99 AT about ATON 2589 N012 Yak 413 -51.989 -13.012 -24.655 1.01] 30.63 AT N ATSN 2590 WITH SON 413 -46.362 -13. $ 04 -22.76 $ 1.00 36.99 AT with ATOM 2591 0 ol 413 -46.590 -14.322 -21.676 1.00 39.20 at 0 ATOM 2592 N Battery 414 -45.191 -13.943 -23.307 1.00 40.24 at N ATOM 2593 CA ABE 414 -44,119 -14.719 -22,707 1.00 4 3.34 at WITH ATOM 2594 NE ABC 414 -43.034 -15.020 -29.825 1.00 46.55 at with ATOM 2595 SS AR.S 414 -43.365 -16.199 -24.712 1.00 52.72 at with ATOM 2596 Joint venture AKC 414 -42.260 -16.497 -25.713 1.00 58.62 at with ATON 2597 Bj ABC 414 -42.619 -17.605 -26.599 1.00 65.06 at n ATON 2599 cg ICE 414 -43.771 -17.696 -27.262 1.00 EE.06 at with ATOM 2599 ABE four'; four -44.692 -16.715 -21.146 1.00 60.20 0 Ή ATOM 2600 ΝΗ2 ABE 414 -44.005 -18.741 -28.049 1.00 69-29 9 Ή ATOM 2601 with ABE 414 -43.502 -14.018 -21.503 1.00 44.39 AT WITH ATOM 2602 0 ABE 414 -43.239 -14.654 -20.564 1.00 44.57 AT 0 ATOM 2603 N Bw 415 -43.283 -12.710 -21.693 1.00 44.56 AT P ATOM 2604 CA LIE 415 -42.792 -11.930 -20.555 1.00 45.03 at WITH ATON 2605 NE LIE 435 -42.684 -10.453 -20.906 1.00 46.00 at WITH ATON 2606 Sat Bw 415 -41.424 10.092 -21.661 1.00 4 6.93 at WITH ATON 2607 SP1 Bw 415 -41.516 -8.555 -22.037 1.00 4 6.99 at WITH A70N 2609 B2 LIE 415 -40.210 -10.296 -20.789 1.00 4 4.97 at with ATON 2609 WITH Bb 415 -43.126 -12-103 -19.366 1.00 44.14 at with ATOM 2610 0 Bjeo 415 -43.219 -12-333 -13-247 1.00 43-74 at 0 ATOM 2611 TO 1b 416 -45.026 -11,980 -19.620 1.CO 43.51 at and ATOM 2612 CA 1b 416 -46.013 -12.126 -10.556 1.00 44.62 at with ATOM 2613 NE I b 416 -47.445 -11.043 -19.069 1.CO 43.70 at with ATOM 2614 CC2 1b 416 -40.453 -12.190 -17.910 1. СО 41.87 at with ATOM 2615 CC1 1 bj 436 -47 .57 6 -10.375 -19.4'5 1 .00 43-04 at with ATON 2616 CC1 I b 416 -40.959 -9.935 19.974 1 .00 40.89 at with ATON 2 617 with NOT 416 45-985 13-534 -17.982 1, 00 46.84 9 with ATON 2618 0 I b 416 -46.015 -13.719 -16.765 1 .00 4 7.38 at about ATOM 2619 χ- 815 417 -45.920 - 14.526 -18.865 1 -1) 0 46-11 at and ATON 2620 ολ 1113 417 -46.011 -15.916 -18.452 1.00 4 $ .4? at with ATOM 2621 sv 1115 417 -46.522 -16.029 -19.675 1.00 50.72 at with ATOM 2622 ss ΗΙ3 417 -46.218 -18.280 -19.321 ΐ .00 5g.? b at with ATOM 2623 CE> 2 ΗΙ5 417 -45.201 -19,259 -19,119 1.00 52.05 AT with AGON 262-4 ΝΡ1 815 417 -47.305 -18.66? -18.879 1.00 54.15 at but ATON 2625 CE1 818 417 -47.362 -20.135 -18.007 1.00 54.24 E with ATOM ί 62 6 HE2 818 417 -45.094 -20,401 -18,865 1.00 53.33 AT but ATON 2627 WITH 818 417 -44.036 -16.367 -17.593 1.00 43.05 at with ATOM 2628 0 815 417 -45.018 -17.142 -16.654 1.00 49.17 at 0 ATOM 2 629 N RNE 419 -43.638 -15.085 -17.906 1.00 43.01 B 14 ATOM 2630 CA RNE 419 - 4 2.432 46.35V -17.229 1.00 50.61 at with ATON 2 631 NE RNE 419 -41.310 -16.566 -18.247 -.OS OS 53.20 Ξ with ATOM 2 632 ss RNE 419 -41.549 -17.719 -19.181 2.00 56.54 E with ATON 2633 From 01 RNE 419 '42 .039 -17.505 -20.460 1.00 56.42 AT with ATON 2 634 C 02 RNE 410 -41.291 -19.021 -30,775 I.00 58-19 AT with ATON 2 635 CE1 Ρ1 EE 419 -42.269 -1V, 565 -21.320 I, 00 57.36 B with ATOM 2636 CE2 RNA 419 -41.519 - £!}, 0J9 -19.632 1.00 58.59 AT with ATOM 2 637 cg RNE 419 -42.089 -19.859 -20.906 1.00 57.63 AT with ATON 2 638 with RNE 419 -41.931 -15.465 -16.089 1.00 50.45 B with ATOM 2 639 0 RNE 418 -40.865 -15.715 -15.523 1.00 50.20 AT 0 ATOM 2640 N £ YE 419 -42.694 -14.431 -15.751 1.00 49.81 AT N ATOM 2 641 CA £ EC 419 -4 2.356 -and. 573-14.615 1.00 49.94 AT <2 AGON 2 642 NE £ EC 419 -43.176 -12.285 -14.664 1.00 50.42 at with ATOM 2 643 ABOUT YOEK 419 -42.857 -11.527 -15.011 1.00 53.60 at about ATOM 2 644 with BYR. 419 -42.638 -11.284 -13.299 1.00 4Θ.56 at with atom 2645 0 KEK 419 -43.403 -15.173 -13.238 1.00 49.17 at 0 ATOM 2 646 N ΛΙΛ 420 -41.941 -19.004 -12.242 1.00 47.10 at E ΑΤΰΚ 2 647 CA DIA 420 -42.274 -14.368 -10.909 1.00 47.70 at with ATOM 2 646 NE D1A 420 -41.103 -13.978 -9.926 1.00 45.27 at with ATOM 2649 WITH ABA 420 -43-615 -13.77! -10,475 1.00 48.76 at with atom 2650 0 dad 420 -43.809 -12.565 -10.530 1.00 50.00 at 0 ATON 2 651 but love 421 -44.536 -14.63? -10.054 1.00 48.99 at eleven ATOM 2652 CA T.U <5 421 -45.865 -H.210 -9.635 1-00 50.27 at with ATOM 2 653 NE Bw 421 -46.913 -15.255 -10.019 1.00 52.20 at with ATOM 2654 SS Bw 421 -47.365 -15.245 -11,477 1.00 53.70 at with ATON 2655 With B5 421 -46.221 -15.548 -12,432 1.00 5V.05 at with ATOM 2 656 CE Bw 421 -46.722 -16.031 -13,797 1.00 59.76 at with ATON 2 657 ΝΖ LUK 421 -47.727 -15.111 -14.413 1.00 £ 0.22 B eleven ATOM 2659 WITH Bw 421 -45.935 -13.964 '0.125 1.00 51.72 E with

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ATON 2659 0 Bw 421 -45,293 -11.664 - 7.34 0 1.00 51.06 at 0 DTsN TO der 4 22 -46,711 -12-959 -7.731 100 51 .17 AT and AGON 2661 CA AZR 422 -47,116 -12,703 -6.343 1.00 52.74 AT with ATOM 2662 NE AZR 422 -47.900 -13,967 -5.899 100 09/09 AT with ATOM 3 663 se AZR 422 -49.341 -17.978 -6.57 1 1.00 60.38 at with ATON 2 664 001 AZR 422 -50.906 -12.919 -6.508 100 62.29 at 0 AGON 2665 whitefish AZR 422 -49,744 -15,045 -7.085 1.00 63.14 at about ΑΓΰΜ 2666 with AIR 422 -45.937 -12.586 -5.339 1.00 51.77 at with AGON 2 667 0 Aa rub 422 -46,155 -12.074 -4.157 1.00 51.33 at with lgsn 2663 TO MIND. 42E -44 .B43 Ί2 .091 -5.791 1.00 51.65 at N ATON 2 66 $ CA OUY 423 -43,753 -11.799 -4.867 1.00 50.55 at with ATON 2670 WITH? MIND, 423 -42. 389 -11.905 -5.564 1.00 52.04 at with ATON 2671 C51 MIND- 423 42,114 -13.351 '$ .942 100 51.21 at with AGON 267? ssg MIND, 423 -42,361 -P .022 -6.003 one . 00 51 -9 * at with ATON 2 673 with MIND, 423 -43.878 -10.414 -4.238 one . thirty 50.83 at with ATON 2674 0 MIND 423 -43.196 -10.111 -3.260 100 50.97 at with ATON 267 5 N 1b 424 -44.756 -9.501 -4.797 1.00 49.90 at N ATON 2676 CA NOT 424 -44.92 " -8.203 -4.335 1.00 48.09 at with ATON 2 677 sv NOT 424 -45.264 -7 .261 -5.511 1.00 47.42 at with ATON 2 673 CE2 not 424 -45. 4 6V -5.045 5.006 1.00 46.42 at with ATON 2 679 C51 NOT 424 -44.148 -7, 295 -6.551 1.00 46.55 at with ATON Ϊ6 & 0 From 01 TBE 424 -44,528 -6,612 -7.840 100 44.25 at with ATON 2 601 with 1b 424 -46.059  Θ, 081 '3.316 100 49.43 at with ATOM 2602 0 1b 424 -47,169 -8.578 -3.6 * 4 1, oo 49.10 at with ATON 2 663 N A5Y 425 -45.802 -7,400 -2.205 1.00 51.29 at N ATON 2 604 CA AZES 425 -46.073 -7,103 -1.256 1.00 53.93 at with ATON 2635 NE llamas 425 -46.306 -6. 0.143 1.00 53.60 at with ATON 2606 Sat AIN 125 -17,398 -6.613 1.179  . 00 55.99 at with ATON 2607 001 AIN 425 -40.58 7 -6.600 0.856 100 56.43 at 0 ATON 2603 N02 LZA 425 -16.997 -6.443 2.433 1.00 57.69 at and ATON 2609 WITH wisdom 425 - 4 7,668 -5.ΘΘ9 1-720 1.00 64-29 at with ATON 2690 ABOUT Α3Ν 425 -47.196 -4.754 -1-654 1.00 55.32 at 0 ATON 2 691 N oh 426 -40.883 -6.234 -Y.200. one . 00 54.6 $ at N ATON 2692 CA oo 426 -4.9.667 -5. ZOY -2.Θ63 2-00 56-26 at with ATON 2 693 NE si 426 -58.764 -5.755 -3.70V 1.00 59.36 at with ATOM 2694 SS si 426 -51.692 -6.660 9th? 100 65.60 at with ATON 2695 si si 426 -52.426 -7.656 -3.807 1.00 70.48 at with ATON 2 696 CE1 ίΐίΐ 426 -52.850 -7,790 -4.999 1.00 71.64 at about ATON 2697 Сё2 oo 426 -53. 377 -B.298 -3.303 1.00 71.69 at 0 ATOM 2696 WITH sgi 426 -50.286 -4.008 -1.901 1.00 55.20 at with ATON 2699 □ -OBO 426 -51.016 -3.191 -2.327 1.00 54 .27 at about ATON 2700 to LBA 127 19.997 -4.227 -0.61 = _ .00 53.77 at N ATON 2701 CA LBA 427 -50.452 -3 .248 0.375 1.00 52.69 at with ATON 2 702 CE ABA 127 -50.142 -3.741 1. 75V 1.00 51.14 at with ATON 2703 WITH ABL 127 -49.772 -1,900 0.125 1.00 51.48 at G ATON 2704 □ ABA 427 -90.293 - 0.950 0.505 ! .00 50.75 at 0 ATON 2706 N TAP 428 40.610 -1.939 0.524 ; oo 49-80 at N ATON 2 706 CA TAP 420 -47.006 -0.727 -0.096 : .ao 49.29 at with ATON 2707 NE TAP 425 -46.56 * -1 .105 -1 .566 1.00 51.42 at with ATOM 2709 SS TIR 428 -45. 58 <) P .034 -1.742 100 55.20 at with ATON 2709 CO2 TIR 428 -45.451 0.901 -g.vgz 1.00 55.07 at with ATON 2710 CE2 TIR 428 -44.347 1.749 -2.64 2 1.00 55. 79 at with ATON 2711 Cez TAP 428 -46, 157 1.039 -4.035 1.00 54.96 at with ATON 2712 si1 TIR 428 -44,580 0. 393 -0.879 1.00 55.62 at ATON 2713 ΝΕ1 TIR 428 -43.835 one . 419 -1.414 1.00 55.96 at N ATON 2714 ca2 TAP 428 -43,932 2,722 -3.561 1.00 54.75 at ATON 2715 ogz TIR 4 28 -45,742 2,009 -5.000 1.00 53.56 at g * - ATON 2716 CH2 TAP 426 -44.640 2.934 -4L30 1.00 52.93 at with ATON 2717 WITH TAP 128 -40.724 0.152 -1.030 1.00 40-13 at with ATON 271 $ 0 TIR 428 -40.662 one . 303 -1.767 100 47.0 $ at E1 ATON 2719 to RNE 129 '4 9.511 0-475 -2.709 1.00 44.61 at N ATON 2720 CA RNE 429 -50.352 0.26? -3.64 5 I .00 $ 43.4 at WITH ATON 2721 CE RNE 429 -50.741 -0.622 -4.832 1-00 41.72 at WITH ATON 272? SS RNE 429 -49. 569 -1 .259 -5.535 100 43.10 at € ATOM 2723 C01 RNE 429 -49,537 -2.630 -5.745 1.00 42.99 at WITH ATOM 2724 C 02 RNE 129 -48,493 -0.492 -5.943 1.00 41.43 at WITH ATON 2725 CE1 RNE 429 -48.448 -3,224 -6.368 1.00 43.54 at with ATON 2 720 CE2 RNE 429 -47,403 -1.079 -6.567 1.00 42.19 at with ATON 2727 cg RNE 429 -47,300 -2,446 -6.700 1.00 42.01 at with ATOM 2723 WITH RNE 429 -51.616 0.750 -2.951 1.00 13.79 at with ATON 2729 with RNE 129 -52,095 0,126 -2.008 1.00 44.37 at about ATON 2730 N RIO 430 -52.100 1.874 -3.414 1.00 43 .20 at to ATON 2731 SR RAO "thirty -51.705 2.808 -4.448 1.00 43.12 at with AGON 2 732 CA RIO 430 -53.400 2.253 -2.077 1.00 44.00 at with ATON 2733 NE RNO 430 $ 3,832 3.56? -3,600 1.00 43 .64 at with ATOM 2734 SS RNO 430 -52.943 3.592 -4.791 1.00 42.09 at with

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ATOM 2735 WITH RIO 430 -54.508 1 .154 -3.147 1.00 46.37 AT with ATON 2736 ABOUT Ryo 430 -54.406 0. 428 -1.141 1.00 45.21 6 0 ATOM 2737 N syo 431 -55.408 1.037 -2.257 1.00 40.35 AT to ATON 273B CA syo 491 -56.412 0.082 2.274 1.00 51.07 at with ATOM 2739 NE Si 431 -57.493 B .099 -1.209 1.00 55.08 at with ATON 2740 se yes 431 -58.513 -1.030 -1.154 1.00 61.74 at with ATON 274) cn SI! 431 -59.551 “0.832 -O.057 1 .00 61-18 at with ATOM 27 42 <W1 61L 431 -59-472 0-106 0, 670 1.00 67 .29 at with ATSM 2? 4E OE2 si 431 -60,416 -1.6 * 8 0, 078 1.00 69.23 at 0 ATOM 2’144 WITH si 431 -57.073 -9.391 -3.633 1.00 50, 09 at with ATOM 2745 ABOUT si 431 -57.153 -1.413 -4.127 1.00 49.08 at 0 ATON 2746 N AZR 432 -57.543 0.790 -4,232 1.00 40.97 at and ATOM 2747 CA AZR 432 -58.306 0.715 -5.470 1.00 49.55 at with ETON 274V NE AIR 432 -59.094 2.015 -5.696 1.00 53.01 at with ATOM 2749 se AZR 4 32 -58.192 3.233 -5.900 1.00 5Θ .64 at with ATON 2750 OP1 AIR 432 “5Ε.9Β8 3.170 “5.958 1.00 61.37 at but ATOM 2751 PR2 A5P 432 -58.699 1.256 -0.407 1-00 61.51 at 0 DTON 2752 with AIR 432 -57.410 0-132 -6. 697 1.00 40.17 at with ATCI 2753 ABOUT AZR 432 -57.910 0.348 -7.015 1.00 40.22 at 0 ATON 2? 54 N SON 433 -56.111 0.222 -6, 408 1.00 45.67 at N ATON 2755 CA OY 433 -55.230 -9.009 -7,508 1.00 44.78 at with ATOM 2756 sa SY 433 -54.055 0.80-1 -7.005 1.00 4 3.96 at with ATSM 2757 with SI 433 -54.442 2.340 -7.908 1.00 44.11 at with ATSM 275V with CH 433 -54 .030 2.513 9.360 1.00 45.54 at with ATOM $ 275 ov1 SLN 433 -54.530 1.723 “10.222 1.00 45.75 at about DTON 2769 SE2 sn 433 -55-523 3.611 636 1.00 46.92 at η ATOM 2761 with sire 433 -54.6O5 -1.511 -7,468 1.00 44.14 at with DTON 2762 ABOUT σι.Ν 433 -54-026 -2-011 -8.376 1-00 42.30 0 0 ATSM 2763 N ABC 434 -54.E5O -2.153 -6.339 1.00 44.00 at μ ATOM 2764 CA DES 434 -54.354 -3.453 -6.968 1.00 45.47 at with ATOM 2765 CE DES 434 -54.660 -3.860 -4.635 1.00 45.94 at with ATOM 2766 SS ICE 434 -53.Θ33 -3,115 -3.623 1.00 4B.40 at with DTON 2767 with DES 434 -54.429 -3.182 -2.233 1.00 4 B.11 at with DTON 2? 6V ky DAY 434 53.674 2.337 -1.314 1.00 49.63 at n DTON 2769 ΓΖ DES 434  54-D27 1.511 Ό-141 1.00 $ 0.56 at with DTON 2770 KH1 bottom 434 -93.360 “1.111 0.624 1.00 $ 0.09 13 and ATOM 2,771 MH? ARS 434 -55.343 -2-252 0-267 1.00? I, $ a at μ DTON 2772 WITH bottom 434 -54,027 -1.630 -7.045 1-00 45-92 at with ATON 2773 ABOUT ICE 434 -54.049 -5,386 -7.460 1.041 46.72 at about DTON G "7 4 n UAY 435 -56,093 -4-472 -7-420 1-00 4 4.65 at N ATOM 2775 CA UAY 435 -56.615 -5.469 -3.353 1.00 46.70 at with DTON 2770 NE UAY 435 -50-163 -5.57 ’ -8,286 1.00 47.93 at with ATOM 2777 C31 UAY 435 -50,772 -4.227 -8.817 1.00 46.92 at with ATOM 2778 CC2 UAY 435 -59,660 -6-720 -9.061 1.00 48.93 at with ATOM 2779 WITH UAY 435 -56.167 -5.141 -9.780 1.00 46.07 at with ATOM 2700 ABOUT UAY 435 -56.031 -6.035 -10.614 1.00 47.02 Yo 0 ATOM 2701 N LIE 436 -55.917 -3.065 -10.051 1.00 44.26 at n ATOM 2702 CA LIE 436 -55.553 - 3.421 11.394 1.00 41.98 at with ATOM 2703 NE LIE 436 -55.096 -1.94 6 -11.566 1.00 42.62 B with ATOM 27B4 se LIE 436 -97.362 -1.581 -11.362 1.00 43.63 at with ATOM 2705 CO2 Bf 436 -57.563 -from 11-533 1.00 44.20 b but DTON 2706 from 02 LIE 436 -50.295 -2.34 6 -12.366 1.00 44-78 eight with ATOM 2307 with LIE 435 -54,073 -3.63) -11.72 $ 1.00 40.11 at Th ATOM 2? B0 with B1? ¢ 36 -53,700 -3,603 -12,891 1.00 40.58 at 0 ATOM 2708 N TNR 43? -53.246 -3.025 -10.700 1.00 38.88 at N ATOM 2790 CA TNV 437 -51.002 -3,021 -10.910 1.00 38.27 at WITH ATOM 2791 NE THY 437 -51.979 - 3.04 4 -8.7 97 1.00 36.73 at WITH ATOM 2792 OS1 Transnational corporation 437 -51.579 -1.708 “9.721 1.00 38.09 at 0 ATOM 2793 CC2 Transnational corporation 437 -49.576 -2.989 -30.077 1.00 35.50 at WITH ATOM 2794 WITH Transnational corporation 437 “51.238 “5.238 10.999 1 .00 38.94 at WITH ATOM 2795 ABOUT tn 437 -51.396 -5.995 -10.003 1 .BO 39.17 at about ATSM 2796 N RKO 430 - 50.580 * 5.610 12.06V 1 .00 39-47 at N ATON 2797 With RIO 430 -50.366 4.033 13.299 1.00 39-57 at WITH ATSM 2790 CA moat 430 -59.051 -6.972 -12.182 1 .00 38.0 $ at with ATSM 2709 NE ro 438 -19.471 7,026 -13.601 1 .00 39.01 at with ATOM 2800 se ₽ 430 -50,153 -5.9) 1 -14-333 1-00 41.00 at with ATSN 2801 with PPO 430 -40,803 * ί, 23 $ -11, 129 1 .00 39.53 at with ATSM 2802 ABOUT PPO 438 -40.016 -6.454 -10.967 1.00 39.03 at 0 ATON 2003 N ΑΞΗ 439 -49.124 -AT . 348 -10,110 1.00 38.03 at and ATOM 2804 CA ΑΞΝ 438 -40.128 -0.746 -9.137 1.00 40.67 at with ATOM 2805 NE Α3Ν 439 -40.802 -9.512 -0.283 1.00 38.48 at with ATOM 2006 ss ΑΞΝ 439 -47.993 9.469 -7.013 1.00 39.26 at with ATSN 2807 soh Α3Ν 439 -46.760 -9.700 -7.017 1.00 37.92 at 0 ATON 2Β0Θ MS2 AZES 439 -48.658 -9.164 “5.902 1.00 CB.27 at N ATON 2809 WITH AIN 439 -47.074 -9.617 “10.ί19 1.00 40.97 at with ATON 2010 g. AZES 439  47.017 -10.027 “9.901 1 .00 42.6 $ n about

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ATSM 28C to ive 440 -46.245 -B.990 -10.949 1.00 42.11 at η ATSM 2812 CA Boo! 440 “45-272 -9-705 -11.774 1.00 41.16 at with ATCI 2813 CE ive 440 Ί5, 7U9 -9.701 -13.239 1.00 40.54 Ξ with ATSM 3814 SY T.IZ 440 -47, (16 " -10.285 -13-613 1.00 42.33 AT with ATSM 2815 From 01 LIE 440 -47,350 -9.994 -15.065 1. (10 40.42 at with ATSM 2816 0ϋ2 BE0 440 -47.070 -11.791 -13.350 1.00 43.29 at with ATSM 2817 WITH ive 440 -43,903 -9.043 -11.699 1.00 41.93 eight with ATSM 2818 0 LEE ' 440 -43.789 -7.Θ21 -11.825 1.00 41.74 AT 0 ATSN 2819 N UAE 441 -42.668 -9. B4B -11.477 1.00 40.59 eight N ATOM. 2820 CA Ole 411 -41.505 -9.363 -11.592 1.00 41.54 AT with ATSM 2821 Sv UAE 441 -40.738 -9.535 -10.271 1.00 41.16 AT with ATSM 2822 with "1 UDE 441 -39.296 -9.066 -10.442 1.00 ZE. 34 Yo with ATSM 2823 SK? INS 14 1 -11.427 -B.732 -9-173 1.00 38.69 at with ATOM 2824 WITH UA7. 441 -40.778 -10.104 -12.110 1.00 43-69 at with ATOM 2825 0 UAY 441 ‘40, 721 -11.335 -12.124 1.00 44. $ 6 at 0 ATOM 2825 N ABA 442 -40-224 -9.339 -13-644 1.00 43.06 R N ATOM 2827 CA ABA 442 -39.606 -9.091 -14 .ZT0 1.00 43.65 E with ATOM 2828 NE ABA 442 -39.105 -8.771 -15.740 1.00 41.79 B with ATSM 2829 WITH ABA 442 -30.621 -10.945 -14.617 1.00 44.49 3 with ATOM 2830 ABOUT LHA 412 -37.972 -10.N67 -13.645 1.00 41.26 AT about ATOM 2831 s LEA 443 -SB.565 -11.933 -15.49V 1.00 46.18 AT to ATSM 2832 CA DIA 443 “37.482 “12.903“ 15.495 1.00 50.11 B with ATSM 2833 08 Dl 443 3? _T y23 ’I. OUTS '14 -510 1-80 4 $ .90 E with ATSM 2834 0 DIA 443 -37.282 -13.397 -16.921 1.00 52-32 E with ATOM 2835 0 ABA 443 -30,227 -13,430 -17.7 (19 1.00 51.63 eight 0 ATOM 2836 N BEL 444 -36,049 -13.761 -17.253 1.00 56.33 ί N ATSM 2837 CA LEU 444 -35.764 -14.429 -18.520 1.00 61.28 eight with ATOM 2838 sv yyy 444 -31.263 -14.67V -18.656 1.CO 61.00 B with ATOM 2839 SS LIE 144 -33-435 -13.506 -19.170 1.00 63.12 B ^Ί _ ATSN 2840 CO! yi 144 -32.002 13.614 ‘18 .669 1.C0 63.64 3 with YTSP 2041 CO? ive 414 ‘Ί. 1. 175 1, AI 64. ,15 AT <7 ATSM 2J42 WITH ive 144 -36. 495 -15.761 -18.584 1.00 64.69 B WITH ATOM 2843 0 Bf 444 -36, 49 $ -16.525 -17.619 1.00 64-31 AT 0 ATOM 2844 N RNO 445 -37.133 -16.057 -19-123 1 .00 69.0 $ AT to ATSM 2845 With Nuclear weapons 445 -37,575 -15.16V -20.011 1.00 $ 9.76 B € ATOM 2846 CA RNO 445 -37. £ 11 -17.430 -19.905 1.00 70.71 AT WITH ATSM 2847 NE ΡΒΟ 445 -ZV.227 -17,410 -21.302 1.00 72.46 AT H_ ATOM 2848 With Ryo 44 s -ZV, 647 -15.982 -21.487 1.00 71.36 AT with ATOM 2849 with RVU 445 -36. 445 -18.408 -19.753 1.00 78.03 AT with ATSN 2850 0 Ryo 445 -35.362 -18.161 -20.325 1.00 79.13 AT 0 ATOM 2851 N RNO 446 -36. 651 -19.527 -19.080 1.00 Θ2.32 AT n ATON 2852 Joint venture Ryo 446 -37.943 -19.951 -10.510 1.00 83.90 AT with ATON 2853 CA RIO "46 -35.597 -20.525 -18.854 1.00 85.07 AT with ATOM 2854 NE REO 446 - 36.232 -21.496 -17.861 1.00 84.72 at with ATSM 2855 Joint venture RCP 446 -37.698 -21,392 'ΪΒ.12Θ 1, 00 04.66 at with ATSM 2856 WITH RIO 446 -35.212 -21.212 ‘20 .162 1.00 81.03 at with ATOM 2857 with RVO 446 ‘34, 532 -22,240 -20,165 ; oo in? .51 at 0 ATOM 2858 N 5EN 417 -35.661 -20.625 -21.211 1.00 09.12 at and ATOM 2859 CA Yaw 447 -35.75 $ -2], 351 -22.525 1, 00 90.07 at with ATSM 2860 NE Yaw 447 -37,050 -22.160 -22.510 7.00 91 .09 at with ATOM 2861 SS Yaw 447 -ZV.112 -21.370 -21.99V 1.00 92.23 at 0 ATON 2862 with Yaw 447 -35.741 -20.452 -23.756 1.00 90.74 at with ATON 2863 and ZEK 447 -36, 541 -19.521 -23. B74 1.00 90.17 at 0 ATOM 2861 N Transnational corporation 148 -31.832 -20.753 -24.67V 1.00 91.65 at to ATSM 2865 CA TIN 448 -34.918 -20.222 -26.032 1.00 94.19 at with ATOM 2866 NE tn 448 -33.801 -20.786 '26 .906 1.00 93.55 at e ATOM 2867 051 shadows 448 -32.534 -20.327 -26.417 1.00 93.33 at about ATSM 2068 SY2 tnr 448 -33.971 -20.355 ‘20 .356 1.00 91.55 at with ATON 2869 WITH TIR 448 -36-260 -20.634 -26-617 1.00 93-02 at with ATON 2870 about TNV 448 -36.811 -19.943 -21,411 1.00 92.63 E 0 ATSN 28 ?! N H 15 449 -36.766 ‘27, 772 -26.150 1.00 55.06 at N ATSM 2V? 2 CA IG5 449 -38-131 -22.197 -26.413 1.00 97.07 at WITH ATSM 2073 NE Ή13 449 -ZV, 453 -22.138 -2? .911 1.00 39 .76 at WITH ATSM 2874 SS H15 449 -39.916 -22.245 -28.210 1.00102.61 at WITH ATSN 2875 C1? 2 H15 449 -41.006 -22.031 -27,445 1.00103.41 at WITH ATSM 2876 WE ΗΙ5 449 -40.394 -22.630 -29.452 B. at N ATOM 2877 CE1 H1Y 449 -41.715 -22.640 -29.427 1.00104.64 but WITH ATOM 2V7V YO2 ΗΙ9 449 -42.112 -22.275 -2V.221 1.00104.60 eight 9 ATOM 2879 1 * 1 ΗΙ5 449 -ZV.379 -23.600 -25.893 1.00 97.73 at with ATSN 2980 P. ΗΙΒ 449 -38.521 23.012 24.608 1.00 90.20 eight 0 ATSN 2B8 ‘ N TVR 153 -45.204 -26.407 -27.136 1.00 95.56 at N ATON 2Β82 CA TYR 453 -46. 152 -25.433 ‘27 .407 1.00 95.17 at WITH ATON 2883 NE ΤΒΡ 453 -46-794 -25-739 -28-844 1-00 99.16 at with ATSM ? 0Y1 SS trp 453 -47.499 -24.563 -29.442 1.00103.55 at with ATOM 2885 SP2 TYR 453 -48,830 -24.117 -29.151 1.00105.47 at with ATON 2Θ86 CE2 TPP 453 -49-061 -22.960 -29.923 1.00106.65 at with

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ATCI 2807 Cez TIR 453 -49.843 -24.502 -20.313 1.00106.05 eight with ATOM 2888 CO2 TVR 453 -46.992 -23.6VZ -30.355 1.00108.12 AT £ ATOM 2889 NOT! TIR 453 -47.924 -22.716 -30.649 1.00106.63 E s ATOM 2890 C22 TYR 453 -80.263 -22.262 -29.081 1.00107.3 $ 9 with ATSN 2891 PPE TIR 453 -51.046 -23.887 -20.273 1.00107.05 B about ATOM 2892 CH2 TVR 453 -51.246 -22.740 -29.052 1 * 00107.25 eight with ATON 2893 WITH shooting gallery 453 -47.238 -25.302 -25,416 1.00 92.26 ₽ with ATOM 2894 ABOUT TVR 453 -47.614 -26,209 -25.779 1.00 92.7? at 0 ATOM 2895 n ΟΕΝ 451 -47.73V -24,083 -26, 21 $ 1.00 07.21 AT and ATOM 2390 CA SBI 45 * -48.759 -23,336 -25, 203 1.00 91.58 eight with ATOM 2897 NE OBI 454 -48.099 -23.699 -23.827 1.00 03.7 6 eight with ATOM 2898 SS Ο1Ν 454 -46.758 -22.9Θ4 -23.В46 1.00 Θ6.32 AT with ATOM 2899 With SALES 454 -46.034 -23.072 -22.515 ι .as B8.32 AT with ATOM 2908 OE1 SBY 454 -44.803 -23.013 -22.488 1.00 ea.vz AT ΰ ATON 2901 ΝΕ2 SBI 454 -46.796 -23.215 -21.434 1.00 88.87 at N ATON 2902 WITH & ΕΝ 454 -19.641  22.617 -25.406 100 76.01 at with ATON 2903 ABOUT 6ΕΝ 454  49-328  21.790 -26.343 1 .oo 74.63 at but ATOM 2904 N BE0 455 -50.752 -22,527 -24,759 100 69.4] at N ATOM 2905 CA BE0 455 -51.741 -21,472 -24,956 1.00 63.14 at with ATOM 2906 NE Bes 455 -53,140 -22,057 -24.650 100 60.08 at with ATOM 2907 SS Bes 455 -54.309 -21.066 -24.VEZ 1.00 60.03 at with ATOM 2808 C01 BEV 455 -54.324 -20.347 -26.226 1.00 60.46 at with ATOM 2909 CO2 Bes 455 -55.611 -21.803 -24.601 1.00 59.51 at with ATOM 2918 WITH geo 455 -51.576 -20.354 -23.928 1.00 50.87 at with ATON 2911 ABOUT BE0 455 -51.792 -20.860 -22- 7.38 1.00 ie, 28 b 0 ATON 29 1 2 s RNE 456 -91.200 -19.169 -24,399 1.00 56.12 at N ATOM 2913 CA RNE 456 -50,964 -18,031 -23,517 1.00 53.64 at with ATON 2914 NE RNE 456 -49.730 -17-251 -23,971 1.00 55.54 at with ATOI 2915 SS RNE 456 -48,446 -18.011 -23.030 1.00 57. 27 at WITH ATON 2916 C01 RNE 456 -48.030 -18.4 6E -22.594 1.00 50 . thirty at with ATOM 2917 CO2 RNE 456 -47.649 -18.260 -24.934 3.00 59.52 at with ATOM 291B CE1 RNE 456 -46.839 -19.163 -22.486 1.00 60.51 at with ATON 2919 CE2 RNE 456 -46.457 -18.054 -24.808 1.00 61.44 at with: ATOM 292 0 SI rne 456 -46.052 -19.406 -23.561 1.00 6C. 76 at with ATOM 2921 (Ξ RNE1 456 -52.186 -17.093 -23.496 1.00 50.46 at with ATOM 2922 ABOUT RNE 456  52.654  16.692 -24.547 1.00 50.85 at about ATCI 292 3 n SU5 457 -52.611 -16.746 -22,293 1.00 47. ten at n ATON 2 92 4 CA SU5 4 $ 7 -53-642 -15-726 -22.136 1-00 48.36 at with ATOM 2925 WITH CPS 457 -53.203 -34.696 -21,102 1.00 4 4.05 at with ATOM 2926 ABOUT SUYA 457 -52-406 -15-003 -20.219 T-00 43.20 at 0 ATOM 2927 NE CPS 457 -54.981 -16.347 -21.660 1.00 45.94 at with ATOM $ 292 50 CPS 457 -55.799 -17.516 -32,771 1.00 45.03 at five ATOI 292 9 N ANS 45Θ -53.741 -13.483 -21.209 1.00 42.97 at m ATOM 2930 CA ANS 458 -53.407 -12.411 -20.249 1.00 42.03 at with ATON 2931 NE ANS 45V -52.447 -11.420 -20.827 1.00 40.47 at with ATOM 2932 With bottom 458 -52.907 -10.782 -22.127 1.00 42. AT 6 at with ATOM 293 3 NE bottom 458 -51.781 -10.065 -22.866 1.00 44.13 B with ATOM 2934 ΝΕ ALO 45V -51.041 -0.632 -22.622 1.00 40.20 at n ATOM 2935 SI any 458 -52.28V -7.720 -23-405 1.00 47.66 at with ATOM 2936 HH1 ABC 468 -82.301 -6.450 -23.135 1.00 50.19 at s ATOM 293? ΝΚ2 ACC 458 -52.706 -0.086 -24.690 1.00 47.08 0 n ATOI $ 293 WITH AKC 45 $ -84.770 -I, 677 -19-950 1.00 41.16 at with ATOM 2939 ABOUT ANO 458 -55-714 -P-721 -20.746 1.00 39.62 at 0 ATON 2940 N TNR 459 -84.822 -11,004 -10.005 1.00 3 $, 42 at N ATOM 2941 CA ΤΗΒ 459 -55.998 -10.222 -18.453 1.00 39.74 at with ATON 2942 NE TNV 459 -56, 336 -10.376 -16.964 1.00 3Θ.66 at with ATON 2843 051 TNV 459 -56. 615 -11.750 -16.683 1.00 41.4V at 0 ATON 2944 052 TNV 459 -57,555 -9.54 4 -16.603 1.00 ST 15 at with ATON 2845 0 chan 459 -55.707 -0.743 -18.764 1.00 40.32 at with ATOM 2946 ABOUT Transnational corporation 459 -54.721 -B .189 -18.491 1.00 41.35 at □ ATOM 2947 N MAB 460 -56.806 -0.111 -19.336 1.00 39.71 at N ΑΤΰΜ 2949 CA UAB 460 -86.747 -6.691 -19.670 1.00 40.13 at with ATON 2949 NE OAB 460 -56.84 $ -6.476 -21-193 1.00 40.81 at with ATOM 2950 C51 UAB 460 56.918 -4.906 -21-512 1.00 39-94 at with ATOM 2951 C <52 INS 460 -55.657 -7-121 -21-085 1.00 40.01 at with ATON 2952 WITH UAB 460 -67.896 -5.940 -19-007 100 41.10 at with ATOM 2953 ABOUT UDB 460 -89.059 -6.14 $ -19.380 100 41.34 at 0 ATOM ? 954 N TPP 461 -67.577 -5.066 -10.05 $ 100 40.15 at N ATSN 2955 CA TNR 461 -58,606 -4,243 -17.4 38 100 41. 32 at with ATOM 2956 NE TAP 461 -58,210 -3.864 -16.013 100 40.29 at with ATOM 2957 SS TNR 461 -53.327 -4.902 -15.025 one . 00 39.72 at with ATON 2958 002 trp 461 -59.316 -5.113 -13.997 1.00 38.69 at with ATOM 2959 Cez TNR 461 -59.013 -6.2Θ4 -13.272 1.00 40.64 at with atci 2968 Cez SRW 461 -60.426 -4.353 -13.618 1.00 37.91 at with ATON 2961 CO2 TNR 461 -57.4 90 -6.053 -14.091 1.00 39-19 at with ATON 2962 IE1 TNR 461 -57.894 -6.840 -13.036 1.00 40.7? & N

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ATSN 2963 SGS shooting gallery + 61 -59,703 -6.713 -12-191 1.00 39.80 AT with ATOM 2964 SGS shooting gallery + 61 -61-109 -4.779 -12. $ + 3 1.00 39.1 $ AT with ATOM $ 206 CH2 shooting gallery + 61  60,063 -11,041 1.00 39-06 AT with ATOM 2966 with TNR + 61 -50.035 -2.974 -10.2 + 6 1 .0 (1 42 -02 at with ATOI 29b7 ABOUT TVR 461 -5? .395 -2,301 -10.774 ] .00 4 2.06 at ABOUT ATOM 2968 N Yaw + 62 -60.09] -2-550 -10,339 1-00 ++. $ 5 AT N ATSN 2969 CA Yaw + 62 -60.421 -1.295 -10.9Θ1 1.00 46.4? at with ATSN 2970 sv ZEK 462 -61.049 -1.320 -19.521 1.00 4 5.66 at with ATOM 2 971 Oh ΞΗΒ 462 -62.779 -1.265 -18.452 1.00 43.3? at ABOUT ATOM 2972 with 5EK 462 -60.310 -0.175 -17.956 1.00 40.34 at with ATOM 2973 ABOUT ZEK 462 -60.104 -0.422 -16.764 1.00 4 6.67 at ABOUT ATOM 2971 N L1L + 63 -60.460 1.057 - 18.129 1.00 50.60 at to ATOM $ 297 CA DTL + 63 -60.63+ 2.192 - 17.537 $ 1.00 +. 46 at with ATOM 2 976 sv ΑΙΛ + 63 -60.533 3-193 -10.32 $ 1.00 52.3V at with ATOM 2 977 with ABA + 63 -61.996 $ 2.09 -10,960 1.00 $ 6.07 at with ATOM 2978 ABOUT ABA + 63 -62.916 1-470 -17,396 1.00 57.30 at c> ATOI 2979 and H13 + 64 - 62.11 8 2.704 -15.683 1.00 61.61 at and ATOM 2900 CA H15 464 -63.404 2.863 -15,000 1.00 65.67 at with ATON 2 901 sv n13 464 -63.204 3.6V5 -13.725 1.00 6V.34 at with ATOM 2902 her H13 464 -64.295 3.520 -12.715 1.00 71.76 at with ATOM 29VZ Wed2 N1B 464 -65.503 4. 121 -12.539 1.00 73-40 at with ATOM 2964 CR1 IHE + 61 -64.191 2.65V -11.64+ 1.00 73.71 at N ATOM 29B5 CE1 IGZ + 64 -6 $ _g 287 2-736  10,910 1-00 (4-59 at with ATOM 2 986 ΝΕ2 and guards + 6 + -66.100 36’6 -11-468 1-ΰΟ 75-01 at N ATOM 2907 with ΗΙ5 46+ -64.309 3,561 -15,926 1-00 6? , 55 at 0 ATOM 2 909 ABOUT NG5 464 -63,996 + -45 $ -16,697 1.00 67.46 at ABOUT ATOM 2 969 N ZEY 465 -65,667 3.220 -15.84? 1.00 70 .00 at to ATOM 2990 CA Yaw 465 -66.655 3.714 -16. B06 1.00 $ 72.9 at with ATOM 2991 NE ZEK 465 -67 .066 2.783 -sixteen. B52 1.00 71.92 at with ATOM 2992 OH ZEK 465 -63.BOV 2.866 -15.648 1.00 70.23 at with ATOM Ϊ 9 93 WITH Yaw + $ 6 -67,111 5-122 -16,407 1.00 75.7V at with ATON 299+ about VER + 65 “67. + 31 5.905 -17.393 1.00 75.66 at about AGON 29E5 N BYU + 66 -67.2 + 0 5,436 -15, K00 1 -00 70.39 0 μ ATOM 2996 CA SSU + 66 -67.053 6-609 -14, 194 1.00 33.41 at with ATON 2 997 WITH SUE + 66 -69,263 6,487 -14,272 1.00 36.66 at with ATON 2,998 ABOUT B ¥ + 66 -69-911 5- $ 23 -14-649 1.00 8?.: 9 at about ATOM 2999 N T-bills 467 -69.7 ++ 7.308 -13,400 1.00 89.00 at μ ATOM 1000 SR RKO + 6? -60.9 $ + B, $ 3 $ -12.924 1.00 89.56 at with ATOM 3001 CA rip + 67 -71.005 7.256 -12.655 1.00 90.53 at with ATOM 3002 Sat Nuclear weapons 467 -70.953 8.409 -11.649 1.00 90.49 at with ATOM 3003 Sat RIO 467 -69.503 B. 764 -11.549 1.00 90.14 at with ATOM 300+ WITH ΡΒΟ 467 -72.283 7.299 -13.496 1.00 91.30 at with ATOM 300 $ ABOUT RIO 467 -73.355 6.926 -13.016 1.00 92.02 at ABOUT AGON 3006 N So + 68 -72.171 7.755 -14.741 1.00 93.44 at but ATON 3087 CA Transnational corporation + 68 -73.337 7.899 -10.612 1.00 95.40 at with ATON 3009 NE So + 68 72.914 8.237 - 17.059 1.00 95.23 at with ATOM 3089 051 tmi + $ 6 -72.100 9,420 - 17.060 1.00 95, ’2 at about ATOM 303 0 CC2 So + 68 -74.140 8.4 6V -17.934 1.00 94.60 at with ATON ZON WITH TNV + $ 6 ‘74 -170 6 - 621 -15.63 $ 1.00 97-16 at with ATON 3012 ABOUT TNV + $ 6 73rd $ 3 5-5’4 -15. 509 1.00 9? .40 at P ATOM 1013 N ANO 469 -75,490 6,700 -15,790 $ 1.00 90.7 9 μ AGON 101 + CA avy 469 -76,407 5,646 -15,701 1.00 99.90 at with ATOM 3015 NE ANO 469 -77,054 6.143 -15.600 1.00102.96 at with ATOM 1016 SY ABC 469 -70.326 6.922 -16, 911 1,00106.29 at with ATON 3017 SR AKY 469 -79,737 7.337 -16.7B1 1.0010V.83 at with ATOM 3013 YOE AYAH 469 -80.366 7.714 -18.069 1.00111.09 at but ATOM 3019 cg DAY 469 -81.264 6.930 -18.7Θ9 1.00112.01 at with ATON 3020 S> [1 Fox 469 -81.6 + 4 7.355 -19.951 1.00112.06 at but ATON 3021 TsN2 Love 469 -81.486 5.722 -1E.34 $ 1.00112,44 at μ ATOM 3022 with ANAB + 69 -76.213 4.736 “17.332 1.08 90.96 13 with ATOM 3023 ABOUT TWO + $ 6 -76.47V 3.57V - 17.002 1.00 90.80 6 about ATOM 302 + n MR.T 470 -75.3 + 1 5.422 -18.120 1.00 97.91 at μ AGON $ 302 ate MET 470 -75, $ 57 4-732 -19. + 01 1.00 96.40 at with ATON 7026 sv MW + 70 -76. + 05 5.47 $ -2 (1, 515 1.00 90.76 at with ATON 7027 With MET + 70 ‘77, 923 5,370 th, + 3? 1,00101,49 at with ATOM 3029 £ P MET 470 —70.5 $ 5 3.703 -21.034 1.0810 +. + 6 at five ATOM 3029 CE MET 470 -70.O6E 3,057 -22.774 1.00102.90 at with ATOM 3030 with MET 470 -74,179 4.616 -19.770 1.00 94.05 at with ATOM 3031 ABOUT ME? 470 -7 3, OT? + .427 -20.938 1.00 93.54 at ABOUT ATOM 3032 s ΑΙ.Ά 471 -73.ZOV 4.732 -18.771 1.00 90.33 at N ATOM 3033 CA LEA 471 -71, B67 4.671 -1 B.998 1.00 87.61 at with ATOM 303 + NE ΑΙΛ 471 -71.123 5.251 17.900 1.00 37.53 at with ATON $ 303 with LHA 471 -71, 406 3.239 -19.251 1.00 85.13 at with ATON 3036 about LEA 471 ‘71 .370 2.300 13.598 1.00 35.32 at about ATON 3037 N TNV four? 2 '70. 491 3-000  2 (1,203 ] .0 (1 81.39 at μ ATOM 3030 CA TNR + 72 -69.911 1.769 -20.520 1.00 77.96 at with

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ATSN 3039 sv tin four? 2 -10.443 1.275 -21.911 1.00 78.06 AT with ATSN 304G " CC1 Transnational corporation 472 -70.026 2.180 -22.933 1.00 77.52 AT 0 ATON 3041 SB2 tn 472 -71.962 1.176 -21.921 1.00 77.75 AT with ATSM 3042 WITH Transnational corporation 472 -68.412 1.784 -20.539 1.00 75.20 AT with ATOM 3043 WITH tn 472 -67.789 2.776 -20.922 1.CO 74.74 AT ΰ ATOM 304 4 N ABA 473 -67.813 0.676 -20.113 1.CO 71.92 AT s ATOM 3045 CA A1A 473 -66.366 0.503 -20.194 1.00 68.57 at with ATOM 304 6 NE LHA 473 -65.327 0.020 “18.850 1.00 67.75 at with ATOM 3047 WITH ABA 473 “66-020 -0.497 <1.257 1.00 66.7? at with ATSM 304Y Ο- ABA 473 -66-775 -1 .433 -21-554 1.00 66-0? at 0 ATSM 3040 Ν I b 474 “64.879 -0.293 -21.94? 1.C0 64.89 at AND ATSM 3050 CA ΪΤ.Ε 474 -64.443 -1.170 -23.025 1, C0 63.32 at with ATOM 3051 NE TIE 474 -64.477 -0.437 -24.369 1.00 64.64 at with ATSM 3052 CC2 NOT 474 -64.014 -1.361 -25.482 1.00 63.84 at with ATOM 3053 SY1 NOT 474 -65.836 0.056 -24.652 1.00 67.76 at with ATOM 3054 SY1 NOT 474 -65.903 0.995 “25.843 1.00 71.25 at with ATOM 3055 WITH NOT 474 -63.026 -1.685 -22.801 1.CO 61.20 at with ATOM 3056 but 11E 474 62.100 Ό.907 -22.575 1.00 62.29 at th ATON 3057 N ABA 475 -62.864 -3.002 <2.866 1.00 57.61 at N ATON 3058 CA ABA 475 -61-543 -3.619 -2? -? JZ 1 .00 54.56 at with ATOM 3059 NE ABA 475 61-525 “4.641 <1,662 1.00 51.14 at with ATSM 3060 with ABA 475 -61-222 -4.284 -24.113 1.00 51.19 at with ATSM 3061 with ABA 475 -6Ζ.025 -5.050 -24.643 1.00 52.48 at 0 ATOM 3062 N Are 476 -60.046 -3.994 -24.655 1.00 52.7V at N ATSM 3063 CA Are 476 -59.651 -4.501 -25.960 1 .00 52.63 at with ATOM 3064 sa ICE 476 -59.378 3.352 '26 .936 1.00 55.33 at with ATOM 3065 ss Battery 476 -60.608 2.550 27.026 1 .00 61.00 at with ATOM 3066 se Are 476 -60.279 -1.499 -28.382 1.00 £ 4.35 E with ATSM 306? ARS 476 “61-444 -0.677 -2V.700 1.00 6? .07 at n ATOM 3068 cg Are 476 -61.340 0.369 -27.978 1.00 70.61 at with -61.160 0.736 -26.894 ATSn 3069 ΝΜΪ Are 4> b 1.00 70.19 at N ATOM ZOEY MH? YaRS 476 -62.925 1.04 "-28.331 I.00 71.97 B N ATSM 3071 WITH Are 476 -58.411 -5.376 -25.873 1.00 51.34 Yo with ATSM 3072 but ARS 476 -57.620 -5.264 -24.93Θ 1.00 51.28 eight 0 ATOM 307 3 N SUYO 477 -58.247 -6.244 -26.863 1.00 50.36 AT 14 ATOM 3074 CA CPS 477 -57.048 -7.057 -26.983 1.00 50.00 β with ATON 307 5 with CPS 477 -56.135 -6.474 <8.053 2.00 49.37 at with ATOM 3076 ΰ CPS 477 -56.556 “5.638 -28.852 1.00 48.36 0 about ATON 3077 sv Su? 477 -57.416 “8.495 -27.358 3.00 51-30 0 with ATON 307 v Sun CPS 477 -58.397 “9.398 <6.312 2.00 54.92 at five ATSN 3019 N ABA 470 - 54. “6-5C7 '20 .065 1.00 49.69 at to ATOM 30BO about. ABA 470 -53.979 -6.597 -29.163 1.OS 52.29 E with ATSN 3081 sv ABA 478 52.579 “1.101 -20.852 1.00 50.02 AT with ATSN 308 2 with ASA 478 -54.502 -7.248 -30.443 ΐ.00 54-47 at ί- ATSN 3083 0 ABA 478 * $ 5, 2zZ -0.239 -30.394 1.00 54.91 at ο ATSN 3884 N PPO 479 -54.131 -6.695 -31.608 1.00 56.47 at Ιί ATSM 3085 with PPO 470 -53.260 -5.506 -31 -O 1.00 56.66 at '' ATSN 3086 CA PPO 479 -54.627 -7.142 -32.319 1.00 56.71 at with ATCI 3067 sv PPO 473 -53.914 -6.215 -33.905 1.00 57.17 at with ATOM 300V ss PPO 479 -53.584 -4.994 -33.097 1.00 57.72 at with ATOM 300 9 with PPO 479 -54.370 -B.621 -33.235 1.00 56.70 at with ATOM 3090 ΰ Ryo 479 -55.207 -9.283 “33.849 1.00 56.36 at about ATOM 3091 ? ΐ AIR 480 -53.217 -9.137 -32.822 1.00 56.51 at N ATOM 3092 CA AZR 480 52.084 -10.536 - 33.077 1.00 56-00 at with ATON 3093 sv A5P 480 -51.36V -10.737 -33.009 1.00 60.71 at with ATON 3094 □ ΰ D5R 480 -50.655 -10.216 -34.244 1-00 65-51 at with ATSN 3095 □ ϋΐ A5P 480 51.324 -9.580 <5.090 1.00 67.40 at 0 ATON 3096 002 AZR 480 -49.430 -10.445 -34.372 1.00 67.85 at 0 ATOM 309? with D5R 480 -53.566 -11.511 -32.113 1.00 55.43 at with ATON 3098 but AZR 4811 -53.440 -12.727 -32.262 1.00 55.84 at 0 ATOM 3099 to CIO 481 -54.261 -10.977 -31.125 1.00 52.35 at at ATON 3100 CA si 481 -54.880 -11.795 -30.074 1.00 50.24 at with ATOM 3101 sv □ y 431 -54.680 -11,134 -28.704 1.00 47.61 at with ATOM 3102 ss si 481 -53.231 -11.099 -20.221 1.00 4 £ .45 at with ATOM 3103 with si 481 -53.058 -10.302 -26.934 1.00 44-57 at with ATOM 3104 OE1 si 481 -52.173 “10.651 -26.123 1.00 42.50 at 0 ATOM 3105 ΰΕ2 si 481 -53.Θ11 -9. 326-26. 737 1.00 43.51 at about ATOM 3106 with si 481 -56.370 12.031 -30.306 1-00 49.74 at with ATOM 3107 □ si 481 -57.041 11.239 - 30.967 1.00 49.49 at about LT (DM 3188 s with [.and 482 -56.879 -13,130 -29,759 1.00 48.52 at N ATOM 3189 CA si 482 -5V.315 -13.385 29.740 1.00 40-92 at with ATOM 10/31 sv si 482 -58.594 -14.859 -30.040 1.00 46.77 at with ATOM 3111 se si 482  Y-WOOO -15,387 -3ΐ, ϊ? 1 1.00 49.47 at with ATOM 3112 with si 482 -58.56Θ -14.957 -32.554 1.00 51.58 at with ATOM 3113 CE1 si 482 -59.695 -14.418 -32.472 1.00 Ϊ0.06 at about ATON 3114 0E? si 482 -57.975 -15,162 -33.638 1.00 54.21 at 0

- 136 032 106

ATOM 3115 WITH si 482 -50.051 -13.050 -20,356 1.00 45, 01 AT with ATOM 3116 0 si 482 -50.213 -13-351 -27.352 1.00 44.06 AT 0 ATOM 311? N THEO 483 -66,024 -12,433 -80, 301 1.00 41.0? AT N ATON 3118 CA Bw 483 -60.109 -12,256 -27.030 1.00 45.33 AT with ATOM 3119 NE b 403 -61,583 -11.003 -27.07 $ 1.00 46.54 at with ATOM 3120 SS Bf 483 -62. 243 -10,640 -25.742 1.00 49.38 at with ATOM 3121 C01 b 483 -62,160 -9.140 -25.513 1.00 52.67 at with ATOM 3122 002 Bw 483 -63.684 -11,100 -25.745 1.00 51.11 at with ATOM 312 3 with Bw 403 -61,570 -13,404 -26, Υ31 1.00 44.01 Yo with ATOM 3124 □ Bw 403 -62.503  13.710 27.390 1.00 44.85 AT with ATOM $ 312 n LIE 404 -61.165 -14.277 -25 * 741 1.00 44 .25 at N ATON 3126 CA Bw 484 -61.036 “15.545 -25. 459 1.00 43.90 E with ATOM 31 2? With THEO 184 -6 ". "20 -sixteen. 6; 8 -25-064 1.00 41 -2 $ 3 with ATOM 3128 SS b 484 -59, Θ20 -17,000 -26.151 1.00 40.18 at with ATOM 3129 C01 Bw 484 -59,149 -18,324 -25,797 1.00 ЗВ, 70 at with ATOM 3130 002 Bw 404 -60.544 -17.131 -27,465 1.00 40.94 at with ATOM 3131 WITH Bw 404 -62.90E -15.444 -24,300 1.00 44.90 eight with ATOM 3132 about Bw 484 -63.754 -16,326 -21.262 1.00 46.30 at 0 ATOM 3133 n ZEK 405 -62.07 3 -14,380 -23,507 1.00 46.22 AT N ATOM 3134 CA 5EK 485 - 63.950 -14.123 -22.647 1.00 46.47 at WITH ATOM 3135 sv Yaw 405 -63.066 -15.065 -21,450 1.00 46.34 eight with ATOM 3136 FROM Yaw 485 -62.027 -14.667 -20-580 1.00 45.49 at η ATON 313? WITH Yaw 465 -63, 972 -12,694 -22,152 1.00 46.04 five with ATOM 313? ABOUT Yaw 485 -63.101 -71,006 -72,406 100 47.34 TO 0 ATON 3139 N CPS 486 -64.96 " -12.37? -21,333 1.00 40.22 AT I ATON 3140 CA poke 406 -65.299 -10,997 -21,000 1,03 49.92 AT with ATOM 3141 WITH SUY 406 -66.11 " -10.992 -19,719 1.00 49.99 AT with In summer 3142 ABOUT SUY 406 - 67.213 -11.557 -nineteen. 675 1.00 50.31 Yo 0 ATOM 3143 se HUNDRED 486 -66. 103 -10.306 22-151 1.00 52, 24 AT with ATOM 3144 .ChP SUY 486 66.013 -8.726 -21.890 1.00 59.49 E five ATON $ 314 n Yaw 4 in? - 6h, 5a ΐ  Ίο. 3? Ϊ “10.61; ι, ΰΰ h 9, 69 AT N ATON 3146 CA Yaw 487 -66.331 -10.190 -17.431 1.00 49.46 AT with ATOI 3147 se 8EK 487 -65,750 -I1.053 -16,328 1.00 40.30 AT with ATOM 3 on from Yaw 40? -64.402 -10-754 -10.06? 1-00 49.39 at 0 ATOM 3149 with Yaw 407 -66, 323 -0.736 -16.909 1.00 49.59 at with ATOM 3150 about ZEK 407 -65,852 -7.863 -17,733 1.00 49.27 at 0 ATOM 3151 N BYOK 40 0 -66. B72 -0.470 -15.80? 1.00 49, 56 e TO ATON 3152 CA ZEK 488 -66, 998 -7.100 -15.333 1.00 51.42 at with ATOM 3153 NE BEK 408 -66,295 -6.485 -15.853 1.00 50.06 at with ATOM 3154 Joint venture Yek 408 -69. 420 -7.186  15.358 1.00 50.85 at about ATOM 3155 with BEK 40 " -66, 963 -7.035 -13.814 1.00 53.00 at with ATOM 315B □ BYOK 40 " -67.233 -0.022 13.135 1.00 54.35 at about In summer 315? I RNE 489 -66. 614 -5.869 -13.2018 1.00 55.30 eight N ATOM 3150 CA RNE 4J9 -66. 478 5.700 -11.842 1.00 50. (11 AT with ATOM 3159 NE RNE 409 65.04 " -6.03? -1 1 -40 $ 100 $ 6.05 AT with ATOM 3160 Joint venture RNE 409 -64.765 -5.733 -9-959 ι .0 (1 56.36 at £ ATOM 3161 C01 RNE 40 9 -65.41? -6,420 -8.9 * 9 100 $ 6.87 at with ATOM 3162 CO2 RNE 409 -63,342 -4,159 -9.611 1.00 55.96 at with ATOM 3163 CE1 RNE 409 -65.14 $ -6.156 -7.615 1.00 $ 6.29 at with ATOM 3164 CE2 RNE 489 -63.570 -4.483 -8.2018 1.00 55.63 at with ATOM 3165 but RNE 409 -64.223 -5.183 -7.281 1.00 55.87 at with ATOM 3166 with RNE 409 -66.829 -4.280 -11.405 1.00 60.80 at with ATOM 316? and RNYO 409 -66. 417 -3,29V -12.020 1.00 60.67 at about ATON 3166 N BOY 490 -67.604 -4.18V “10.330 1.00 64.50 and I ATOM 3169 CA BEV 490 -67.931 -2.913 9.704 1.00 68.24 at with ATON 3170 SI BEV 490 -69.370 -2.513 -10.030 1.00 68.91 at with ATOM ZP1 from BER 490 -69.721 -1,289 -9.410 1.00 12.44 at about ATSN 3172 with ZEK 490 -67-779 -3,094 -8-200 1.00 70.33 at with ATOM l? s about ZEK 490  68.2 7 $ -4 .06 " -7.636 1.00 Ju-86 0 ABOUT ATSN 3174 N AKC 491 -67.005 -2.16? -7,549 1.00 ? 2.90 at n ATSN 3175 CA AKC 49) -66-042 -? , 300 -6,110 100 7 $, 53 at with ATON 3176 NE ABC 491 -65.779 -1.295 -5.666 1.00 17.17 at with ATON 317? SS AND I AM WITH 491 -64,422 -1.536 -b.zoo 1.00 00.24 at with ATON 3178 With ABC 491 -63.325 -0.605 -5.687 1.00 02.34 at with ATSM 3179 ΝΕ AKC 491 -62.02? -0.962 -6.299 1.00 03.86 at I ATON 3180 cg AII 491 -61.603 -0 .412 -7.434 1.00 04.91 at with ATON 3181 ΝΗ1 FOREST 491 -60.408 -0.725 -7.917 100 04.85 at N ATOM 3182 NY 2 Ln 491 -62.373 0. 453 0.086 1.00 34.91 at N ATOM 3183 £ lot 491 -68.133 -2,099 -5.334 1 * 00 76.00 at with ATOM 3184 0 L (3 491 68.302 -2.64 9 -4,240 1.00 75.57 at ABOUT ATSN 3185 N ZEI 492 -69.047 1.317 -5.901 1.00 77.10 R I ATSN 3186 CA Yaw 492 “70.354 -1.096 -5.290 1.00 79.37 at with ATSN 318? NE Yaw 492 11.028 0.129 -5.911 100 19-14 at with ATON 3180 well Led 492 -11.31? -0.090 -1.282 1.00 79.09 at ABOUT ATOM 3189 with Yaw 4 92 -71,240 -2.321 -5.494 1.00 90.75 at with ATON 3190 about Yaw 4 92 -72.065 -2.652 -4.642 1.00 01.44 at ABOUT

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ATON 3191 and ΟΙΎ 4 93 -71.062 -2,908 -6.631 1.00 81.13 AT N ATON 3192 CA B ¥ 4 93 -71.064 -4.157 -6.933 1.00 80.72 at with ATON 3193 WITH ΟΙ, Ϊ 493 -73.023 -3.825 -7.050 1.00 00.78 at with ATON 3194 but OH ¥ 4 83 -73.683 -4,719 -8.370 1.00 80-89 at 0 ATON 3195 m Bub 4 94 -73.263 -2.533 - 8.060 1.00 00.45 at N ATOM 3196 CA Boo 4 94 -74.352 -2.002 '8-917 1.00 79.64 at with ATON 3197 se Bw 494 -74.021 -0.690 “8.484 1.00 81-16 at with ATON 3198 with Bw 4 94 -75.389 -0.633 -7,073 1.00 83.0? at with ATON 3193 with Bw 494 75.030 0.779 -6.712 1.00 84.54 at with ATON 3200 CE B5 4 94  76.744 0.789 -5,483 1.00 85.65 at with ATON 3201 ya Bw 194 -76.0.50 0.292 -4,255 1.00 Θ5.21 at I ATOM 3202 with Bw 494 -73.980 -2.040 -10.369 1.00 78.44 at with ATSN 3203 0 Bw 494 -73-26 $ -1.081 -10.005 1.00 78.70 at about ATON 3204 I bottom 495 -74.232 -3.0Н7 -11.115 1.00 77.53 eight eight ATON 3205 CA bottom 495 -73.04B -3.179 -12.519 1.00 76.32 at with ATON 3206 sv bottom 495 -72.525 -3.933 “12.6 $ 5 1.00 76.14 at with ATON 3207 with bottom 495 -72.587 -5.346 ’12 -129 1.00 1 $ .02 at with ATOK 3208 with ANO 495 71,211 -5.965 “12.011 1.00 76.68 at with ATON 3209 ΝΈ Liy 495  71 .292 “7.320 -11.4 ?? 1.00 77.74 at N ATOM 3230 cg BOTTOM 495 -71.266 -8,420 -12.223 1.00 78.22 at with ATOM 3211 nt ALL 495 -71.330 -9-613 -11.6-49 1.00 70.62 at N ATOM 1212 ΝΗ2 bottom 495 -71.150 -8.330 -13,541 1.00 70.31 Yo I ATOM 3213 WITH bottom 495 -74.930 -3.909 -13.29? 1.00 75.33 at with ATOM 1214 0 ANS 495 -75 .737 -4.564 -12.708 1.00 75.07 η 0 ATOM 3215 N bottom 496 -74. B90 -3.795 14,619 1.00 74.53 3 N ATOM 3216 CA ICE 496 “75.027 -4.522 15.464 1.08 74.26 at with ATOM 3217 Sv Ic 496 -76-663 -3.54 0 -16, 399 1.00? 5.26 at with ATOM 321Y se AKS5 496 '7 7.599 “2-676 -15,472 1.00 77.17 3 with ATOM 32’9 with BOTTOM 496 -78.601 -1-945 -16, 354 1.00 7Θ.90 at with ATOM 3220 NOT AI5 496 -77,911 -1.11? -17.358 1.00 82.03 at N ATOM ZY21 With th ANO 496 -78,553 -0.564 -19,398 1.00 B3.71 at with ATOM 1222 N61 ICE 496 -79.855 -0.747 -10,500 1.00 84.51 at N ATOM 3223 ΝΗ2 ANS 496 -77.854 0.174 -19,260 1.00 84.84 at N ATOM 3224 WITH ABC A 96 -75.124 -5.533 -sixteen. 374 1.00 73.26 at g ATOM 3225 0 ANS 496 -75,604 -5.037 -17.467 1.00 72-5] 6 0 ATOM 3226 N SUE 497 -73.905 -6.049 -15.917 1-00 71.89 at N ATOM 3227 CA OW 497 73.320 -7.124 -sixteen. 632 1.00 $ 70.9 at And * V ATON 3220 WITH Yu 497 -72.398 -6,660 -17.747 1-00 69.59 at with ATOM 3229 0 Yu 497 71.964 -5,517 -17.776 1-00 89.36 at 0 ATOM 3230 N si 4 90 “72.098 7,578 -18.670 1.00 68.7? at N ATON 3231 CA c = u 4 90 -11.173 -3 * 208 -19.760 1.00 6Β.4Θ at WITH ATON 3232 WITH& 0I1 4 98 “69.744 -7.653 -19.350 1.00 67.95 at with ATON 3233 SS STCT 490 -69-474 -9,150 -19.254 1.00 67.56 at with ATON 3234 With SI 498 -70-106 -9.395 -18.030 1.00 68.00 0 € ATOM 3235 OS! SUS) 4 96 -69.102 -9.3Θ3 -16.895 1.00 67.57 at ABOUT ATON 3236 CE2 n 490 -10.927 -10.720 -18.202 1.00 69.43 0 ΰ ATON 3237 WITH syo 49Θ -11.550 -0,052 -21.024 1.00 6V.67 at with ATOM 32 30 0 si 490 -12.284 -9.037 -20.960 1.00 67.70 at ί) ATON 3239 n bottom 499 -11.046 -7.590 22.162 1.00 69.43 at I ATOM 3240 CA ANS 499 -71.295 -B, 254 23.434 1.00 72.09 at with ATON 3241 NE ABC 499 -72.483 -7,606 “24.149 1-CO? 4-6E at with ATON 3242 ss bottom 499 12.281 -6.129 “24.468 1.00 79.98 at with ATON 324 3 with ABC 499  73.461  5.591 “25.27? 1.00 03.74 at with ATOM 324 4 NOT LNAS 499 73,573 -6,288 “26.567 1.00 86.28 at N ATON 324 5 sa ANO 499 -74.571 -6. 120 -27,420 1.00 90.00 at WITH ATOM 324 6 HH1 bottom 499 -74.582 -6.802 -28,559 1.00 90.05 at N ATON 324? ICh2 bottom 499 -75,558 -> - ί? 5 -27.142 1.00 90.84 at N ATON 3248 WITH ANO 499 -70,065 -0.186 -24.329 1.00 72.18 at WITH ATON 324 9 0 bottom 499 -69,243 -7.284 -24.200 ί.αο 71.77 at WITH ATOM 3250 N MET 500 -69.939 -9.151 -25.232 3-00 73-12 E N ATON 3251 CA MET 5 0Ώ -6Θ.095 -9.109 -26, 245 1 * 00 74.00 eight WITH ATON 3252 NE MET 500 -60,290 -10.490 -26. 439 1.00 75.04 at with ATOM 325 3 OS MET 500 -67,541 -11.022 -25,231 1.00 75.98 at with ATOM 3254 £ ϋ MET 500 -67.019 -12.735 “25-437 1-00 77.64 at $ ATOM 3255 CE NOT 500 -60,472 -13.600 “24.703 1.00 7 $ .19 at with ATOM 3256 WITH NOT 500 -69. 471 ”0-611 “27,565 1.00 75.89 at with ATOM 3257 0 NOT 500 -70.349 -9.244 -28-.1 ’ 1.00 75.73 at 0 ATOM 3250 N yiyi 581 60.971 7.471 “28,029 1..00 77.75 at N ATON 3259 SL si 501 -69. 47 $ -6-Θ38 -29,242 1.00? 9.49 at with ATOM 3260 NE ss 801 “69-823 -5.372 -28.975 B.o. va.04 Yo WITH ATOM 3261 SS oh 501 -7O _ $? 9 -5.151 -27,908 1, .00 E2.E? at WITH ATOM 1262 With SJ 501 -71.193 -3,677 -27.702 B.oo 83 * 60 at G ATOM 3263 > G1 C1DG 501 -70,530 -2.832 -28.343 1, .00 83.92 at 0 ATOM 3264 CE2 her 501 -72.102 -3.367 -26,901 1..130 84.10 at 0 ATOM 3265 WITH her 501 -68.432 -6.097 -30.343 1.00 80.62 at with ATOM 3266 ABOUT CH1 501 -67,253 -7.122 -30.000 1.00 81.37 at but

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atom 3267 N ABA 5 az -68.071 -6.685 -31.577 1.00 81.89 B N ATPM 3268 CA ACA £ 02 -67-950 -6.483 -32,684 1.00 83.20 eight WITH ATSN 3269 si ICE $ 02 -68.49? -7.13? -33.942 1.00 "3.:? AT with ATOM 3270 WITH DTA 502 -6?,? 39 -4.98? -32.918 1.00 V4.30 AT with ATOM 3271 ABOUT ABA 502 -63.609 -4.202 -32.309 1.00 04.50 at 0 ATOM 3272 and SY? 503 -66.485 -4.801 -33.133 1.00 05.34 at N ATOM 3273 CA sn 503 -66.143 -3.237 -33.521 1.00 05.73 at WITH ATOM 3274 sv fed up 503 -65.007 -2.394 -32.291 1.00 85 .79 at WITH ATOM 3275 With sl 503 -66,988 -2.127 -31.379 1.00 07.34 at WITH ATOM 3276 CE sky 503 -66, 707 -1.920 -30.381 1.00 00.20 at WITH ATOM 3277 OE1 sm 503 -65.587 -0.508 -30.304 1.00 88.07 eight with ATOM 3278 MEUSE 5N -503 -67.723 -0.644 -29.610 1.00 00.12 AT N ATOM 3279 with CH4 503 64-841 -3.268 -34.456 1.00 86.14 at WITH ATOM 3280 with SAT 50Ϊ -63-965 -5.733 -34.081 1.00 86.49 at 0 ATOM 3281 N (Zu 504 -65.127 -2.775 -35.675 1.00 05.95 at N ATOM 3282 CA SUE 504 -84,066 -2,059 -38.859 1.00 04.92 at WITH ATOM 3283 WITH SUE 504 -63.663 -4.290 -36.918 1.00 04.27 at WITH ATOM 3284 ABOUT SUE 504 -82,407 -4,601 -37.096 1.00 04.30 at ABOUT ATOM 3285 and SUE 535 -64,652 -5.192 -36.929 1.00 83.46 at TO ATOM 3286 CA eat 505 -64.378 -6.507 -37.221 1.00 82.44 at ζ. ATOM 3287 with B7 535 -63-505 -7.254 -36-173 1.00 07.46 at G ATOM 3268 with EY ¥ 505 -63.900 -8,296 -36,426 1.00 83.09 at WITH ATOM 3289 N Bw 506 -63,434 -6.645 -34.992 1.00 79.89 at N ATOM 3290 CA Bue 506 -62,694 -7.214 -33.870 1.00 77.91 at WITH ATOM 3291 NE B5 506 -61.499 -6.329 -33.519 1.00 79.66 at WITH ATOM 3292 ss Boo 506 -60,246 -7.075 -33.110 1.00 81.29 at ATOM 3293 03 Boo 53B -58.493 -7.504 -34.332 1.00 83.87 at with ATOM 3294 CE Boo 506 -58.221 -8.327 -33.910 1.00 85.75 at with ATOM 3295 ΝΖ B5 506 -57.438 -0.754 -35.136 1.00 06.14 at r? ATOM 3286 WITH B8 506 -63.891 -7.314 -32.669 1.00 70.10 at and ATON 329? WITH Ι.Ϊ5 506 -64-Ί? 6 -6.442 -32.465 1.00 74.81 at 0 ATOM 3290 N Bc 507 -63.487 -8-37] -31-877 1.00 71.5? at N ATOM 3299 CA Bf 50? -64.313 -0.524 -30.604 1.00 60.59 at WITH ATOM 3300 Sz Bw 507 -64,479 -10,000 -30,294 1.00 70.01 at WITH ATOM 3301 SS Bf 507 -65.504 -10.799 -31.017 1.00 71.09 at with ATOM 3302 Syh Bf 507 -65.466 -12,256 -30,572 1.00 72.00 0 with ATOM 3303 SE2 Bw 507 -66.861 -10.104 -30.716 1.00 70.83 at with ATOM 3304 WITH yee 507 -83.774 -7.719 -29.505 1.00 85.55 at with ATOM 3305 ABOUT B. 1 507 -62,596 -7.808 -29.162 1.00 65.40 at about ATOM 3306 N UAY 508 -64.647 -6.929 -28.091 1.00 62.61 at and ATOM 3307 CA UAY 508 -64.204 -6.166 -27.706 ] .00 £ 0-31 at with ATON 3308 SY UAY 508 -64.402 -4.648 ‘27 .958 1.00 59.68 at with ATOM 3309 SY UAY £ 08 -63.E34 4.250 -29.141 1.00 58.42 9 with ATOM 3310 CO 2 Y71 508 -65.850 -4.271 -28.199 1.00 50.70 at with ATOM 3311 WITH UL 508 -66-161 -6.544 -26.534 1.00 59.23 at with ATOM 3312 □ UL 508 -66.215 -7.103 -26.713 1.00 $ 8.09 n 0 ATOI 3313 N CPS 509 -64.773 -6.149 -25.335 1.00 59.26 at N ATOM 3314 OD ΟΥ5 509 -65.501 -6.401 -24.119 1.00 60.2? at with ATOM 3315 with CPS 509 -66,120 -5,225 -23.534 1.00 81.97 at with ATSN 3316 but Sue 509 -65,421 -4.335 -23.065 1.00 62.31 at 0 ATOM 3317 sv Sue 509 -64.533 -7.109 -23.113 1.00 59.87 at with ATOM 331V sun CPS 509 -65.190 -7.558 -21.476 1.00 60.83 at £ ATON 3319 c ABC 510 -67.455 -5.155 -23.565 1.00 63.76 at N ATOM 3320 CA Battery 510 -68.173 -3.970 -23.107 1.00 65.70 at WITH ATOM 3321 sv ALB 510 -69.146 -3.499 -24.191 1.00 67.66 eight with ATOM 3322 Sat bottom 510 -69.977 -2.206 -23-Θ01 1.00 71.70 at with ATON 3323 ss ALS 510 '69 -45? 1.028 -24.473 1.00 16.06 eight with ATSN 3324 ΝΕ Dlb 510 -10.306 -0.602 -25-585 1.00 79-19 at N ATCI 3325 S-7, ALB 510 -69.871 0.071 -26.643 1.00 01.45 B WITH atom 3326 HH1 ABC 510 -10.715 0.424 -27.605 1.00 82.26 AT AND ATSN 3327 KH2 ABC 510 -65.590 9,407 -26.746 1.00 91.02 at N ATSN 3328 WITH bottom 510 -68.E40 -4,240 -21. B17 1.00 68.34 at WITH ATSN 3329 0 ANO 510 -69.755 -5.157 -21.751 1.00 66.22 at WITH ATSN 3330 N ABA 511 -68.674 -3.435 -20,794 1.00 67.79 at N ATSN 3331 CA ABA 512 -69.380 -3.557 -19.525 1.90 69.49 at WITH ATON 3332 NE ABA 511 -68,390 -3.565 -10 * 375 1.00 69.05 0 WITH ATON 3333 WITH ABA 511 -70.366 -2.403 -19.359 1.00 72.13 at with ATON 3334 0 ABA 511 -70.060 -1.260 -19.685 1.00 71.53 at with ATSN 3335 N NG5 512 -71.552 -2.725 -18.052 1.00 75.10 at N ATSN 3336 CA vzz 512  72.610 -1.734 -19.709 1.00 77.76 at WITH ATCI 333? NE NGO 512  73.919 ‘2.2 76 -19.30.0 7, 00 79.16 at WITH ATSN 3338 Si NG5 512 -73.832 -2.568 -20.773 1 .00 00.99 at WITH ATSN 3339 C 02 NG5 512 -73-653 -3.732 -21.442 1.00 81.47 B WITH ATSN 3340 N01 yoke 512 -13.926 -1.5Я4 -21,735 1.00 01.65 at N ATSN 3341 CE1 HER 512 -73.00? -2.130 -22.933 1.00 01.05 at WITH ATSN 3342 ΝΕ2 NT5 512 -73.64 0 -3.431 -22.793 1.00 01.72 at N

- 139 032 106

ATOM $ 334 ABOUT 1113 512 -72.314 -1.370 -17.244 1.08 70.56 at with ATOM 2344 ABOUT Ή13 512 -72.797 -2, 238 “16.371 1.08 77.69 at about ATOM 3315 M L $ N 513 -73.0 (16 -8.081, -16.983 1 .08 80.56 at and ATOM 3346 CA Α3Ν 513 -73,163 0.401 -15.613 1.00 83.31 at with ATOM 3317 NE A5N 513 -72.626 1.831 -15.495 1.00 82.00 E1 with ATOM 3343 SS AZN 513 -72.534 2.302 -14.054 1.08 81.60 at with ATOM 3319 001 Ayo 513 -72,666 1,510 -13.120 1.00 31.74 AT ABOUT ATOM 3350 N02 ΑΞΝ 513 -72.304 3.597 -13.867 1.08 30.52 AT N ATOM 3351 WITH Άξη 513 -74.626 0.363 -15.172 1.00 35.11 AT with ATOM 3352 about AZES 513 ‘75. 534 0.530 -15.9V7 1.00 85.01 AT ABOUT ATON 3353 N ΑΙΛ 514 71.347 0.140 -13. EVO 1.08 87.99 AT AT ATOM 3354 CA ABD 514 -76. 108 0.207 -13.331 1.08 91.44 at with ATSM 335 $ NE L1L $ 14 Ί6.222 0.503 -11.962 1.00 $ 8.06 at G ATOM 3356 WITH ABA 514 -76, 608 1.666 -13.14-9 1-08 94.10 0 with ATOM 3357 0 ABA 514 -75,762 2,559 -13-074 1.00 94.52 at 0 ATOM 3358 N RNE 515 -77.916 1.905 -13.094 1.00 96.76 AT to ATOM 3359 CA OUT 515 -70,440 3.265 -13.033 1.00 98.60 at with ATOM 3360 NE RNE 515 -79. 951 3.262 -13.296 1.00101. OE at with ATON 3361 SS RNE 515 -60.327 2.774 -14.671 1.00103.00 at with ATOM 3 362 CO2 RNE 515 81.351 1.053 -14.840 1.00104.07 at with ATOM 3363 Wed2 RNE $ 15 -79.658 3.237 -15.795 1.08104.65 at with ATOM 3364 CE] RNE 515 -81.701 1.408 -16.103 1.08105.30 at with ATOM 3 365 CE2 RNE 515 -88,003 2.7J9 -17.061 1.00105. " at with ATOM 3,366 C £ RNE 515 - $ 1.026 1 .069 -17.2) 5 1.08105.53 at with ATOM 3 367 WITH RNE 515 -78.14? 3.936 -11.be2 1.00 90.36 at with ATOM 3,368 th RNE 515 -70.217 5.160 -11.676 1.00 90.94 at ABOUT ATOM 3365 n SUE 516 -77.316 3.135 -10.6B4 1.00 97.52 at at ATON 3370 CA C1L 516 -77.447 3.69Σ -9.394 1.00 96.59 at £ ATON 3371 WITH st $ 16 -15.912 3.529 -9.061 1.00 96.24 at with DTON 3372 ABOUT SAT 516 -75.559 3.767 '7.925 1.00 96.40 at ABOUT ATOM 4,375 N όϊτΥ 717  $ 7. 1 .1.5i -1i .ugu 1.00 9a.1 $ at " DTON 3374 CA ίΐ, γ 517 -13.790 2.774 -9.707 1.00 92.79 at with ATOM 3375 WITH SUE 517 -75,716 3,661 “10.079 1 - FO 91, 27 at with ATOM 3376 ABOUT οτ.γ 517 -7 3, (164 4.026 -10.794 1.00 01.57 at P ATON 5377 N ay 518 -?one . 577 3,101 -9.525 1.00 39.32 at N ATOM 3378 CA these 518 -70.512 4.693 -9.645 1.00 36.03 at with ATON 3379 NE these 518 -69.724 4.773 -8.334 1.00 39.07 at with ATON 3380 SS si 518 -69.053 3.530 -7.44.3 1.00 92.53 at with ATON 3381 With ΰυυ 518 -69.333 2.270 -8.185 1.00 94.95 at with ATOM 3 382 OE1 ay 518 -60.149 1.938 -7.912 1.00 96.07 at ABOUT ATON 3382 OE2 these 513 -38.124 1.603 -8.813 1.00 96.67 at 0 ATON 3304 WITH zi 518 -69.507 4.390 -10.790 1.00 83.45 at with ATON 3385 ABOUT 5I 513 -60.691 5.213 -11.122 1.00 33.02 at 0 DTON 3306 but Eat 519  69.717 3.231 -11.413 1.00 79.54 at at DTON 335? CA <5b 519  60 .012 2.064 -12.536 1.00 73.4 $ at with dton > 308 with οι.γ 519 -60.169 1.401 .12.522 1.08 69.83 at with ATON 338? ABOUT OW 519 -60,132 0.761 11.466 1.00 68.76 at 0 DTON 3390 N UAY 520 -60,164 0.060 “13-781 1.00 64.4 * at at ATON 3391 CA UAY 520 -61,512 -0.548 -13-836 1.00 64-24 at with ATOM 3392 NE UAY 520 -60.924 -1,320 -14.570 1.00 59.70 at with ATON 3393 CC1 UAY 520 -70,216 -1.362 -13.780 1.00 60.31 at with ATOM 3394 CC2 UAY 520 -69.128 -0.761 -15.960 1.00 58.45 at with ATOM 3395 WITH UAY 520 -66.525 -0.699 -14.632 1-00 57.65 at with ATOM 3396 th UAY 520 -66.190 0.146 -15.462 1.00 55.74 at ABOUT ATOM 3397 N TUI 521 -65. B06 -1.786 -14. 376 1.00 55.00 at N DTON 3398 CA TTGY 521 64.711 -2.188 -15.252 1.00 53 .22 at with ATON 3399 NE ΤΥΡ 521 -63.522 -2.693 -14.430 1.0-3 52.94 at with DTON 3400 SS TOUR 521 “62,091 -1.655 -13.537 1.08 53.00 at with DTON 3101 wed1 ΤΪΡ 521 -63,254 -1.566 -12.280 1.00 54.50 at € DTON 3402 CE1 ΤΪΡ 521 -62,667 -0.63 * -11.362 1.08 $ 5.31 at with ATON 3403 C 02 T ¥ p 521 “61 -91 $ 0.798 -Q.016 1.00 $ 3.24 at with ATOM 3404 CE2 T ¥ B 521 -61.326 0-148 -13,105 1-00 51.99 at with ATON 3405 CE T ¥ D 521 -61-704 O.GU 11-a $ 9 1.00 55.53 at with ATOM 3406 he ΤΪΒ 521 -61.120 1,131 -11,021 1-00 57.15 at 0 ATON 3407 with ΤΪΒ 521 -65,161 -z, 2 “d -16,215 1-00 51.73 at with ATOM 3408 0 T ¥ B 521 -65.941 -4.155 -15.853 1.00 51.92 at 0 ATOM 3409 ϊί ABA 522 -64.67 1 -3,201 -17.446 1.00 49.79 at μ ATOM 3410 CA ABA 522 -64.720 -4.330 -18.350 1.00 40.15 at with DTON 3411 NE ABA 522 -64.927 -3.Θ66 -19.782 1.00 47.0V at with ATOM 3412 WITH D1L 522 63.101 -5.076 -18.220 1.00 4V.00 at £ DTON 3413 ABOUT ABA 522 -62.348 -4.452 -18.090 1.00 4 V.65 at 0 ATOM 3414 I 1b 52 3  63.456 B.403 -18.240 1.00 45.00 at at DTON 3415 CA 1b 523 -62.257 -7.200 -13.080 1.00 4 3.99 at with DTON 3416 sv 1Y5 523 -62-249 -7.091 - 16.715 1.00 43.33 at with ATOM 3417 CC2 1b 523 -68.93? -0-642 16- $ 29 1.00 42.V? at with ATOM 3418 CC1 ΊΕΕ 523 -62.106 -6.037 -15-610 1-041 43.33 at with

- 140 032 106

ATCI 3419 From 01 TIE 523 62.315 -7.101 -14.295 1.00 41.92 0 with ATOM 3420 WITH TT.E 523 -62.107 -0.267 -19.165 1.00 44.59 0 with ATON 3421 ABOUT ΙΙ.Ε $ 23 -6.3.005 -9.190 -19.209 1.00 46.06 AT ΰ ATON 3422 N ABA 524 -61,207 “9.127 -20.040 1.00 42-53 AT but ATSM 3423 CA ABA 524 -61.07 $ -9.025 -21.179 1.00 41.89 AT with ATSN 3424 NE ABA 524 -60,713 -9.238 -22.431 1.00 41.27 AT WITH ATON 3425 WITH ABA 524 -60,024 -10,060 -20. B90 ], 00 41-20 AT with ATON 3426 ΰ ABA 524 -59.07Y -9.Θ51 -20,150 1.00 41.10 AT 0 ATOM 3427 N ABY 525 -60,200 -11.247 -21.497 1.00 41.36 AT l DT <F 34 2 $ CA DR.Y 525 -59.173 -12.270 -21.451 1.00 41.15 AT with ATOM 3429 NE ANO 525 -59.7Θ1 -13.570 -20.924 1.00 40.10 AT with ATON 343O SS AIS 525 -58.773 -14.635 -20.566 1.00 39.4V AT with ATOM 3431 Joint venture ΑΒΰ 52 $ -50.041 -14.338 -19.260 1.00 37.5V AT with ATOM. 3432 ΝΕ AKC 525 -57,191 -15.473 -10.924 1.00 37.63 at and ATOM 3431 CE AR.6 525 -ί> έ, ΰ £ 9 1 $ .401 16.221 1.00 30.00 at e ATOM 3434 ΝΗ1 ABC 525 -55,376 -16.508 -17.97 $ ] -00 35.82 AT N ATOM 3435 IN2 ABC 525 -55.610 -14,250 -17.761 1.00 37.77 0 N ATON 3436 WITH ALL 525 -5Θ.628 -12,439 -22,969 1.00 40.90 at with ATOM 3437 ABOUT ANY 525 -59.364 -12.790 -23.707 1.00 41.72 at 0 ATOM 343rd I COURT 526 57,342 -12.163 -23.050 1.00 41.85 at N ATON 3439 CA one hundred 526 -56.764 -12.090 -24.387 1.00 4 2.79 at with ATOM 3440 WITH court 526 * $ 5. 720 Ί3.167 -34.581 1.08 4 2.97 at with ATSM 3441 ABOUT SU 5 526 51.616 -10.022 -23-761 1.00 44.19 at 0 ATSM 3142 NE CPS 526 -56.121 -20.723 -24.615 1.08 45.96 at with ATSM 3143 thirty CPS 526 -57,250 -I-ZN -24-131 1-0-0 + 9-10 at at ATON 3444 Ιί CPS 527 -55 .03? -13.912 -25.674 1.00 + 3.71 0 TO ATON 3445 CA CPS 527 -55.014 -15.099 -25.051 1.00 +3.31 at with ATON 3446 WITH CPS 527 -54.445 -15.210 -27.257 1.00 43.72 at with ATON 3447 0 SU & 527 -55.945 -14.739 -28.226 1.00 41.42 at 0 ATOM 3449 C0 SUYA 527 -55. -16.351 25.559 1.00 +2.73 at with ATOM 3443 5C CPS 527 - 56.057 -16.347 24.051 1.08 43.67 at 3 ATOM 3450 N veins 526 -53.287 -15.052 -27.355 1.00 46.11 at m ATOM 3451 CA Bf 52 $ -52,702 16-18? -28- 644 1.00 40.34 at with ATSM 3452 NE Bw 52Y -51.176 -16.11V -28.565 1.00 49.97 at with ATOM 3453 With Bw 525 -50,603 “14,639“ Ϊ8-53Ϊ 1.08 51.33 at with ATSM 3454 Pops Bf 528 -49,103 -14.151 -28.316 1.00 51.51 at with ATOM 3455 002 Bw 528 -50.934 -13.931 -29.8 + 0 1.00 50.91 at with ATOM 3456 WITH Bw 528 -53,145 -17.583 -29.064 1.00 51.31 at with ATOM 345? 0 Bw 528 -52,695 -18.589 -28.511 1.00 51.03 B 0 ATOM 345V 14 Bw 529 -54.042 -17.622 -30.043 1.00 52.37 at [four ATOM 3459 CA Bw 529 -54.606 -18.365 -30.548 1.00 53.39 at with ATOM 34 60 sa Bw 529 -56.102 -18.934 -30,230 1.00 53.20 at with ATOM 3461 SSt Bw 529 -56.625 -20.120 -29. 423 1.00 52.7? at with ATOM 34 62 CO2 CEO 529  50.110 -20.235 -29, 646 1.00 52.41 at with ATOM 34 63 the juice Bw 529 -55.929 -21.482 -29.949 1.00 53.54 at with dtlm 34 $ 4 □ “> Έ.ΠΠ 529 -54.41V 18.876 -32.057 7.00 54.00 R with ATOM 34 65 0 WEIGHT 529 -55.236 -18.320 -32.799 1.00 53.05 £ 0 ATON 34 66 N RVO 533 -53.332 -19.4 95 -32.532 1.00 56.04 Yo N ATON 34 67 SR REY $ 30 -52.292 -20.19 $ -31.760 1.80 S .17 Yo with ATOM 34 6V CA REY $ 33 -53.079 -19, $ 2? -33.976 ί .00 58.9 $ AT with ATON 34 69 NE REY 530 -51.726 -20.23 $ -31-096 1.00 $ 6.96 at with ATOM 3470 B REY 530 -51.557 -20.980 -32.ΘΟ9 1.00 58.65 l with ATON 3471 WITH REY 530 -54,154 -20.219 -34.77? 1.00 $ 0.63 l with ATLM 3472 P rio 530 -54 .712 -21.253 -34.353 1.00 59.30 at 0 ATOM 3473 Ή yy 531 -54.530 -19.623 -35.909 1.00 62.90 at n ATOM 3474 CA B1H 531 -55.51V -20.193 -36, B32 1.00 65.75 at with ATOM 3475 NE sn 531 -54.98Θ -21.495 -3? .431 1.00 6? .57 at with ATOM 3476 with oh 533 -53.801 -21.301 38.356 1.00 72 .19 at with ATOM 3477 With 6b 531 -52.7 52 -22.372 -ZV, 173 1.00 75.18 at with ATOM 3475 CE1 sy 53 ΐ -53.063 -23.506 -37.001 ί.80 76.05 at 0 ATOM 3479 ΝΕΖ S1.K $ 31 -51.496 -22.019 -30.429 1.80 76.74 at n ATOM 3400 WITH sn 531 -56.963 -20.449 “36-175 1.00 65.0+ at with ATOM 3401 0 sy 531 57.006 21.46 $ -36.42? 1.80 66.30 at about ATOM 34B2 N ABA 532 -57,299 -19.521 -35.330 1.00 66.37 at N ATON 34 03 CA ABA 532 -56. $ 62 -19.657 -34.6 $; 1.00 66.44 at with ATOM 3404 sv ABA 532 -58.439 -19.186 -33.211 1.00 66.93 at with ATOM 34 95 WITH ABA 532 -59.632 -10.856 -35. 373 1.00 66.62 l with ATOM 34 B6 WITH ABA 532 -59.369 -17.771 -35. B91 I.00 67.32 at 0 ATOM 3407 N ABA 533 -60.Θ40 -19.404 -35.407 1.00 66.62 at N ATOM 34Θ0 CA ΑίΛ $ 33 -61.990 -1V.674 -35.V93 1.00 66.37 at with ATOM 34J9 se ABA $ 33 -62.599 -19.305 -3? . 101 K .00 65.70 at with ATOM 3490 with AT.A $ .33 -63.017 18,593 -34.763 1.00 66.1V at with ATOM 3491 0 ABA $ 33 -63.01Θ -19.510 -34.563 1.00 66.00 at 0 ATOM 3492 n CPS $ 34  62.975 -1 7.495 -34.020 ϊ.00 65.19 at s ATOM 3493 CA CPS 534 -6.3.086 17.309 -32.903 1.00 64.78 at with ATOM 3494 WITH CPS 534 -65.066 -16.435 -33-307 1.00 64.00 □ with

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ATON 3495 ABOUT CPS 534 -65.030 -15.764 -34.333 1.00 63.92 AT ABOUT ATSN 3496 NE CPS 534 -63.164 -16.654 -31,733 1-00 64.32 E with ATSN 3497 AP CPS 534 -61.664 -17.496 -31.140 1.00 66.97 6 five ATSN 349B N ZEK 535 -66.107 -16.450 -32.40? 1.00 64.06 AT N ATOM 3499 CA ZEK 535 -67.332 -15.722 -32.756 1.00 64.37 AT with ATCI 3500 About Yen 535 -60.104 -6.394 -33.894 1.00 65.10 AT with In summer 3501 OS WAY 535 -68.463 -17.724 -33.551 1.00 67.16 at ABOUT ATOM 3502 WITH ZEK 535 -68.192 -15.695 -31.500 1.00 64.34 at with ATSN 3503 ABOUT ZEK 535 -67.97V -16.480 -30.578 1.00 64.67 at ABOUT ATON 3504 N UA1. 536 -69.162 -14.789 -31.467 1.00 64.90 at N ATSN 3505 CA UL 536 -70.06V -14.687 30-331 1.00 65.96 3 with ATOM 3506 NE UAY 536 -70, IE -13.241 -29.191 1.00 65.53 at with ATSN 3507 CC1 UAY 536 -71,066 -13,775 -2 ", $ 94 1.00 64.39 at with ATON 350V CC2 UAY 536 -68.143 -12.769 -29.40 $ 1.00 65.08 at with ATOM 3509 £ UAY 536 -71.471 -15.116 -30.738 1.00 67.18 at with ATSN 3510 □ UAY 536 -71.923 -14.820 -31.643 1.00 65.Θ1 at ABOUT ATON 3511 and H13 537 -72.153 -15.810 -29.840 1.00 69.33 at N ATSN 3512 CA No 537 -73.527 -16.238 30.076 1.00 12.07 at with ATSN 3513 SR SHYA 537 -73.586 -17.754 -30.277 1.00 13.31 e with ATSN 3514 with ide 537 -72.754 -18.240 -31.4 2.3 1.00 75.71 at with ATOM 3515 CC2 ΉΪ5 53? -71.43? -18,549 -31 - 502 1.0V 76.61 at with ATON 3516 N01 I13 53? -73,269 -18,430 -32,606 1.00 76.54 at I ATSN 3517 CE1 I13 53? -7?, 396 -18.847 -33.494 1.00 77.41 at with ATSN 3518 ΝΕ2 I13 537 -71,184 -18.922 -32.500 1.00 70.04 at I ATOM 3519 WITH Η1Ξ 537 -74.395 -15.831 -20.Β94 1.00 73.31 at with ATOM 3520 ABOUT ΉΊΞ 53? -74.074 -16.135 -27.745 1.00 73.15 at ABOUT ATOM 3521 N TYPE OF 53 V -75.493 -15.140 -29.102 1.00 75.42 at N ATOM 3 $ E2 CA Transnational corporation 53B -76.31V -14.53V -20.141 1.00 77.29 at with ATOM 3523 NE TNN 53Θ -76-397 -] 3.00 $ -20,311 1.00 77.11 at with ATON 3524 CC1 Transnational corporation 53Θ -75.017 -12.447 -20.274 1.00 76.03 at about ATOM 3525 SS? Transnational corporation 53 V -77,230 -12.389 -27,203 1.00 76.60 at with ATOM 3526 WITH Transnational corporation 530 -77,740 -3 5.006 -20-151 1-00 79.06 at with ATOM 3527 □ 7 Tax Code 538 -76.2B4 -15.411 -29.207 1.00 70.65 at ABOUT ATOM 3528 N ABA 539 -78.335 -15.186 -26.968 1.00 00.99 at I ATOM 3529 CA ABA 539 -79.752 - 1 5.4 95 -26. B45 1.00 V3.77 at with ATOM 3530 NE ABA 539 -79.933 -16.8V9 -26. 265 1.00 VZ.OE at with ATOM 353] WITH ABA 539 -BO.416 -14.461 -25.944 1.00 06.16 at with ATOM 3532 ABOUT ABA 539 -79.932 -14.177 24.B50 1.00 V6.73 at ABOUT ATOM 3533 n REY $ 40 -01.537 -13.800 26.396 1.00 V0.31 at n ATOM 3534 with REY 540 -02.164 Ή.122 • 27.7С7 1.00 va. 43 at with ATOM 3535 CA RIO 540 -0? .29 $  12-91? 2b, 692 1.00 90.15 at with ATOM 3536 NE REY 540 -03-360 -12.399 -26. 556 1.00 09.67 at with ATOM 353? se REY 540 -03-51? -13,493 -7? .559 1.00 09-7 1 at with ATOM 3538 with FIG 540 -0 ?. 090 -13,553 -24.344 1.00 92.40 at with ATOM 1539 about PPO 540 -02.934 -14,776 -24.219 ], 00 91.96 at about ATOM 3540 N REY 541 -03,300 -12.729 -23.4С0 I .00 94.7? at n ATOM 3541 With REY 541 -03.36Θ -11,257 -23.433 1,0С 94.86 at with ATOM 3542 CA PPO 541 -0'3.932 -13.243 -22.141 1.00 97.44 at with ATON 3543 NE REY 541 -04.361 -eleven . 900 -21.393 1.00 96.46 at with ATOM 3544 Sat REY 541 -03.528 -1V.892 -21.906 1.00 95.50 at with ATOM 3545 WITH REY 541 -05.103 -14.200 -22 * 362 1.00100.50 at with ATOM 3546 ABOUT REY 541 -05.968 -13.950 -23.2018 1 .00100.57 at ABOUT ATOM 31 = 47 n ΑΙΛ 542 -05.120 -15.293 -21.604 1.00104.26 at N ATOM 3540 CA ΑΙΑ 542 -B6.190 -16.200 -21.100 1.00107.63 at with ATOM 3549 NE L1L 542 -05.66 $ 17,646 21,250 ι.0010? .for at with ATOM 3550 WITH ABA 542 -07.377 -15.8 $ 5 -20,043 1.00110.11 at with A'GOM 3551 ABOUT ABA 542 -68. $ 13 -35,808 -21.316 1.00170-36 at about ATON. 355? N SAT 543 -07.100 -15.550 -19.518 1.00113.18 at N ATOM 2553 CA her 543 -Θ8.10Ξ -15.008 -18.666 1.00116.02 at with ATOM 3554 NE si 543 -08.709 -13.731 -19.25 4 1 .00116.65 at with ATOK 3555 SS si 543 -09.515 -12.911 -10.263 1.00110.13 at with ATON 3556 with CH1 543 -09.438 -11.425 -10.547 1.00118.89 at with ATON 3557 OE1 si 543 -90.442 -10.718 -18.316 1.00139.23 at ABOUT ATON 3556 □ E2 fed up 543 -88.369 -10.961 -19.002 1.00118.98 at ABOUT ATON 3559 WITH fed up 543 -09.202 - 1 6.02 5 -10.376 3.00137.48 at with ATOM 3560 ABOUT si 543 -09.605 - 16.708 -19,259 1 .00117.72 at ABOUT ATOM 3561 I ABA 544 -B9.6B2 -16 * 033 -17 * 134 1.00118.85 at N ATON 356? CA ABA 544 '90 .647 -17,034 -16.660 ! .00120.01 at with ATON 3563 NE ABA 544  91.991  16.816 -17,332 2.00119.80 at with ATOK 3564 WITH ABA 544 -90,110 -10.43? -16.987 7, 00120.71 at with ATOM 3565 ABOUT ABA 544 -90.016 -1 9, 410 -11-014 , 00121-08 at about ATOM 3 566 N 8 EN 545 -08.810 -10.526 -11,212 1.00120.84 at I ATOM 2 567 CA ZEK 545 -88.109 -19.77 (3 -17.617 1 .00120,61 at with ATOM 3568 NE ZEK 545 -07.431 -13.561 -10.942 1.00120.62 at with ATOM 3,569 F 5 £ H 545 -6.831 -20.762 -19.392 1.00121.09 at ABOUT ATON 2570 with £ EH 545 -07.189 -20.24? -16.54V 2.00120.42 at with

- 142 032 106

ATSM 3571 ABOUT ZEV, 545 +87.011 - 19.591  15.622 1.00120.46 AT about ATSM 3572 N MET 546 -86.559 -21.394 -16.789 1.00120.05 AT I ATSM 3573 CA WE 546 -85.549 -21.918 + 15.075 1.00119.53 E with ATSM 3574 NE MET 546 -85.530 -23.451 -15.921 1.00120-9Θ AT with AT He 357 5 OH MET 546 -84.814 -24 .046 -17.132 1.00122.54 E with ATSN 3576 thirty MET 546 -85.634 -23 .714 -18.707 1.00124.63 AT five ATSM 3577 CE MET 546 -84.540 -24.571 -19.051 1.00124.00 AT with ATSM 3579 G. MET 546 -84.161 -21.37 4 -16.225 1.00118.19 AT with ATSN 3579 ABOUT meth 546 -83.141 -21.923 -15.803 1.00118.60 AT 0 ATSN 3580 I 61 .U 547 -84.131 - 20.294 -17.001 1.00115.77 AT N ATSN 3581 CA Be 547 82-868 -19-668 -17.351 1.00112.18 AT with ATSM 3582 WITH SAT 547 -82.6Y7 -19.164 -18.342 1.00109.64 AT with ATSM 3583 ABOUT eat 547 -83.268 -20.186 +19.654 ] .00109.67 at with ATSM 3581 N Transnational corporation 54 th -81.879 -10.473 -19.205 1.00106.80 at and ATSM 3585 CA TNV 548 -81.561 -18.211 -20.604 1.00103.45 at with ATSM 3586 Sho th 548 -81.332 -16.709 -20.340 1.00102.95 at with ATSM 3 $ Y7 OH1 Transnational corporation 549 -82.486 -15.973 -20.42? 1.00102.36 at 0 ATON 3588 S-32 THY 548 81.389 -16.441 -22.322 1.00102.07 at with ATSM 3589 WITH shooting gallery 518 -80.296 -18.974 -20.909 1.00101.35 AT with ATSN 3590 ABOUT TIR $ 4 " -79.298 -18.932 -20.270 1.00101.40 at about ATSM 3591 N ARS 54 3 ‘$ 0-342 --9.671 + 22.120 1.00 90.30 at μ ATSN 3592 CA ABC 549 -79.255 -20-565 -22.584 1.00 95.33 at with ATSN 3593 NE DES 549 -79, 600 -22.02Ϊ -22,300 1.00 97.27 at □ ATON 3594 SS ABC 54 9 -80.069 -22.352 -20,871 1.00 94-72 at | _ YATO " 3595 SR Battery 54 9 -80.915 -23.613 -20.793 1.00101.92 at with ATOM 3596 ΝΕ Ic 54 9 -81.482 -23.787 -19.459 1.00104.40 AT N ATSN 3597 cg DES 54 9 -80.868 -24.457 -10.475 1.00105.40 at WITH ATOM 359Y ΝΗ1 ARS = 4 9 -81.478 -24.562 - 17.209 1.00105.68 at μ ATON 3599 inc ICE 54 3 -79, 707 -2 5.026 -10.677 1.00105.41 at N ATOM 3800 £ ARS $ 4 9 -78.908 -20-370 -23.946 1.00 92.19 at WITH ATON 3601 with ABC 549 -79.616 -Zo.Oeo + 24, $ 23 1.00 91.7 $ at WITH ATON 3602 Ή Oy 550 -77.509 -20,522 -24.174 1.00 60.72 at N ATON E6SZ CA UAY 550 -76.953 -20.534 -25.520 1.00 85.99 at WITH ATON 3604 C8 UAE 550 -76.520 -19,120 -25-963 1.00 $ 5-94 Yo WITH ATON 3605 SY ΥΑ1. 550 -75.387 -18.624 -25.000 1.00 35.93 at with ATOM 3606 SI il 550 -76.093 -19.138 -27.420 1.00 85.60 at WITH ATON 3607 with UDE 550 -75.751 -21.461 -25.532 1.00 84.16 at with ATOM 3608 about OL 550 -75.114 6 -21.584 -24.532 1.00 83.76 at 0 ATON 3609 N ΗΙ5 553 -75.522 -22.127 -26. 657 1.00 82.33 at N ATOM 36Η} SD ΉΙ5 551 -74.360 + 23.001 - 26.788 1.00 81.02 at WITH ATOM 3611 NE shz 591 -74,732 24,438  26.390 1.00 83.78 at WITH ATOM 3612 SS 825 551 -75.082 +25.015 +27.158 1.00 86.60 at WITH A'GOI 3613 CC2 H15 551 -75-966 -25-468 -20-431 1.00 87.85 at WITH ATOM 3614 N01 ΗΙ5 557 -77.124 -25.203 + 26.680 1.00 87.05 at eleven ATOM 3615 CE1 ΗΙ3 551 -17.933 -25,747 -27.496 1.00 80.26 at with ATOM 3616 ΝΕ2 ΗΙ5 551 -77.253 -25,919 -20.615 1.00 80.32 Yo n ATOM 3617 WITH 815 551 -73.ΘΟΟ -22,976 -26.193 1.00 70 .07 at with ATSM 3618 WITH ΗΙ5 551 -74.450 -22.512 -29.135 1.00 70.95 B with ATOM 3619 N SUY 552 -72.575 -23.469 -20.334 1.00 76.26 at N ATSM 3620 CA SUY 552 -71.0V5 -23.474 -29.612 1.00 74.68 at WITH ATOM 3621 WITH One hundred 552 -72.362 -24.649 -thirty. 456 1.00 76.00 at 0 ATOM 3622 WITH SUY 552 71.934 -25.706 -30.253 1.00 75.80 at 0 ATOM 3623 NE With short circuit 552 -70.375 -23.572 -29. 387 1.00 71.57 at 0 ATOM 3624 5 B SUY 552 -69.677 -22.320 +20.252 1.00 67.04 at five ATOM 3625 I 815 553 -73-217 -24.363 -31.486 1.00 77.76 B N ATOM 3626 CA NT 5 553 -73.089 -25.399 +32.212 1.00 79.66 at WITH ATOM 3 627 NE ΗΙ5 553 -76,055 -24-903 -33-813 1.00 84.1 $ at WITH ATOM 3 628 SS 815 553 -76.263 -24,472 -32.196 1.00 8Θ.61 B WITH ATOM 3629 C 02 ΗΙ8 553 -76.6Ϊ6 -23,332 -31,553 1.00 90.41 Ξ with ATSM 3630 N01 NTE 553 -77.290 -25.369 -31.901 1.00 90.68 eight N ATON 3 631 Сё1 H13 553 -78.234 -24,795 -31,256 $ 1.00 91-5 at WITH ATOM 3632 NYO2 H1B 553 -77.857 -23.558 -30.983 1.00 91.04 g N ATSM 3633 WITH H13 553 -72.910 -26.066 -33.177 1.00 70.29 g WITH attacks 3634 ABOUT bottom. 553 -72.901 -27.209 -33.317 1.00 70.79 at 0 atom 3635 N Ogl 554 -72.091 -25.257 -33.041 1.00 75.87 at N ATON 3636 CA sn 554 -71.147 -25 .755 -34.878 1.00 73.89 E WITH ATOM 3637 NE CM" 5 $ 4 -70.435 -24.592 -35.516 1.00 76.44 at 0 ATON 3 638 SS C1L 554 -71.323 23.528 -36.140 1.00 VO. 50 at 0 ATON 3 639 SR ON 554 70.070 -22.230 - 36.395 1.00 03.46 eight WITH ATON 3,640 OE1 C1L 554 -70,163 -21.937 -37,527 1.00 03.91 eight ΰ A'GSK 3641 ΝΕ2 5N 554 -70.376 -01,145  3 $, ez? 1.00 04.48 Ξ N ATON 3642 WITH sn 554 -70.204 -26.701 -34.340 1.00 71.10 B WITH ATON 2643 ABOUT 31H 554 -69.724 -26,663 33,312 1.00 70.66 3 0 ATSM 3644 N sm 555 -69.900 -27.701 -35.261 1.00 61.93 B I ATON 3645 CA C1 + H 555 -68.960 -20,029 -34.792 1.00 65.43 at with ATSN 3,646 NE BYN 555 -69.000 -30.006 -35.762 1.00 66.77 at with

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ATOM 3647 CE SEN 555 -70.449 -30.677 -35.766 1.00 68.17 0 with ATOM 3648 With 6Sh 955 -70.635 -31.636 -34.596 1 .00 69.56 AT with ATOM 3649 0E1 COM 555 -70.909 -31.202 -33.472 1.00 68.69 AT 0 DGSK 3650 HE2 YY 555 -70.4BZ -32.919 -34. 057 1.00 70.20 AT I dtsn 3651 WITH 0124 555 -67.535 -28 .290 -34.018 1.00 63.77 AT with atom 3653 □ 0124 558 -67.166 -27.537 -35.718 1.00 63.0V AT 0 ATON 3653 N OW 556 -66.737 -20.678 -ZZ.V2V 1.00 61.44 0 I ATON 3654 CA SUE -55 6 -65.364 -20.211 -33.765 1.00 58.50 0 with ATSM 3655 WITH SUE 5 5 6 -65.237 - 26.820 <3-169 1.00 56.70 AT with ATOM 3656 0 SUE 556 -64.138 -26.277 -33.672 1.00 56.59 AT 0 ATON 3657 N ΗΙ5 557 -66.363 -26.233 -32.175 1.00 54.74 at and ATON 3658 CA H15 557 -66.359 -24.945 -32.104 1.00 54-39 at with DTOM 3659 sa and ΐ *. 557 -67.488 -24, 066 -32.654 1.00 56.06 at with ATOM 3660 se H15 557 -67.257 -23.603 -34.059 1.00 59.40 at with ATON 3661 CO2 ΗΣ5 557 -67.399 -22.303 -34.631 1.00 60.00 at with dton 3663 N □ 1 NTO 557 66.794 -21.440 -35.052 1.00 60.87 at AND ATSN 3663 CEO honoring 557 -66.658 -23 .756 -36.175 1 .00 60.41 at with ATOM 3664 NOT? ΗΙ5 557 -67.018 -22.506 -35.946 1.00 60.64 at and ATSM 3665 WITH ΗΙΞ 557 -66.517 -25,126 -30.597 1.00 52.41 at with ATSM 3666 0 ΗΙΞ 557 -67.408 -25.118 -30.129 1.00 52-00 at ϋ ATOM 3667 I UAB 558 -65.551 -24.610 -29.043 I, 00 5ΰ, 33 0 N ATSN 366V CA UAB 558 -65.494 -24.841 -26.408 1.00 48-46 at with ATSN 3669 NE UAB 558 -64.078 -25.271 -27.939 1.00 48.1 and at with ATSN 3670 CC1 UAB 55V -64.078 -25 .737 -26.546 1.00 18.76 at with ATSN 36? one Sy2 UAY 558 -63.5Θ1 -26.372 -28.913 1.00 47.3V 0 with ATSN 367? WITH UD 55V -65.804 -23.502 -27.642 1.00 17.50 at with ATON 3673 0 UAB 555 -65-607 -22 -46V2Β, ίτ8Ο ], 00 4ё.30 at □ ATSM 3674 to ivy 559 -66.536 -23.761 -26.499 1.00 46.06 at n ATOM 3675 CA Bj 559 -66.94'ϊ <2.63? -25.674 1.00 45.93 E with ATSM 3676 NE Bj 559 -68.119 -23.041 -24.782 ], 00 45.03 at with ATOM 3677 SS Bj 559 -68.664 -21.975 -23,033 1.00 47.50 at with ATON 367B CO2 Bj 559 -69.353 -20.081 -24.635 1, O0 45.95 at with ATSN 367? (DK ooi 559 -69.639 -22.617 -22.047 1.00 4 6.31 at with ATON 3660 with Bj 559 65.777 -22.167 -24.010 1.00 4 5.32 at with ATCI 3661 0 THEO 559 65.271 -22.923 -23.980 1.00 46.56 at 0 ATON 3663 to Transnational corporation 560 -65.342 -20.926 -24.999 1 .00 4-1.72 at at ATSN 36Β3 CA TNR 560 64.106 -20.413 -24.267 1.00 13.04 at with ATON 36J4 NE tnr 560 -63.195 -19.709 -25.204 1.00 12.02 at with ATSN 36B5 OS! Transnational corporation 560 -63.026 -16.565 -25.192 1.00 42.05 at 0 ATSM 3686 CC2 Transnational corporation 560 -62.746 -20.654 -26.302 1 .00 42.95 at with ATSN 3687 WITH Transnational corporation 560 -64.574 -19.433 -23.161 1, ΐίΰ 4 3.79 E with ATSM 368V 0 Transnational corporation 560 -63.807 -19.219 -22,231 1.00 44.66 at about ATSM 3689 N Syu 561 -65.757 -10.034 -23.281 1.00 44.15 R I ATSM 3690 CA Syu 561 -66.217 -G? , 908 <3,260 1.00 45.65 at with ATSM 3691 WITH SUE 561 -67.688 -17.546 -22.367 1.00 48.91 at with ATOM 3692 0 SUE 561 -68.264 -17.559 -23.457 1.00 48-94 at 0 ATOM 3693 N SUYO 562 -68.296 -17 .223 -21.223 1.00 52.04 at μ ATSM 3694 CA SUYO 562 -69.694 -16.790 -21.173 1.00 50.91 at with ATON 3695 WITH SUB 562 -69.821 -15.372 -20.622 1.00 57.36 at with ATSN 3696 0 CPS 562 -69.176 “15 .019“ 19.630 1.00 57.14 0 0 ATON 3691 SR popping 562 -70.525 -17.726 -20.286 1.00 60.25 at with ATSM 3695 8C SUY 562 -70.658 -19.459 <0.042 1.00 66.25 at Th ATSM 3699 N ZEK 563 <0.665 “14.566 -21.254 1 .00 59.16 at at ATON 3700 CA 5 ITS 563 -70.OYO -13.23V -20.743 1.00 60.40 at with ATSM 3701 NE ZEK 563 -70.453 -12.361 <1.69? 1-00 59-60 at with ATSN 3702 OS 8 ITS 563 -69.037 -12.362 <1.114 1.00 60-14 at 0 ATSM 3703 WITH ZEK 563 -72,404 -17, O? 3 -20.570 1, O0 £ 1.66 at with And there 3701 0 ZEK 563 -73,270 -13,026 -21.140 1.00 61.85 R- 0 ATOM 3705 S ZEK 564 -72.503 -12.005 -19.780 1.00 63.51 at N ATOM 3706 CA ZEK 564 -74.296 -11.041 -19.540 1.00 65.75 at with ATOM 3707 NE ZEK 564 -74.798 -12.760 -18.424 1.00 65.21 at with ATSN 370V os ZEK 564 -76.107 -12.593 -18.216 1.00 64.95 at 0 ATON 3? 09 with ΞΕΚ 564 -74.542 -10.389 -19.156 1.00 67.5V at with ATOM 3710 0 ZEK 564 -73.912 -9.870 -18.236 1.00 67.06 at ΰ ATON these N I73 565 -75.458 -9.735 -19.062 1.00 70.45 at n ATOM 3713 CA YaYa 565 -75.896-th .401 -19.475 1.00 74.26 at with ATSM 37i NE I18 565 <6.342 -7.352 <0.441 1.00 74.10 at with ATSM 3714 SS I15 565 -76.129 -7.216 -21.710 1.00 75.03 at with ATSM 3715 CB2 H15 565 -77.193 -6.137 <2.019 1-00? 5.03 E with ATSM 3716 msya I15 565 -75.624 -7.418 -22-057 1.00 15.79 at at ATSM 3717 CE1 В1Ё 565 -76.664 -7, 516 -23.617 1.00 15.02 at with ATOM 371B ME2 ΡΪ5 565 -77.5O5 -6.679 -23.335 1.00 14.96 at at ATSN 3719 WITH H1YO 565 -77.417 -8.327 -19.447 1.00 76.76 at with ATOM 3720 ABOUT H13 565 -78.093 -9.033 -20.181 1.00 76.35 at 0 ATSN 3? 21 N TKR 56 £ -77.952 -7 .471 -18.582 1.00 90.24 at n ATSM 3722 CA TKR 566 -79.395 7.319 -18.157 1.00 93.92 at with

- 144 032 106

ATOM 3723 NE TAP 566 -79.885 -7.-999 -17.101 1.00 V2.V7 AT with ΛΤΌΚ 3724 SS TIR 566 -79.07a -1.076 -15,975 1.00 01.41 AT with so 3725 C 02 TNR 566 -77.859 -B, 319 -15.564 1.00 00.05 AT with ATOM 3726 C 82 TIR 566 -77.461 -1.724 -14.351 1.00 VO.01 AT with ATON 3727 Cez T.N.R 566 -77.073 -9.342 -sixteen. 103 1.00 VO.ZE AT with ATON 3rd? 2nd co1 TNR 566 -79.340 -6.740 - 15. 025 1.00 01.33 AT with ATON 3729 ΝΕ1 tn ₽ 566 -78.307 -6.762 -14.043 2.00 01.30 AT N ATOM 3730 07-2 TV? 566 -76.314 -0. 118 -13.667 1.00 00.57 at with ATOM 3731 Cez TV? 566 -15-934 -9,732 -15.423 1.00 00.05 at with ATON 37 32 HE? TV? 566 -7 5.665 -9.122 -14-21V 2. <10 00.06 at with ATON 3733 WITH TNR 566 -79.835 -5.861 -18.459 1.00 01.50 at with ATON 3734 0 TNR 566 -73.009 -4.951 -18,373 1.00 07.72 at 0 ATOM 3735 N si 567 -81.146 -5.651 -18.555 1.00 91.79 at N ATON 3736 CA □ y 567 -81.711 -4,311 -18.649 1.00 95.79 at with ATON 3737 NE syz 567 -Θ2.770 -4 .270 -19.749 1.00 96.18 at with ATOM 3738 SS CEO 567 -02.799 -2,967 -20.519 1.00 98.36 at with ATON 3739 With szy 567 -01.569 -2.7V6 -21.384 1.00 99.33 at. with ATON 3740 OE1 si 567 -80.732 -ZL15 -21.431 1.00 98.92 at about ATON 3741 OE2 eat 567 -01.436 -Ϊ .71? -22-019 1,00100.24 at about ATON 3742 0 Joint venture? 567 -82.338 -3,066 -17.3J8 7 .00 98.41 at with ATON 374 3 0 si 567 -82,113 -2.742 -16.076 1.00 98.57 at 0 ATON 3744 I UAY 568 -83, 111 -4.751 -16,714 1.00101.90 at N ATON 3745 CA UAY 568 -03.733 -4.454 -15.428 1.00105.56 at with ATON 3746 NE UL 568 -04.660 -5,600 -14.971 1.00105.81 at with ltsm 3747 ss1 UAY 568 -05.730 -5 .044 -16.016 1.00105.97 at with ATOM 3749 co2 UAY 568 -03.847 -6.064 14.720 1.00105.81 at with ATON 374 9 WITH UAY 568 -82,657 '4-251 '14 .371 1,00107.91 at with ATOM 37 50 0 UAY 568 -01.418 -4,485 -14.625 1.00108.5? at about ATON 3751 to CIO 569 -83,063 -3.812 -13.187 1.00110.90 at N ATOM 37 52 CA si 569 -82-113 -3.566 -12-111 ] .00113.70 at with ATOM 3753 NE si 569 -02.451 -2.250 -11.407 1.00114.54 at with ATOM 3754 SS si 569 -02,319 -1.029 -12.303 1.00116.01 at with ATON .3755 with syo 569 -00.930 -0.095 -12.904 1.00116.56 at with ATON 3756 OE1 si 569 -79,912 -0.649 -12.140 1.00116.54 at 0 ATSN 3957 OE? si 560 -80.796 -1 .036 -14.139 1.00116.94 n ABOUT Traffic accident 3759 WITH □ b 569 02.000 4,706 '11 .099 1.00115.27 at with ATOM 3759 0 strength? 569 -81.021 -5.120 '10 .646 1.00119.42 at. about ATON 3160 to ADR 570 -03.267 -5 .215 '10 .753 1.00116.99 at but ATON 3161 CA A5P 570 -83-379 -6.266 -9.7Y 1.00118.36 0 with ATON 376? SR FER 570 -84.494 -5.9: 3 (1 -8.780 1.00119.50 at with ATOM 3163 OS AZ-R 570 -84,260 -4.610 -8.044 1.00120.50 at g ATOM 3164 <301 ABP 570 -85.090 -4.241 -7-185 1.00120.90 at about ΑΤϋΗ 3165 ΰ02 AZR 570 -33,247 -3. 941 -8.343 1.00120.72 at about ATON 3166 with ABP 570 -83-65? -7.627 -10.380 1-00118-64 at with ATON 3767 ΰ ABP 570 -84,496 -7, 752 -11.277 1.00118.66 at 0 ATON 3768 to Bf 571 -32,927 -0.641 -9.928 1.0011J.61 at I ATON 3769 CA Bw 571 -83.060 -9.990 -10.463 1.00118.86 at £ ATON 3770 NE LIE 571 -81.836 -10,344 -11,317 1.00118.99 at with ATPP 377 1 C5 ho 571 -81.609 -9.554 -12.613 1.00118.9-3 at l- ATON 3772 SEN Bw 571 -81.205 -0.124 - 12.294 1.00119.2V at with ATON 3173 C & 2 Bw 571 -86.523 -10.230 -13.434 1,00118.86 at with ATON 3774 WITH Bw 571 -83.215 -11 .009 -9.336 1.00118.75 E with ATON 3175 0 Bw 571 -84.241 -11.682 -9,227 1.00118.42 at about ATON 3176 N RVO 585 -72.292 -24.792 -21.903 1.00 03.79 at N ATON 3777 With RVO 58 5 -72.479 31-194 -22.411 1-00 04-05 at b. ATON 3770 CA REY 585 -10,992 -29.260 -22.422 ], 00 03-07 at h .. ATON 3779 NE RNO 585 -10,252 -30,493 -22.939 1.00 83.40 at with ATON 3780 SS RNO 585 -71.337 -31.427 -23.365 1.00 03.43 at with ATON 3781 WITH RNO 585 -71,129 -20.186 -23.496 1.00 81.4V at with ATON 3782 0 RNO 585 -71.931 -20.321 -24.410 1.00 00.80 at 0 ATOM 3789 I ΑΒΝ 596 -70.340 -27,124 -23.365 1.00 00.01 at N ATON 3784 CA A 5-M 586 -70.363 -26.010 -24.311 1.00 78.83 at with ATON 3785 NE Α5Ν 5B6 -70.162 -26.507 -25.749 1.00 79.79 at with ATOM 3786 Sat two 586 -60.793 -27,124 25.971 1.00 00.52 at with ATON 3787 OO1 two 506 -67.793 -26.421 -26.031 1.00 19.27 at. 0 ATON 3780 1402 ΛΒΝ 586 -60.754 -20.447 -26.100 1.00 81.46 at N ATON 3789 WITH AVI 586 -71.659 -25 .214 -24,243 1.00 77.00 at WITH ATOM 3790 with ΑΒΝ 506 -72,162 -24, 768 -25.271 1.00 76-67 at 0 ATON 3791 N SON 56? 72,197  25 .034 -23, bs 1.PO 75.05 at s ATON 3792 CA □ ΐ, Ν 587 -13.4 08 -24.238 -22.075 1.00 74.57 at G ATON 3793 NE Ov 587 -14,588 -25,142 -92.512 1.00 14.90 R with ATON 3794 SS SEE 587 -75,876 -24.385 -22.224 1.00 75.59 at with ATON 3795 NE Yn 587 -77,005 -25.298 -22.114 1.00 76.09 at with ATOM 3796 OE1 sn 587 -71.8Θ6 -25.396 -23.044 1.00 76.13 at 0 ATON 3197 ME2 Sia 597 -77.223 -25.970 -20.973 1.00 75.12 at I ATOM 3790 WITH Sia 587 -73.263 -23.146 -21.019 1.00 73.56 at with

- 145 032 106

ATSN 3799 ABOUT 6ΕΝ 587 -72,601 -23.312 “20.759 1.00 73.19 AT ΰ ATOM 3Θ00 N CPS 503 -73,796 -21.964 -22,118 1.00 72.91 Ξ I ATON 3801 CA CPS 580 -73,372 -20.075 -21.144 1.00 12.44 AT with ATOM 3002 WITH CPS 580 -75.271 -20.700 -20.651 1.00 73.33 AT with ATON 3903 ABOUT CPS 580 -76,266 -20.033 -21.276 1.00 73.45 AT 0 ATON 3004 NE CPS 588 -73.541 -19.530 -21.796 1.00 10.56 AT with ATON 3005 B CPS 58B -71.864 -19.371 -22.479 1.00 68.54 at 0 ATON 3006 N UAY 589 -75.348 -20.645 -19.234 1.00 74.61 at 14 ATON 3007 CA UAY 589 -76.629 -20.427 -18.579 1.00 76.86 at with ATON 3800 NE UAY 589 -76. 974 -21.577 “17.618 1.00 76.35 at with ATON 3809 CC1 UAY 589 TV + 348 -21.346 -17.016 1.00 76.62 at with ATOM 3010 CC2 UDT- 589 -76.026 -22.905 -18.355 1.00 76.25 at with ATON 3911 WITH UAY 589 -76.612 -19-120 -17.790 1.00 78.39 at with ATON 3812 ABOUT UAY 589 -75.Θ10 -18.956 -16.874 1.00 18.41 at with ATON 3913 Ιί 6b ¥ 590 -77.503 -18.214 -18.152 1.00 89.86 0 m ATON 3814 CA B ¥ 590 -77.008 -16.965 -17.427 1.00 83.83 at with ATOM 3015 WITH (ΙίΥ 590 -70.956 -16.917 -16.753 1.00 85.87 at with ATON 3816 about LIVE ¥ 53B -79.E12 -17.695 -16.854 1.00 86.2V at Ό ATON 3817 N ΗΙ3 591 -79.143 -15.700 -16.001 1.00 87.95 at 14 ATOM 3810 CA ΗΙ5 591 -80.426 -15.381 “15.452 1.00 89.4V at with ATSN 38 19 NE 813 591 -00.329 14.043 Ί1.716 1.00 90.53 at with ATOM 3028 se NTV 591 -01-482 -13-760 -13.803 1.00 91.97 at with ATOM 3021 CP2 ΉΙ5 591 -31.585 -13.037 “12.454 1.00 92-54 at with ATON 3822 No. 1 I15 591 -62.714 -13.355 -14,262 ] .00 92-28 at N ATOM 3023 CE1 W5 591 -63.527 -13.181 -13.235 1.00 92.99 at with ATON 3824 ΝΕ2 ΉΙ3 591 -02 _B67 -13.466 -12.126 1.00 92.92 at N ATON 3825 WITH ΉΊ0 591 -01.503 -15.300 -16.534 1.00 89.95 0 with ATOM 3826 but 813 591 -81.218 -35.03V -17.700 1.00 83.23 at ΰ ATOM 302? N AND YOU $ 92 -62.749 -15.554 -16.143 1.00 90.86 at n ATOM 3828 SD ARY $ 92 -83.061 -15.556 “17.008 1.00 91.76 at with ATOM ZY29 sv LRS 592 -05.141 “16-024 -16.390 1.00 94.45 at with ATOM 3830 ss ARS 592 -0 $ .501 -15.201 -15.1.63 1.00 90.10 at with ATOM 3831 with ABC 592 -66.947 -15.407 -14,740 1.00101.13 at with. ATOM 3832 ΝΕ ARS 592 -07.177 -10.745 -14.177 1.00103.71 at N ATOM 3833 C2 ABC 592 -68.312 -17.112 -13.596 1.00105.10 at with ATON 3834 IN1 ARY 592 -08.435 -18.342 -13.112 1.00105.4? at 0 ATOM 3835 IN2 ARY 592 -Θ9.325 -16.259 -13.497 1.00105.79 at Ή DTSM 3836 WITH AKI 592 -04.085 -14.169 -17.604 1.00 90.52 at with ATOM 3837 about ARY 592 -04.473 -14.03V -18.845 1.00 89.74 at ΰ LT-OM 3830 N εΐΒ 593 -Θ3.Β34 Ί3.136 -16.ΒΘ6 1.00 89.53 at 14 ATOM 3839 CA yy $ 93 -04.083 -11.762 -17.310 1.00 89.86 at with ATON 3840 NE YY1 593 -04.361 -10.077 -16.092 1.00 90.90 at with ATON 3041 ss yyo 593 -Θ5.593 -11.270 -15.292 1.00 93.06 at with dm 3842 si silt $ 93 -05.034 Ί0.371 -14.095 1.00 94.8V at with ATOM 3043 CE1 ΰΐ.υ $ 93 -06-4? 5 ϋ.311 -14.270 1.0 (1 95 _J9 at about ATON 3844 CE2 g 593 -05-383 -10.717 -12.900 1.00 95.43 at P ATOM 3845 WITH si 593 -02-917 -11-181 -18.102 1.0 (1 90. E1 at with ATOM 1846 0 si 593 -83.031 -10-063 -19.611 1.00 86-77 at about ATOM 3847 N ABA 594 -01.031 -11.941 -13.206 1.00 84.52 0 N ATOM 3848 CA ABA 594 -00.616 -11.452 -18.652 1.00 81.65 at with AT-OH 3849 NE ABA 594 -79.410 -11.736 -17.961 1.00 31.53 at with DTOM 3850 WITH ABA 594 -00.394 -12.061 -20.234 1.00 79.44 at £ ATOM 3851 ABOUT ABA 594 -60.029 -13.179 -20.508 1.00 79.69 at 0 dtsn 3882 and 5EP 595 “79.710 -11.316 -21.105 1.00 76.43 at N ATOM 3853 CA 5EV 595 -79.199 -11.875 -22.345 1.00 73.80 at with ATOM 3854 SI 5YOI 595 -78.0V2 -10.764 “23.343 1.00 73.82 at g ATOM 3055 AND 5 EB $ 95 -00.030 -9.906 -23.621 1.00 74.77 at with ATOM 3356 WITH 5 EN 595 “77.925 “12,644 -22,024 1.00 72.54 at with ATOM 3057 ABOUT pharynx $ 59  77.100 12.202 -21-th 1.00 12.16 at ΰ ATOM 3858 N 1b 596 -77.669 -13-708 -22.776 1.00 71.00 at m ATOM 3359 CA ΪΤ.Ε 596 -70.50 $ -14.540 -22.537 1.00 50.81 at with ATOM 3860 NE 1b 596 -70.932 -15.985 -22,162 1.00 69.00 at with ATOM 3861 CC2 1b 596 -77.525 -16.692 -23, 376 1.00 59.30 at g ATOM 3862 CC1 1b 596 -75.731 -16.768 -21.634 1.00 60.96 at WITH ATOM 3863 CO2 1b 596 -75.206 -16.303 -2O.276 1.00 68.21 at with ATOM 3864 with 1ЪЕ 596 -75.613 -14.572 -23.765 1.00 67.70 at with ATON 3865 with 1b 596 -76.101 -14.666 -24. B92 1.00 67.52 at <1 ATOM 3866 N I15 597 -74.304 -14.470 -23.551 1.00 66.74 at N ATSN 3867 CA Η1Β 597 -73.350 -14.407 -24.653 1.00 65.51 at with ATOM ZY 60 NE ΗΙ3 597 -72.6В0 “13.033 -24.678 1.00 07.23 at with ATON 3069 OS 015 597 -73.646 -11.893 -24.506 1.00 69.06 at with ATOM 3070 CO2 NT 5 597 -74.065 “11.162“ 23.525 1.00 60.7V at with ATOM 33 P N01 1P5 59? 74.330 -11.40 $ -26.000 1.00 09.46 at N ATOM 30? 2 CE1 ngv 597 -75,120 -10.425 “25.297 1-00 69.61 at with ATSN 387? ΝΕΖ ΗΙ3 597 -74,907 -13,250 -73.993 1.90 69.86 at N ATOM 3874 WITH ΗΙ3 597 -72.292 -15,492 -24.519 1.00 63.90 at with

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ATON 3875 ABOUT ΗΙ3 597 -71.750 “15.713 -23, 440 1.00 64.34 AT 0 ATOM 3876 N ABA 590 -72.000 -16.169 -25.6? 2 1.00 61.69 AT N ATON 3877 CA ABA 59Θ -71.035 -17,257 -25,606 1.00 $ 9.24 AT with ATON 3878 NE ABA 598 -71.733 -10,580 -25, E19 1.00 59.25 AT with ATON 3879 WITH ABA 599 -69.922 -17.002 -26.610 1.00 57.16 AT with ATOM 3380 ABOUT ABA 593 -70.175 -16.648 -27.700 1.00 57.27 AT 0 ATOM 388 1 N 5 YOON 599 -68.604 -17.182 -26.172 1.00 55.11 AT [four ATOM 3382 CA 5 yo 599 - 87.548 -17.103 -27.077 1.00 54.67 AT with ATOM ZY03 NE 5 EN 599 -86.342 -16.495 -26. 349 1.00 54.30 AT one· ATOM ZY04 GO 5 RN 599 -85.192 -16.461 -27.181 1.00 53.69 AT 0 ATOM 38Θ5 WITH Yaw 599 -b? .212 -10.506 -27.506 1.00 54.57 AT with ATOM 3806 0 5 EN 599 -66.904 -19.401 -26.800 1.00 53.49 AT about ATOM 3887 N From ¥ 5 600 -67.20? -10.698 -20.901 1.00 55.25 AT N ATOM 3888 CA SUN 600 -66.994 -19.999 -29.198 1.00 50.00 AT WITH ATON 3809 WITH CPS 600 -65.816 -19.805 -50.157 1.00 50.00 at with ATON 3890 ABOUT SUY 600 -65.784 -10.994 -31.300 1.00 5Θ.70 at 0 ATON 3891 sv SUY 600 -6V.218 -20.525 -30.259 1.00 59.36 at with ATOM 3892 $ □ SUY 600 -89.778 -20.583 -29.309 1.00 03 .79 at 3 ATOM 3893 N SUY 601 -64.848 -20.784 -30.330 1.00 57.59 AT [four ATOM 389 * CA CPS 601 -63.696 -20.762 -31.220 1.00 59.73 at WITH ATON 3895 WITH CPS 601 -63.47 $ 22.ί10 -31.892 1.00 58.37 at L- ATON 3896 ABOUT CPS 601 -63,509 -23.160 -31,260 1.00 58.29 at about ATOM 3897 NE CPS 601 -62.420 -20.395 -30.461 1.00 61.31 at with ATOK 3893 Ys SUY 601 -62.321 -10.753 -29.670 T.00 67.30 at at ATON 3899 N H13 602 -63.147 -22.065 -33.177 1.00 59.49 at N ATOM 3900 SL IGY 602 -82.668 -23.232 -33.895 1.00 60.04 at WITH AGON 3901 NE NT5 602 -63.299 -23.278 -35.293 1.00 62.97 at with ATON 3902 Sat H1Y 602 “62.908 -24.479 -36.099 1.00 66.97 at with AGON 3903 CO? NT5 602 “63.643 -25,517 -36.585 1.00 60, 22 at with AGON 3904 ΝΠΙ NGZ 602 -61.615 -24.706 -36-521 1.00 60.55 at N ATOK 3905 CE1 H19 60? -61.570 -25.03? -37.711 1.00 60.47 at WITH ATOM ZE06 HE2 ΗΙ5 602 -62.708 -26.344 -37.253 1.00 60.91 at N ATON 3807 WITH B18 602 -61.156 -23.094 -34.005 1.00 59.13 at WITH ATOK 3808 ABOUT H1Y 602 -6C. 658-7-7. .117 -34.560 1.00 5I.95 at 0 ATON 3808 m ABA 603 -60.425 -24.059 -33.462 1.00 57.63 at N dtan 3910 CA ABA 603 -58.972 -24.045 -33.551 1.00 57.29 at WITH ATON 3911 NE ABA 603 -58.392 -23.137 -32.478 1100 57.06 at WITH ATON 3912 WITH ABA 603 -58.414 -25.455 -33.405 1.00 5Θ.27 at WITH ATON 3913 0 ABA 603 -58.907 -26.254 -32-611 1.00 57.05 at ABOUT ATON 3914 to RNO 604 - $ 7.363 '25 .770 -34.170 1.00 59.55 at [four AGON 3915 with PPO IN* - 56..540 -24.798 -34.914 1.00 60 .80 at WITH ATON 391 6 CA RNO 604 -56.843 -27.137 -34.279 1.00 59.96 at WITH ATOM 3917 NE RNO 604 -50.719 -27.016 -3 $, ZOY 1.00 60.62 at with ATOK 7918 With RNO 604 -55.294 -25.580 -35.237 1.00 61.97 at with ATOM 3919 with RNO 604 -56.344 -27.701 -3?, 95 * 1.00 80.56 at with ATOK 3920 with RNO 604 -55.343 -27.230 -32.409 1.00 60.04 at 0 ATOM 3821 and SBU 605 -57.046 -20.706 -32.445 1.00 50.14 at N ATOK 1922 CA SBU 605 -56.616 -29.359 -31.223 1.00 55.88 at WITH ATON 392 3 WITH OBU 605 -57.024 -28.010 -29.969 1.00 54.81 at WITH AGON 1924 ABOUT SBU 605 -56.578 -20.938 -28.В70 1.00 55.62 at 0 ATON 3925 n yee 606 -57.871 -27.000 -30.120 1.00 52 .76 at N ATON 3920 CA boo 606 -58.300 -26.859 -28.800 1.00 50.04 at WITH ATON 3927 NE Bes 606 -59.100 -25.593 -29.445 1.00 4 B.66 at WITH ATON 3928 SS BEI 606 -59.707 -24.770 -20.305 1.00 47.30 at WITH ATON 3929 CO2 Bw 606  58.507 -24.229 -27.437 1.00 47.30 at with AGON 3930 C 02 LIE 600 -60.548 -23.046 -28.062 1.00 46.45 at with ATOM 3931 WITH Bw 606 -59-352 -27.71 $ -28,179 1.00 50.49 at with ATOM 3932 ABOUT Bw 606 -60.373 -20.170 -28,705 1.00 50.29 at 0 ATOM 3933 N MBT? 607 -59,044 -23,932 -76,90 $ 1.00 40.74 at R! ATOM 3934 CA CIO 607 -6C .027 -20.511 -26.004 1 .00 4 9.92 at ATON 1935 NE OBO 607 -59.008 -29.975 -25.609 1.00 51.37 at with ATOM 3936 se SBI 607 -50.375 -30.200 -21.972 1.00 54.00 at with AGON 3937 With OBO 607 -50.294 -31.599 -24.346 1.00 56.01 at with ATON 1938 061 ay 607 -57,200 -32.202 -21.360 1.00 56.47 at 0 ATOM 3839 Oe2 Si 607 -59.325 -32.089 -23.E36 1.00 57.69 at 0 ATON 3940 WITH About 607 -68.151 -27.707 -24.720 1.00 49.55 at with ATOM 3941 about ¢ 13 607 -59.161 -27.210 -24.179 1.00 49.44 at about ATON 394 g N CPS 608 -81.304 -27.565 -24.249 1.00 49.05 at N ATON 3943 SL From ¥ 5 608 -61.677 -26.794 -23.000 1.00 49.93 at WITH ATOM 394 4 with CPS 608 -62.611 “27.598 -22.155 1.00 51.10 at with ATOM 394 5 0 CPS 608 -63.400 -20.410 -22.6 * 1 1.00 51.03 at about ATOM 394 6 sv CPS 608 -62.374 -25.402 -23.406 1.00 49.04 at with ATOM 1947 5 € CPS 608 -61.52? -24.352 -24.553 1 - 00 $ 1,08 at five ATOM 3948 I Bw 609 -62.526 -23.35? -20.852 $ 1.00 1.23 at N ATOM 394 9 CA B5 609 -03.435 -27.976 -19.901 1.00 52.84 at WITH ATOM 3950 NE BUOY 609 -62.791 -29.219 -19.208 1.00 53.14 at WITH

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ATSM 3951 Joint venture ΕΪ5 609 -61.523 -28.955 -13.501 1.00 56.59 at with ATSM 3952 SR ΕΪ5 £ 09 ‘60 .931 -30.262 -17.996 1.00 59.85 at with ATSM 3953 CE ΕΥ5 £ 09 -59,776 -30.034 -17.035 1.00 62.05 at with ATOM 3954 M2 B8 £ 09 ‘59 -273 31.3.33 -16.491 1.00 64.13 at N ATON 3955 WITH ΕΪ5 £ 09 63.307 -26.965 -10.808 1.00 53.60 at with ATOM 3956 WITH ΒΪΒ 609 -63.155 -25.953 -18.652 1.00 54.6.0 at 0 ATON 3957 N UDE 610 -64-659 -27-297 -10.059 1.00 53.79 but to ATM 395a CA UAE 610 -65.302 -26,448 -16,961 1, 00 54.51 at with ATOM 3959 Sv UYE 610 -66.030 -26,320 -16-947 1.00 53.63 E with ATOM 3960 SK1 UAE £ 10 -67.271 -25,329 -15,731 1.00 53.41 at with ATSN 3961 SP2 UAE 610 -67.302 -25,645 -18.216 1.00 53.06 at with ATOM 3862 WITH UDE 610 -64.856 -26.973 -15.603 1.00 56.2? at with ATOM 3963 0 UAE 610 -64.352 -2V.106 -15.371 1.00 56.36 at 0 ATOM 3864 N B ¥ 5 611 -64.472 26.064 -11.714 1.0-3 50.50 at m ATOM. 3965 CA B ¥ 5 61 1 -64.239 -26.za? -13.308 1.00 60.09 at with ATOM 3,366 Sho B ¥ 5 611 -62,755 -26.257 -12.963 1.00 60.15 but with AT0H 3 967 C <5 at 611 -61-822 26-353 11.002 1.00 62.60 at with ATOM 3960 With have £ 11 -60.861 -27.969 -13.396 1.00 64.20 at with ATON 3969 CE B ¥ 5 611 -59,980 -27,252 -12,319 1.00 bz.ba at with ATOM- 3970 No. B ¥ £ 611 -60.7Ξ4 -27.067 -11.039 1.00 62.59 at N ATON 3971 WITH B ¥ 5 611 -65.042 -25.421 -12.449 1.00 61.71 at with AGON 3972 0 Ι.Υ8 611 -65.139 -24.235 -12.764 1.00 62.06 at 0 ATOM 3973 η BER 612 -65.622 -25.929 -11.369 1.00 63.68 at to ATON 3974 CA CEO 612 -66. 4 = 7 -25.101 - 10.171 1.00 66.24 at with ATOM 3975 NE si 612 67.317 25.560 -10.434 1.00 67.02 at with ATON 397 6 SS CEO 612 -68,509 -25.366 -11.602 1.00 70.34 at with ATOM 3977 With CEO 612 -70.077 -25.645 -11. £ 05 1.00 72.40 at g ATON 3976 OE1 bw 612 -70,810 -25.417 -12.671 1.00 73.78 at 0 ATSM 3979 op-2 forces 612 -70.512 -26.091 -10.600 1.00 13.79 at about ATSN 3900 WITH CEO 612 -65.901 -25.158 -9.04 2 .00 68.03 at with ATSM 3901 0 B1.0 612 -65.141 -26.056 5? 1.90 66.96 at 0 ATSM 39J2 TO J15 613 -66.327 -24.185 -B.241 1.00 70.17 at m ATOM 3983 CA H15 613  66,140 -24 .226 -6.79V  .00 72.95 at with ATOM 3984 NE H38 613 ‘64 .726 -23.777 ‘6.426 1.00 7 3.63 at with ATOM 3985 SS H1YO 613 -64,390 -23.94 $ - 4.97 5 1 .00 74.96 at with ATOM 3966 CO2 I13 613 -64.7J2 -23.24 3 -.3.685 1 .00 75.11 at with ATOM 3967 N01 H15 613 -63,574 -24-951 -4.612 1, 00 7 £ .02 at and ATOM 396V CE1 SHZ 613 -63.46? -24.856 -3.199 ! , 00 75.34 at with ATOM 3969 ME2 ΉΊ5 613 -64.135 -23.82? -2.793 1.00 75.69 at N ATPM 3999 g ¹ Β13 613 -67,162 -23.310 -6.142 1.00 75th eight with ATSM 3991 ABOUT ΗΊ3 613 -67.342 -22.165 -6.557 1.00 74.72 AT about ATSM 3992 AND eat 614 -67,040 -23.024 -5.124 1.00 7 $, 1? at N ATOM 3993 CA ΟΕΥ 614 - £ B. 006 -23.017 -4.404 1, 00 01.74 at with ATOM 3994 WITH eat £ 14 -60.482 -22. “6TH -2.92 6 1.CO 84.51 eight with ATSN 3995 WITH 5Ι.Υ 614 -67.916 -23.913 -2.376 1.00 84.00 at 0 ATOM 3996 N II, G. 615 -60.029 -21.060 -2.281 1.00 07.55 at AND ATOM 3997 CA ; ye 615 -60.696 -21.749 -0.E36 1.00 90.95 eight with ATOM 399Θ NE : ye 615 67.545 20.795 -0.445 1.00 90.68 at with ATOM 3999 CC2 : ye 615 - 67.470 -20.64 9 1.070 1.00 90.91 at with ATOM 4000 CC1 Gye 615 -66.218 -21 .342 -0-970 ]. 00 90.52 at with ATOM 4001 From 01 ’B 615 -65.019 -20-493 0.996 1.00 91.21 Th with ATOM 4002 with 1b 615 -70.001 -21,236 -0.249 1-00 93.64 at with ATOM 4003 about £ b 615 -70.534 -20-263 -0-734 1.00 93.-13 at about ATOM 4004 N Ry 616 -70.480 -21.892 0.879 1.00 96.49 l n ATOM 400 $ SR Po £ | 616 -69.870 -23.095 1.420 1.00 91.31 l with ATOM 4006 cl Ryo £ 16 -71.741 -21.540 1.490 1.00 96.31 at with ATOM 4007 sv PP0 £ 16 -71.070 -22.590 2.592 1.00 98.23 at with ATOM 4008 SS RRS 61 6 71.022 -23.732 2.137 1.00 97.91 at with ATOM 4009 WITH RVO £ 16 -71.695 -20.127 2.056 1.00100.07 R with ATOM 4010 0 PPO 616 ‘72 .555 -5 9.296 1.757 1.00100.25 at ABOUT ATOM 4011 N ABA 61 7 -70.601 -19.663 2.375 1.00101.81 but N ATOM 4012 CA ABA 617 -70.470 ‘10 -936 3.440 1.00103.72 at with ATOM 4013 sv ABA 617  70.126 -1J.644 4.920 1.00103.96 at with ATOM 4014 WITH ABA 617 -69.369 -17.010 2.690 1.00104.59 at with ATOM 4015 ABOUT ABA 617 -66.1 $ to -37.950 3-006 1.00104.51 at ABOUT ATOM 4016 I ₽yao 619 -69.740 -17,009 1.6Θ1 1.00105.43 l and ATOM 4017 SR rm 613 -71.11? -16.737 1-233 1.00106.79 at with ATOM 4016 CA ₽y £ 19 -68.748 -16.235 0.929 1.00105.78 l with ATSN 4019 NE rky £ 13 -69.563 -15.579 -0.181 1.00106.1? at with ATON 4020 SS RIO £ 10 -70.960 -15.521 0.363 1.00106.24 at with ATSM 4,021 WITH vomit £ 13 -68.052 -15.211 1.821 1.00105.76 at with ATON 4022 0 RBO 610  68.610 -14.15? 2.131 1.00105.85 at 0 ATON 4023 μ οι, υ 619 -66.029 -15.536 2.228 1.00105.22 at N ATSM 4024 CA be; 619 -66.071 14.709 3.150 1.00104.16 at with ATSM 4025 sa oh 619 '64 -819 1 5 - 4 65 3-610 1.00106.09 but with ATON 4026 ss B-n 619 -63.99 & ‘14 .740 4.651 1.00109.04 at with

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ATOM 4027 With 6Sh 619 -62.910 -15.623 five . 243 1.00110.77 eight with ATOM 402Ya About £ 1 SEE 619 -62.805 -15.067 6.451 1.00111.68 AT about ATOM 4029 S £ 2 SEN 619 -62.010 -16.111 four . 394 1.00111.21 B N ATON 4030 WITH SAT 61'3 -65.075 -13.369 2.532 1.00101.96 TO with ATON 4031 ABOUT SEE 619 -65.431 -12.309 3.237 1.00102.25 Yo 0 ATOM 4032 N SUE 620 65.619 -13.337 1.204 1.00 90.47 Yo to ATOM 4033 CA eat 620 -65.264 -12.120 0.457 1.00 93-13 AT with ATOM 4,034 WITH Xiu 620 -64.971 -12.411 -S.964 1.00 09-75 E with ATOM 403 $ ABOUT ΟΕΎ 620 45.15.1 -11.556 -1.032 1.00 Θ9.35 AT 0 ATOM 4036 N sn 621 -61.51 $ -13.630 -1.236 1.00 05.41 AT N ATOM 4037 CA C1L 621 -61.20 $ -14.065 -2,604 1, 00 Θ1.21 AT l ATOM 4030 NE SON 621 -62.963 -13.499 -3. 122 1.00 00.76 AT with ATOM 4039 SS st 621 -61,736 -14.039 -2. 412 1.00 79.63 at with ATOM 4040 With C1L 621 -60.449 -13.607 -3.000 1.00 00.09 eight with ATOM 4041 OE1 Cn 621 -60.360 -12.509 -3.631 1.00 79.55 eight about ATOM 4042 ME2 621 58.441 -14.471 -3.036 1.00 79.53 3 1ΐ ATOM 1043 WITH yiyi 621 -64.261 -15.505 -2.717 1.00 70.31 Ξ with ATOM 4044 ABOUT CH1 621 -63.759 -16.200 -1.033 1-00 77.75 g 0 ATOM 4045 AND UDE 62? - -64.810 -16.094 -3.013 1.00 74-56 AT N ATOM 4046 CA UDE 622 -61.7) 5 -1 7. 511 -4,135 1.00 70.71 d with ATOM 4047 NE UDE 622 -66.096 -10.004 -4.517 1.00 70.57 at with ATOM 4040 CC1 UDE 622 -65.901 -19.574 -4.772 1.00 70.29 AT with ATOM 4049 CC2 UA 622 -67.099 -17.8С0 -3.413 1.00 70.77 at with ATOM 4050 WITH UDE 622 -63.773 -17.661 -5.323 1.00 60.02 at with ATOM 4051 ΰ UAY 622 -63.844 -16.003 -6.273 1.00 67.71 at 0 ATOM 4052 N th 623 -62.309 -10.052 -5-272 1.00 65.11 B but ATON 4053 CA tin 623 61-95 $ -10,811 -6, 3? 1 1.00 62, 26 AT with ATOM 4064 NE tn 623 -60.535 -10.42] -6.00 $ 1.00 $ 2.27 at with ATOM 4055 CC1 tn 623 -60.016 -19.274 -4.979 1.00 62.00 at 0 ATOM 4056 CC2 tn 623 -60.539 -16.90? -5, 515 1.00 61.70 at with Α'1'ΟΜ 4057 with tn 623 -61.068 -20.329 -6. E08 1.00 61-about at with ATOM 4Ο5Θ with Transnational corporation 623 -62.154 -21.243 -6.037 1.00 ba. 46 at ΰ ATOM 4059 N UAY 624 -61.463 -20.520 -B.059 1.00 50.95 at n ATOM 406C CA UAY 624 -61.115 -21.815 -8.570 1.00 56.06 at with ATOM 4061 NE Ole 624 -62.357 -22.553 -9-103 1.00 56-41 at with ATOM 4062 CC1 UAE 624 -62.927 -21.727  10.326 1.00 56.31 at with DTON 4063 CC2 UAY 624 61.979 -23.93 * -U.67? 1.00 $ 5.46 at with ATOM 4064 WITH UAE 624 -60.026 -21.604 -9.634 1.00 55.91 at with ATOM 4065 ABOUT UAE 624 -60.034 -? 6,? 23 -10, ZE9 $ 1.00 0 0 DTON 4066 Ή ABA 625 -59.0J5 -22.620 -9. 674 1-00 55.07 at N ATSM 4067 CA ABA 6Ζ5 -57.94 $ -22,504 -10.573 1.00 56.43 at with dtsi 4066 NE ABA 625 -56.656 -22.419 -9-706 1.00 55.50 at with ATOM 4069 WITH ICE 625 -57.569 -23.673 -11.54V 1.00 57.84 at with DTOM 4070 WITH ΑΙ.Α 625 -56.3] 9 -74,776 -11.241 ] .00 50.31 at 0 ATSM 4071 AND From ¥ 5 626 -57.294 -23.424 -12.722 1.00 57.81 at N ATOM 4072 CA 0Ϊ5 626 -57.054 -24.479 -13.692 1.00 59.13 at with ATC 4073 WITH C ¥ £ 626 -55.029 -25.280 -13. 30Θ 1.00 61.75 but with ATOM 4074 WITH SU5 626 -54.031 -24.741 -12.845 1.00 62.27 at ΰ ATOM 4075 Sv C ¥ a 626 -56.040 -23.896 -15.000 1.00 56.64 at with ATOM 4076 5C C ¥ 3 626 -50.250 -22.975 -15.751 1.00 57.41 at five ATOM 4077 14 eu 627 -55.911 -26.586 Ί3-525 1.00 64.64 at n ATOM 4070 CA N 627 -54.010 -27.501 -13.211 1.00 61.51 at with ATON 4079 NE οΐ'Π 627 -55.229 -28.930 13th53 1.00 10.84 at with ATSN 4080 SS 61.0 627 -56.560 -29.333 -12-944 1.00 70.92 at WITH ATSM 4061 SR οι.υ 621 -57.452 -ZO. -13,929 1.0a 81.54 at with ATSM 4062 agl οι, and 627 -57,100 -31.203 -14.322 1.00 63.33 at 0 ATOM 4063 OE2 6 EU 627 -58.503 -29.502 -14.311 1.00 83.20 at with ATSM 4,084 with seo 627 -53.576 -27.147 -14.061 1.00 67.30 at with ATON 4,065 about si 627 -53.669 -26.48V -15.097 1.00 67.09 at with ATSM 4,086 N seo 620 -52.420 -27.585 -13.587 1.00 67.21 at N ATON 4087 CA CIO 62Θ -51 .170 -27.462 -14.333 1.00 67.26 at WITH ATON 4 08V se CEO 620 -50.071 -28.260 -13.630 1.00 71.29 at WITH ATEIN 4089 ss her 620 -40.693 -28.097 -14.259 1.00 76.50 at WITH LTE 4090 with syo 62 V 40.-55 -26.687 14 . 105 1.00 ao.20 Yo WITH ATOM 4091 ЕЕ1 Axes 620 -47.429 -26.433 -13.121 1.00 02.51 with with ATOM 4092 □ E2 ses 620 -40.466 -25.033 -14.965 1.00 01.67 th with ATON 40 * 3 with si 620 -51.377 -27.986 -16.751 1.00 65-26 at with ATON 4094 ABOUT BEO 626 -51.Θ97 -29,084 -15.943 1.00 65.44 eight 0 ATON 4,095 and 0ΕΪ 629 - $ 0.963 -27-190 -16,736 1.00 62.46 at N ATOM 4090 CA 6ΕΪ 629 -51.086 -27.610 -18.123 1 .00 $ 8.55 eight WITH ATON 4097 with CEU 62 9 -52. 260 -26.986 -10,053 1.00 56.59 at WITH ATSM 4096 ABOUT 0ΕΪ 620 -52.297 -26.971 -20.085 1.00 56.2V Ξ 0 ATSN 4099 one! TNR 630 -53.220 -26.460 -18.094 1.00 54.07 E N ATSM 4100 CA TNR 630 -54.309 25.Θ11 -10.670 1.00 52.31 Yo ATOM 4101 Sv TNR 630 -55.667 -26.350 -10.020 1.00 53.37 at G. ATOM 4102 se TNR 630 -55.812 -27.790 -10.290 1 .00 56.24 E

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ATON 4103 ca2 TKR 630 -56.820 -28.348 -19.253 1.00 56.84 AT with ATSN 4104 CE2 TVR 630 -56.720 -29.752 -19.168 1.00 57.44 AT ί- atom 4105 Cez TER 630 -57.724 -27.791 -20.170 1.00 56.63 AT ο atom 4106 CE1 TER 630 -55.310 20.061 -17.691 1.00 56.81 at € ATON "ten? ME1 ter 630 -55.704 -30.037 -10.206 1.00 57.15 at and ATON 4108 C32 TER 630 -57.409 -30.608 -19.964 1.00 56.00 at with ATON 4109 saz TVR 630 -53.402.2Θ.614 -20.962 1.00 56.10 at with ATOM 4110 SNZ TER 630 -58-35? -30.037 -20-052 1.00 56.56 at with ATOM 4111 with HER 630 -54.32 $ -24,295 -10,487 1.00 50.00 at with ATOM 4112 about THOSE? 630 -53,696 -23.00? -17,555 1.00 49.79 at Ό ATIM 4113 N TnV 631 -54.987 -23.563 -19.378 1.00 16.86 at and ATOM 4114 CA THY 631 -55.000 -22.106 -19.313 1.00 42.14 at with ATON 4 115 sv TNV 631 -54.472 -21.490 -20.628 1.00 41, 03 at with ATOM 4,116 SY1 tn 631 -53.126 -21.924 -20.050 1.00 38 .22 at 0 ATOM 411? sg, 2 tin 631 -54.510 -19.066 -20.568 1.00 39.04 at with ATOM 4119 with tn 631 - $ 6.415 -21.601 -19.069 1.00 41.59 at and * h_ ATOM 4119 0 tin 631 - $ 7.3 <9 -21.977 -10,777 1.00 41.97 at ΰ ATOM 4120 N ho 633 - $ 6.573 -20.743 -10.060 1.00 40.02 at to ATOM 4121 CA Betz 633 -57.566 <0.126 -17.004 1-00 39-61 at € A'GOM 4122 sv jeo 632 -57,799 -19.316 -16.509 1-00 38-76 at t ATOM 4123 se 1 £ C 632 -59.077 -18,608 -16.057 1.00 42.02 at WITH ATOM 1124 CO2 LIE 632 -60.205 -19.619 -15.901 1.00 41.47 at with ATOM 4 12 $ C 02 Bf 632 -58.816 -17.099 -14.731 1.00 41.91 at with ATOM 4 12 6 with Bj 632 -50.232 -19.212 -19.973 1.00 40.31 at with ATON 412? 0 ai 632 -57.476 -18.301 -19.311 1.00 39.62 at about ATOM 4128 N tin 633 -59-377 -19.465 -19.601 1.00 40.05 at N ATOM 4129 CA ΊΉΒ 633 -53.849 -18-597 -20.676 1.00 40.37 at WITH ATOM 4130 sv Tne 63 3 -60.16V -19-385 -21.914 1.00 40.11 at with ATOs 4 131 OS1 TNK 633 -61.367 -20.370 -21.710 : .ey 42.19 at (one ATOM 4132 SY2 THY 633 -58.958 -20-187 -22,430 100 39-36 at with ATOM 4,133 WITH ΤΉΕ 633 -61.113 -17.855 -20.367 1.00 40.80 at with AT-SK 1134 about th 633 -61.40V -16,790 -20.797 1.00 42. 82 at 0 ATON 4) 35 N oh 634 -61-WB8 -18.423 -19.335 1.00 41.04 at n ATOM 4136 C / ι ΟΕΪ 631 -63.129 -17.016 -18.949 1.00 43.05 at with ATON 4137 with OBU 631 63,341 -17.07? -17.454 1 * 00 44 .20 at with ATOM Fine art about OBU 634 -62.9811 18.059 -16.813 1.00 44.52 at about ATOM 4139 μ SU 5 635 -63.92? -16-833 -16-892 ι .oy 4 £ .22 at N ATON 4140 CA SUB 635 -64.151 -16.751 “15.452 1.00 49.45 at with ATON 4141 with CPS 635 -65.479 -16-072 -15-176 1.00 56-61 at with ATON 4142 0 SUS 635 -65-002 -15.046 -15.774 100 51.08 at about ATON 4143 sv CPS 635 -63.019 -15.979 -14.170 100 49.68 at with ATSN 4144 Sun CPS 635 -63.191 -15.778 -12-960 1-00 54.65 at 3 ATON 4145 to yoer. 636 -66.245 -16.64? -14.261 one . 00 52.89 at N ATON 1146 CA 636 -67.661 -36-339 -14.18 $ one . 00 56-15 at WITH ATON 4147 sv EEK 636 -66.390 -17.073 -15.317 2.00 56.84 at WITH ATON 1 14V OS convict 636 -69.JU9 -16.597 -15.483 1.00 59.24 at 0 ATON 4,143 with Bee 636 -66 .315 -16.773 -12.839 2.00 57.63 at WITH ATOM 4 153 ABOUT BE1B 636 -67.656 -17.654 -12.18? 1.00 57.25 B 0 ATOM 11 $ 1 N ABA 637 -69.310 -16.140 -12.422 one . 00 60.91 at N ATON 4152 CA ABD 637 -10.052 -16.611 -11.253 100 64.91 eight WITH ATON 4153 sv Y1A $ 3? 70.310 -15.446 -10.305 100 62.05 at WITH ATON 4154 with ABD 63? -71.373 -17.231 “11.704 1.00 68.14 at WITH ATON 4155 0 ABA 637 -11.992 -16.760 -12. ¢ 64 1-00 66.6 $ at ABOUT ATON 4156 N yee 638 -71, 003 -18.? Я6 -11.016 100 72.27 at N ATOM 415? CA yee 638 -? 3,324 -18,86 $ -11,360 1.00 76-39 at WITH ATOM 415V NE Bw 630 -73.332 -20.12? -1C-411 1.00 16.34 E WITH ATOM 4153 With Bes 630 -72.62? -21.379 -10.965 one . 00 77.63 at WITH ATOM 4163 SY 1E0 63 V -73.027 -22.5B1 -10.128 1.00 77.21 at WITH ATOM 4161 CE2 1Y0 63 V -73.002 -21,604 -12.42С 1.00 ? 6.50 at WITH ATOM 4162 WITH 1ёС 630 -74.195 -17.836 -10.907 100 79.19 B WITH ATON 4'163 ABOUT CEC 630 -74.146-17.221 -9.810 one . 00 79.59 at 0 ATOM 4164 N Ryo 639 -75.100 -17.645 -11.797 100 01.71 at N DTSM 416 $ CE REO 639 -75.359 -18.404 -13.047 one . 00 01.00 at WITH ATON 4166 smiling RIP 639 76.220 -16.636 11.609 1.00 07/07 at WITH ATON 41 $ 7 NE ryo 639 -76.936 -16.652 -12.936 100 03.38 Yo WITH ATON 4168 C6 PPO 639 “76.730“ 16.011 -13.494 1.00 02.31 at WITH ATOM 4163 V PE0 639 -77.139 -16.934 -10.421 1.00 66.54 at WITH ATOM 4170 0 vvo 639 -17,156 -18,053 -9,904 100 06-12 th 0 ATON 4171 N OH ¥ 640 “77.88? -15-921 -9.98 $ ι .00 09-30 at n ATOM 4172 CA S-1L 640 - '.' 8.889 -16,126 -8.958 1.00 92.85 th with ATOM 4173 '_ · C1L 640 -78.395 -15.864 -7. I9 100 95.28 but with ATOM 417 4 0 eu 640 -78.954 -16.386 -6.5EZ 1.00 98.58 0 0 ATOM 4175 N tn 641 -77.345 -15,059 -7.426 one . 00 9?, 49 0 N ATOM 1176 CA THY 641 -76.803 -14.714 -6.115 1.00 99.35 at with ATOM 117? NE tn 641 -75.305 -15.069 -6.020 1 .00100.06 at WITH ATOM 4170 C51 th £ 41 -75.106 -16.425 -6.444 1.00100.46 at ABOUT

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ATOI 4178 c & a NAME $ 4 1 -T4 .017 -14.922 -4.504 1.00300.75 AT with ATOM 41 ea WITH Shopping center 641 -76.969 “13.219 -5.859 1.00 99.93 but with ATOI 4181 ABOUT TMV 541 -71,280 -12.800 -4.741 1.00100.00 at about ATON 4182 N 5 EB 642 -16,750 -12,436 -6,907 1-00100,54 AT and ATOM 4183 CA Yaw 64 2 -16.91 9 -10.976 -6.84? 1.00100.83 at with ATON 4184 NE YOEV 642 -10.311 -10.616 -6.311 1.00103.56 at with ATON 4185 00 Yaw 642 -79,322 -10.889 -7,? 33 1,00301,34 at about ATON 4188 WITH 5 EB 64 2 -75.046 -10.293 -6.000 1.00100.09 at with ATON 4187 ABOUT 5th 642 -75.262 -8.292 -6.421 1.00100.47 at ABOUT ATON 4 180 N IT 61 3 -75.587 -10.835 -4.813 1.00 8B.31 at and ATON 4189 CA ΗΙΞ 64 3 -74.555 -10.297 -3.931 1.00 95.81 at with ATOM 4190 NE ΗΙ8 64 3 -74.722 10.862 2.518 1.00 98.80 at with ATOM 4193 With H15 643 75.936 -10.340 -1.808 1.00102.15 E with ATON 4182 CO2 ΗΙ3 643 -76,772 -10.941 -0.923 1.00103.19 at with ATOM 4183 ΝΡ1 L15 64 3 -76.417 -5.064 Ι.9Θ2 1.00103.40 at n ATOM 4184 CE1 L15 643 -17,485 -8,889 -1,233 1-00103.89 at with ATON 4185 ΝΕΞ 013 643 -77,726 -10.01? -0.501 1-00104.35 at I ATOM 4196 £ ΗΪ5 643 -73,150 -10,606 -4.463 1.00 92.1Θ at with ATON 4187 ABOUT ΗΙϋ 64 3 -72.247 -10.850 -3.707 1.00 92.ΟΘ at ABOUT ATOM 4190 n UDB 644 73.012 -10.401 -5.77 $ 1.00 96.87 at and ATOM 4190 CA UAB 644 -71.720 -10.620 -6.450 1.00 81.49 AT with ATOM 420C NE UDB 644 -71.015 -11.675 -7.503 1.00 $ -: 51 Th with ATOM 4201 Pops UDB 644 -70.922 -11.693 -6.303 1.00 80.44 AT with ATON 4 202 cg> 2 udt. 644 -12.090 -13.049 -6- $ 93 1.00 $ 1.36 AT with ATOM 4203 with UDB 644 -11.296 -3-209 1,042 1.00 1ί, 33 at with ATON 4204 ABOUT go 644 -72,070 -3.629 -1.739 1.00 75.9Θ at ABOUT ATOM 4205 N BYUU 645 -10.061 -0.895 -6.756 1.00 72.6 $ at N ATOM 4206 CA CEO 645 -69.520 -7.632 -7.242 1.00 68.29 at with ATOM 4207 CE BEU 64 5 -60.409 -7.14V -6. 307 1.00 66.02 at with ATOM 4200 Ss BEU 64 5  60.789 -7.055 -4.827 1.00 67.81 at 0 ATON 4209 CP1 yoyu £ 45 67.603 - at 55h -4.015 1.00 in7.'33 at with ATOM 4210 CO2 BEU 645 -69.979 -6.125 -4.668 1.00 67.53 at with ATOM 4211 with BEU 645 ‘60 .971 -7.801 ‘0-65? 1-00 65-19 at with ATOM 4212 ABOUT BRU 645 -6J .985 -6.B64 -9.457 1.00 64.20 at about ATOM 4213 N OBU 646 -60.493 “9,006 -B.957 1-00 £ 1.10 at n ATON 4214 CA SBU 646 -61.971 -9.289 -10,280 1-00 36.54 at with ATON 4215 WITH OBU 646 -66.980 -10,434 -10,276 1.00 53.72 at with ATON 4236 WITH OBU 646 -66.789 -11,101 -9.259 1.00 53.37 at ABOUT ATOM 421? N ABA 647 -66.342 -10.665 -11.417 1.00 50.85 at N ATOM 4210 CA ABA 64? -65.40? -11.776 -11.555 1.00 41.43 at with ATOM 4219 CE ABA 647 -66.143 -13.011 -12.073 1.00 46.80 at with ATOM 4220 WITH Ala 64? -64.276 -11.404 -12.510 1.00 45.07 at with ATOM 4221 0 ABA 647 -64.484 -10.664 -13.471 1.00 45.31 at ABOUT ATON 4222 N TUI 640 63.081 -11.810 -12.243 1.00 41.10 0 N ATOM 4223 CA TUE 640 61.950 -11.701 -13.132 1.00 40.43 at with atom ί? 24 SI TUI 64 0 -61.315 -10.324 -12.8В0 1.00 39.89 at with ATOM 4725 SS TUE 640  61.100 -9.99V -11.41a 1.00 37.05 at with ATON 4226 C01 TUN 640  59.993 -10.455 -10.733 1.00 37.52 at with ATOM 422? CE1 TUK 64V 59.025 10.100 9.361 1.00 37.80 at with ATON 422V Wed? TUN 64H -62.051 -9-262 -10,714 1.00 31.16 at with ATOM 4228 CE2 TUN 64Θ -61 -B91 -8.992 -9.370 1.00 38.07 at with ATON 4230 cg TUN 640 -6P.710 -9-460 -8.708 1.00 31.64 at with ATOM 4231 SI TUN 640 -60.630 -8.197 -7.362 1.00 40.14 at ABOUT ATOM 4232 with TUK 640 -60.905 -12.786 -12.953 1.00 40.6? at with ATOM 4233 0 TUN 64 V -60.017 -13.412 -11.396 1.00 40.70 at ABOUT ATOM 4234 to ABL 649 -6C-.112 -13.001 -13.995 1.00 40.23 at ATOM 423 $ CA ABA 649 -59.012 -13.949 -13.936 1.00 40.84 at with ATOM 4236 CE ADA 649 -50.743 14.513 -15.329 1.00 40.44 at with ATOM 4237 with ABA 649 -57.755 -13.273 -13.395 1.00 41.90 at with ATOM 4236 with ΛΙ.Λ 640 -57.403 -12.169 -13.yal 1.00 42.47 P ABOUT ATOM 4239 N UAB 650 -57.089 -13.942 -12.460 1.00 41.86 at N ATON 4240 CA UDE 650 -55.743 -13.576 -12,056 1-00 41.03 at with ATOM 4241 NE UDB 650 55.659  13-331 10.320 1.00 41-39 at with ATOM 4242 CC1 UDE 656 -54.239 -12.904 -10.141 1.00 36.26 at with ATOM 4243 CC2 UDB 650 -56.675 -12-214 -10-115 1.00 z.oz. at with ATOM 4244 WITH UDE 650 -54 .814 -14.126 -12.429 1.00 42.00 at with ATOM 4245 ABOUT UAB 650 -54.715 -15.751 -11.746 1.00 43.57 at Ο- ATOM 4246 th AZR 651 -54.06V -14.555 -13.514 1.00 45.00 at Ν ATOM 4247 CA AZR 651 -53.27V -15.641 -14.084 1.00 47.26 at with ATOM 4240 CE AZR 651 -52.219 -16.100 -13.080 1.00 50.04 at with ATOM 4249 SS AZR 651 -51.171 -17.014 -13.721 1.00 55.64 at with ATOM 4750 □ □ 1 AZR 651 -51.113 -17.076 -14.973 1.00 57.69 at ABOUT ATOM 4251 □ P2 AZR 651 -50.420 -17.664 -12.965 1.60 57.35 at ABOUT ATOM 4252 WITH Λ5Ρ 651 -.54 .206 -16.003 14.45] 1.00 47.02 at with ATOM 4253 ABOUT A5P 651 ‘55 -093 -16.645 15.286 1.00 45.Β7 at Ο- ATOM 4254 N A8N 652 -54.010 -17.950 -13-021 1.00 46-56 at Η

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ATOI 4255 CA Α5Ν 652 -34.014 -19.113 -14.064 1.00 47.62 AT with ATOM 4256 NE Α5Ν 652 -54-041 -20-381 -14.269 1.00 46.01 at with ATOM 4257 SS Α3Ν 652 -53,552 -20.527 -15-695 1.00 4 ", 35 at with ATOM 4258 Οϋΐ Α5Ν 652 -54,179 -20.029 -16.633 1.00 47.24 at 0 ATSN 4255 N02 Dzm 652 -52,426 -21.207 -15.869 1.00 09/09 at and In summer 4260 WITH AIM 652 -55,300 -19.366 -12,969 1.00 47.56 at with lton 4261 ABOUT DO14 652 -56,470 -20.453 -12.895 1.00 48.79 at 0 ATON <1262 N TNR 653 -56.140 -18.374 -12.118 1.00 46.14 at N ATOM 4263 CA TNR 653 -57,173 -18.506 -11.102 1.00 4 4.77 at with ATOM 4264 NE TNR 653 -56.648  18.136 9.784 1.00 44.11 at with ATOM 4265 OH1 tn 653 '55 .569 -19.011 -9.353 1.00 44.54 at about ATOM 4266 CC2 TNR 653 -57.760 -13.266 -8.670 1.00 42.08 at with ATOM 4267 WITH TNR 653 -59,366 -17.622 -11-416 1.00 46-06 at with ATOM 4268 0 TNR 653 -58,213 -16.455 -11.769 1.00 46,42 at 0 ATON 4265 N Sui 654 -59,556 -18.191 -11.206 1.00 46.34 at n ATOM 4270 CA SUY 654 -60,780 -17.449 -11,481 1 .co 47.23 at with ATON 4271 WITH SUY 654 -61.240 -16.909 -10.132 1.00 47.79 at with ATSN 4272 0 SUY 654 -61.341 -17.65? -9.161 1.00 48.70 at 0 ATOM 4213 se SUB 654 -61.857 -18.375 -12.065 1.00 47.10 at with ATSN 4214 -ChP bitches 651 -63.519 17.664 -12.264 1.00 49.57 at Yo ATOM 4215 N UAY 655 -61.502  15.609 -10.074 1.00 47.25 at I ATOM 4276 CA UDD 655 -61,040 -14.952 -8.82’1 1.00 46.56 at with ATOM 4277 NE UAY 655 -60.006 ‘13-054 -5,470 1.00 46-23 at with ltan 4278 CC1 UAY 655 -65.25? -13. B7C -7.252 1, 0O 45-65 at with ATOM 4275 CC2 UAY 655 -53,449 -14.483 -8.231 ι, οΰ 43.82 at with ATOM 4280 WITH UAY 655 -63.221 -14.326 -8.914 one . with 48.25 at with ATON 4281 0 UAY 655 -63,492 -13.520 -9.804 1.00 48.62 at ΰ ATSN 4282 I UAY 656 -64.098 -14.718 -7.995 1.00 50.22 at b ATOM 4283 CA UAY 656 -65-419 -14-105 -7.906 1.80 $ 2.83 at with ATOM 4284 NE UD]. 656 -66.527 -15.182 -7.912 1.80 52.93 at with ATOM 4205 CC1 UAY 656 -67,000 -14.530 -7.132 ι, 0o 51-33 at with ATOM 4286 CC2 UDD 656 -66.485 -15.909 -9.227 1.00 $ 0.98 at with ATOM 4287 WITH UAY 656 -65,512 -13.280 -O.621 1 -CO 55.73 at with ATOM 4288 0 UAY 656 -65,155 -17-161 -5-544 ] -CO 55.45 at 0 ATOM 4285 m AH <3 657 -65,904 -12.051 -6.742 1 .co 58.13 at N ATON 4290 CA A cop 657 -58.028 -11.146 -5, 602 1.00 62.52 at with ATOM 4291 NE bottom 657 -65,441 -9.786 -5. EV8 one . with 61.8V at with ATOM 4292 ss DAY 657 -63,970 -9.841 -6.376 1.00 61.10 at with ATOM 4293 with bottom 657 -63,099 -10.001 -5.152 1.80 61.37 at with ATOM 4294 ΝΕ las 657 63.292 -8.886 -4.232 1.80 61.93 Yo M ATOM 4295 0Ϊ bottom 657 -62.779 -7.674 -4.416 1.80 63-19 at with Crashes 4296 II1 ln 657 63.010 -6.715  3.527 100 63.51 at N ATOM 429? YAN? bottom 6 $ 7 62.032 -1-41 9 ‘5.404 1-00 62-31 at n ATON 429 $ with bottom 65? -67.446 ‘10 .964 -9.082 1.00 65.5V at with ATOM 4295 0 two 65? -66,033 - 10-533 -5-811 1 -ύο $ 6 - $ 5 at about ATOM 4300 l ZER 658 -67.041 -1I.305 -0.3: 3 1.00 70.15 at N ATOM 4301 CA 5EP 653 -60.945 -1 1.14E -0.162 100 7 $ .O5 at with ATOM 4302 NE ZER 658 -69,352 -12.461 -2,480 100 03/15 eight with ATOM 4303 OS ZEK 658 -68,362 -12.079 -1.561 1.00 7 6.50 at with ATOM 4304 WITH YEY 658 -68,876 -ten. S-36 -2.110 1.00 77.90 at with ATON 4305 ABOUT ZEK 658 -67.807 -9.154 -1.574 100 7? .97 at 0 ATON 4306 N bottom 659 -70.014 -9.409 -1.837 1.00 81.25 at N ATON 4307 CA BUT NOT 659 -70,058 -8.343 -0.843 100 94.24 at with ATON 4308 Sat ARB 659 -71.156 -7.333 -1.185 1.00 86.82 at with ATON 430 " Sat DAY 65 " -11.021 -6.810 -0.441 100 90.54 at with ATON 4 31 0 SR DRE 659 -72.243 ‘5.131 -0.625 one . 80 93.57 at with ATON 4311 NOT TWO Ё $ 9 73-441 -5,700 -0.040 100 96.92 at N ATON 4312 C2 bottom 659 -74,593 -5.106 0.150 100 98.4? at with ATOM 4313 HH1 Battery 659 -14,716 -3.624 -0.199 1.00 98.24 at N ATOM 4314 HH2 bottom 659 -15.624 -5.739 0.691 1.00 99.04 at N ATON 4315 WITH bottom 659 -? o.zo? -6.910 0.551 100 94.43 at with ATOM 4316 0 ABC 659 -69.628 -0.534 1.510 ι, οΰ B5.19 at 0 ATON 4317 N ABA 671 -74.537 -10.439 -0.545 1.00 74.52 at 14 ATON 4318 CA ABA 671 -73,500 -19.241 -1.186 1.00 75.31 at with ATOM 4319 NE ABA 671 -73.891 -20.711 -1.157 1.00 75.29 b with ATON 4320 WITH LHA 671 -73.234 -18.801 -2.62V 1.00 75.10 at with DTON 4 321 ABOUT ABA 671 -74.154 -10.416 -3.357 1.00 76.03 at 0 ATON 4322 N UL 672 71.970 -18.867 -3.035 1 * 80 73.34 at N ATON 4323 CA UAY 612 -71.565 -10.405 -4.359 1.00 70.04 at with ATSN 4324 NE UAY 672 ‘70 .84 $ -17.046 -4.2 62 1.00 71.44 at with ATOM 4325 CO! UAY 67? ‘70 .430  16.570 • b, 64th 7 .00 71-1 $ e with ATOM 4326 ss; UAY 612 -71,759 -16.022 -3.605 1.00 70.69 at with ATSN 4327 with UAY 6? 2 -70,631 -19,410 -5.044 1.00 68,? 2 at £ ATON 4328 0 UAY 67? -69.829 -20.069 -4.385 1.00 60.45 at 0 ATON 4329 n TNN 673 -70.700 -19.52? -6.364 1.00 65.32 at to ATOM 4330 CA TNN 673 -69.944 -20.476 -7.114 1.00 62.53 at with

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ATOM + 331 NE TIR 67 3 -7C.817 -21.566 -7.725 1.00 63.63 at WITH ATON + 332 051 TIR 673 -eleven . 524 -22.264 -6.670 1.00 84.6 + at ABOUT ATON + 3zz CC2 TEAK 67 3 -69, 952 -22.599 -8.473 1.00 62.74 at WITH ATOM + 334 with teak 67 9 -63.132 -19.021 '8.231 1..00 59.50 at WITH ATSN 4335 ABOUT Transnational corporation 673 -69, 671 -19.105 -9.077 1.00 58.70 at ΰ ATSM 4336 N ABA 67 4 '67 .830 20.089 -8.221 ] .00 56.52 at l ATOM 4,337 CA ABA 674 -65, 935 -19.595 -9.204 1.00 £ 4.91 at with ATCI 4,338 NE DYD 67 4 65.567  19,269 -8.666 100 53.50 at WITH ATOM 4335 with ABA 67 4 60.790 03/20+  10.379 100 $ 3.30 at with ATOM 4340 ABOUT ABA 674 -66, 506 -? 1, 009 -10,121 1.00 53.02 at 0 ATOM 4341 n Z / AT, 67 5 -66, 974 -2p, 106 -11-676 ] - Os 50.64 at AND ATON 4342 CA UAB 675 -66.941 -21.069 -12.776 1.00 49.05 at WITH ATON 4343 NE 7Ab 675 -60,256 -20.961 -13.5Β3 1 .0-0 4B.94 at WITH ATOM 4344 CC1 7Ab 67 5 -60.202 -22.007 -14.6E5 1..00 4 6.82 at with ATSM 4345 CC2 MAb 67 5 -69.448 -21.114 -12.653 1.00 47.81 at with ATSM 4346 WITH UA0 67 5 -65,778 -20,709 Ί.3.701 ] .ao 43.76 at with: ATCI 4347 ABOUT UAY 67 5 -65,758 -19.629 -14.291 1.00 47.79 at about ATOM 4348 N AL 67th 64.817 -21.619 -13.820 1 .co 46.75 at N ATSN 43 + 5 CA ABA 67 6 -63,608  21,429 Ί + .136 ι .os 45-42 at with ATSM 4350 CH ΑΙ.Λ 67 6 -62,309 -21.792 -14.037 1.00 43.18 at with ATON 435] with ABA 616 -63-840 -22, 270 -15.996 1, 60 46.23 at with ATON 4 352 ABOUT ABA 676 -64,236 -23.440 -15.932 one . with 47.47 at 0 ATOM 4 353 N 1b 677 -63.510 -21.687 -17.142 100 45.06 at Th ATSM 4 35-4 CA 1b 617 -83.322 -22.462 -18.35Θ 100 42.84 at with ATOM 4355 NE 1b 677 -64,044 -21.005 -19.559 100 41.75 Yo with ATSN 4356 SY2 1b 677 -63.706 -22.593 '20 .834 100 38-6 + at with DTSM 4 357 SY1 TIE 677 -65.5 + th 21,146 19.ίέ1 100 41-17 AT with ATSM 4 358 CO2 TIE 677 “6 & .. 349 “21.146 -20,430 1.00 42.32 at with ATOM + 359 WITH P, E 61? -61.02+ -? 2.53+ -1B, 622 1.00 42.86 at with ATSM 4 360 ABOUT 1b 6 ?? -61,159 -21.508 -18,133 ι. and about + 3.27 at 0 N l □ <! ι _m p-chz g * ST ΤιΊ 1 ^ T s l h l · ΊΛΊ Ί η | 1 4 L D 1 _and M 1. kLT H ZU! 1.and five_. L -? ύ ο ^_ VX LZ 2 ^- ί -3 ι 'L “1UIV! and. ι and ‘.ί 41. L B ίί- ATON 4 362 CA From ¥ 5 6? eight -59.377 -24.001 -16.396 1.00 46.16 AT with ATOM 4 363 WITH Hard currency 678 -59,656 -24.664 -20.240 2.00 46.08 at with ATOM 4,364 WITH SU8 678 -60,392 -25. 574 -20.615 1.00 46.07 at 0 ATOM 4 365 NE SUY 678 -59,346 -24.930 -17.000 1.00 + 0. +2 at with ATSN 4366 8th SU £ 678 -59.691 '24 .303 -... OEY : .so 55.45 at Yo ATSM 4367 N CPS 679 -50.641 -24.221 -20.961 Ϊ-OS + 6.30 at N ATON 4363 her SUV 679 58.335 24.816 2? .. 273 1.00 4 0-35 at WITH ATON 4369 with COURT 679 -56-063 ί $ .14C -22-441 1,60 50.02 at WITH ATON 4370 with court 679 “56.02] -24,723 -2] .046 ', 00 + 9.93 at 0 ATON pl sv SU5 679 -50.7 31 -23.893 -23,415 1.00 + 7.56 at with ATON 4372 35 CPS 679 -60-399 -23,112 -23.340 1.00 + 0.97 at five ATON 4373 N LAN 600 -56, $ 74 -26.805 -23,501 1.00 52.89 at N ATOM 4374 CA Are ίθϋ -55.314 -26,136 -23.94 + 100 57.75 at WITH ATON 4375 NE ARS 600 -54.573 -27.236 -23.100 1.00 5Θ .25 at WITH ATOM 4376 With Are 6Β0 -55.435 -20.410 -22.933 1.00 61.86 at WITH ATOM 4377 With Are 680 -54.577 -29.715 -22 -B13 1.00 64.43 at WITH ATON 437 V ΝΕ Are 680 -55.302 -30.826 -22.205 1.00 60 .80 at AND ATOM 4379 sa Are 600 -54.806 -32.052 -22.065 1.00 10.03 at with ATOM 4380 ON1 bottom 600 -55.532 -33.006 -21.497 1.00 7 1 ..39 at N ATOM 4381 MH 2 Ake 680 -53.503 -32,327 -22.001 1.00 73.17 at N ATOM 4382 with GIVE 600 -55.261 -26.501 25,404 100 60.89 at WITH ATOM. 4383 □ AYUE 680 -56.339 20.7 + 1 - 25,910 1.00 5U - + + ₽ 0 ATON 4384 N DEI 60 1 -54-093 -26.704 -26.01? 1.00 66.22 at and ATOM 4385 CA 5th 681 54-003 -27.243 -21.36? ] oo 72.84 at with ATOM 4386 NE ZEK 681 -53.3 ?? -26,219 -28.317 1.00 73.2V at with ATOM 4387 ss 5 EN 681 -54.1 ?? -25.056 -20,429 1.00 75.41 at 0 ATOM 438V with ZEK 681 -53.1 + 0 -28.501 -27,357 1.00 76.77 at with ATOM 4389 ABOUT ZEK 681 -51.9 + 6 -28.435 -27,096 1.00 77.43 at 0 ATSM 4390 N Are 682 -53.764 -29.645 -27,644 1.00 81.26 at N ATOM 4391 CA ARS 682 -53.031 -30.905 -27.694 1.00 85.36 at WITH ATOM 4392 NE Battery 682 -54.005 '32 .087 -27.634 1.00 08.32 th WITH ATOM 4393 SS AKC 682 -54.534 -32.394 -20.237 1.00 92.63 at WITH ATOM 4394 CE1 AKY 682 -55.114 -33.004 '26 .167 100 96.9 + and with ATOM 4395 NOT Battery 682 -54.231 -34.789 -20,709 1.00100.46 R R ATOM 4396 cg AI 682 54.56V 36.052 27.043 1.00102,13 at with ATON. 4397 nn1 AYUB 682 -53.691 36.069 -27.616 ] .00102,6+ eight N 439Y ΝΗ2 AYE 682 “55.777 -36.500 -26.724 1,00102.04 at N ATOM 4399 WITH ICE 682 -52.165 -31, o0y -28.953 100 06.0? at WITH ATON + 400 but ARB 682 -52.319 -30.150 -29.360 100 B5.B8 eight WITH ATSM + 401 oyat ARB 682 -51.30? -31.9 + 4 -29.016 1.00 06.99 uh 0 TEN + 402 Are 682 E ATSM 4403 sv <Zu one -36.231 38,731 6.129 100 73.54 B WITH ATSM 4404 ss SJ one -35.382 39.159 5.116 100 77.03 b WITH ATSN 4405 si SJ th -33.792 39.221 5.713 100 00.96 b with ATSM 4406 OE1 sy one -33.555 38.539 6.736 100 01.61 B P

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ATOM 4407 from £ 2 s one -32.939 39,951 5.159 1.80 01.99 B 0 ATOM 4403 WITH si one -37.606 37,114 4.762 1.80 60.14 b with ATOM 4409 □ si one -36.842 36.943 3. 036 100 66.19 b about ATON 4410 N her one -38.659 ZV, 513 6,573 1.00 ? 1.43 b N ATON 44 11 CA si one -37.610 ZV.484 5.515 100 Ό.62 b with ATOM 4412 S Yaw 2 -36.450 36,228 5.230 1.00 64.55 b N ATON 4413 CA HER. 2 -38.645 34.953 4.540 1.00 60.66 b with ATOM 4414 NE I am 2 “39.040 33.862 5.545 1.00 60.92 b with ATON 4415 06 ZEN 2 -48.108 34.231 6.293 100 59.32 b ABOUT ATOM 4416 with I am 2 -39.713 35.879 3.480 1.00 57.06 b with ATOM 4417 ABOUT VEN 2 “48-693 35,810 3x607 1.00 55.88 b ABOUT ATOM 4413 N UAY 3 -39.514 34,364 2,346 1 .80 52.83 b AND ATON 4 419 CA UAY 3 -48,437 31.406 1 -212 1.00 48.09 b with ATOM 4,420 NE UAY 3 -39.850 33,648 -0.013 100 49.36 b with ATON 4121 CC1 UAY 3 -40.818 33.703 -1.370 ΐ oo 19.74 b with ATOM 4422 CC52 UAY 3 38.519 34.253 -0.120 1.00 48.94 b with ATON 4 423 0 MIND. 3 -41.790 33.B01 1.562 1.00 15.34 b with ATON 4 424 ABOUT go 3 “42.831 34 .242 1.087 one . 00 48.42 b ABOUT ATON 4 425 n T.EC four 41.796 32.70 3 2.119 100 40.20 b and ATOM 4426 CA Ι.ΕΙΓ four -4 3.0.39 32.204 2.919 1.00 36.80 b with ATON 4,427 NE Bf four “42,943 30.675 2-932 100 35-15 b with ATON 4,428 SS LIE four -42,440 30.824 1 .639 100 35.77 b with ATOM 4 429 C01 Bw four -42.428 2Θ.516 1, 799 ΐ oo 33.02 b with ATON 4,430 CO2 ΒΕίί four -43,339 30,124 0.173 one . 00 33.23 b with ATON 4431 WITH bie four -43.312 32.723 four . 330 100 34.95 b with ATON 4,432 ABOUT B1) four “42.414 32 .790 5.167 1.00 34.99 b ABOUT ATON 4433 I type of five ‘44 .554 33.096 4.599 100 09/31 b n ATOM 4,434 CA THREE five -41.870 33 .701 5.088 100 33.56 b with ATS " 4 435 NE ΪΗΚ five -4 5-693 31.469 5.6 £ 6 1 .80 34.89 b with ATOM 1436 OS1 TNR five -44.944 35,912 4.083 1 .80 36.65 b about ATSN 4137 CC2 Transnational corporation five -45.998 35,636 7.03? 1, 80 33-40 b with ATON 4 4 3V WITH TNR five -45,637 32.749 6.798 1 .80 33.35 b with ATON 4439 ABOUT TNR five -46.701 32.250 6.121 1.00 33-73 Th ABOUT ATOM 4440 ϋ SYA 6 -45,038 32.5 0Y 7,979 1.00 32-27 b about ATSN 4 44 1 cl sm 6 -45.755 31.719 9.011 one . 00 32.42 b with ATON 4 4 42 sv si 6 -eleven . V86 30.527 9,440 1.00 31.42 b with ATSN 4-443 with sm 6 -14.498 29.545 8.353 one . 00 29.42 b with ATSN 4441 with si 6 “43.610 28.432 8.891 100 29.99 b with ATSN 4 44 5 OE1 S1.Y 6 -4 2.530 20.172 8.3 62 1 .co 30.78 b ABOUT ATSN 4446 ΝΈ2 Π1.Ν 6 44 .061 27.775 9.956 1.00 2 6.07 b N ATSM 4447 WITH si &  4 5.95 9 32.603 10.241 100 06/33 Ϊ. with ATOM 444V 0 ϋ’.Ν 6 -45.203 33.541 10.162 1.00 3 3.60 b ϋ ATSN 4449 I PPO 7 -46.903 32.293 11-074 1.80 32.74 b N ATOM 4,450 CE> it 7 -40.006 31.265 10.922 1 .80 32.27 b with ATOM 4451 SL REY 7 -47,036 32.979 12,369 1 -80 33-15 b with ATON 4452 sv PPO 7 -40.356 32.49? ΐ.? 963 1.80 32.34 t (’ ATOM 4453 ss Ryo 7 -40.581 31.147 12.312 100 33-16 1g with ATOM 4451 with REY one -45.035 32,600 13,241 1,60 33.91 I with ATOM 4455 about RIO 7 -45.305 31.457 13.237 1.00 34.46 b ABOUT ATOM 4456 to RIO eight -45,295 33.564 13.994 100 September 35 b N ATSN 4457 ss RNO eight -45.722 31.973 14,069 1.00 34.70 b with ATOM 145V sd RIO eight - 44 .112 33.292 11.825 one . 00 34.71 b with ATOM 4459 SR RNO eight -43.814 31.640 15.191 1.00 36.39 b with ATOM 44 60 with REY AT -44.501 35.661 14.617 100 36.46 b with ATOM 1161 with REY eight  4K71 32.196 15.Θ50 100 33.60 b with ATOM 4462 0 PPO eight -43,408 31,418 16.188 1 .80 33.87 b □ ATOM 4463 to ZEK 9 -45-591 32-131 16.373 100 32.79 b n ATOM 44 64 CA EEK 9 -45.ΘΘ6 31,153 17,109 3:00 34.68 b with ATOM 44 65 sv convict 9 -45.491 31,? 13 10.776 1.00 06.06 b with ATON 44 66 06 ZEK 9 -46,262 32,061 19.07 2 1.00 10.67 b 0 ATOM 44 67 with ZEK 9 -47, 349 30.732 17,439 100 32-15 b with ATOM 44 60 about Yen 9 -40.225 31,463 16.908 1.00 33.49 b 0 ATOM 4469 N UAY ten -47.598 29.540 17.967 1.00 29.27 b s ATOM 4470 CA UAY ten ΊΘ.952 29,878 18.2 37 1.00 28.93 b with ATOM 4471 NE UAY ten -49.503 2B.157 17.101 one . 00 29.21 b with ATOM 4472 C01 UAY ten -49.559 20.921 15.781 100 32.11 b with ATOM 4473 C62 UAY ten -40 * 621 26.931 16.952 100 29.17 b with ATOM 4474 with UAY 13 -40.888 20 .271 19.513 100 28.40 b with ATOM 4475 0 TEA ten  17.809 27.026 19.925 1.00 29.78 b ΰ ATOM 4476 N ZEK eleven -50.035 20.867 20,113 100 27.75 I N ATOM 4477 CA ZEK and - 50.049 27,307 21.37? 1 .80 30.00 b with ATOM 4470 NE Yaw and -49.69 $ 26,225 2?, 550 1, 80 30-66 Tg with ATOM 4479 th ZEK eleven -50.592 29.314 22.62 6 100 3 3-05 b about AGON 4480 ζ- ZEK eleven -51.397 26,652 21.621 100 27.91 b with ATOM 4481 ABOUT pharynx eleven -52.418 27,101 10.21 p.m. one . 00 27.57 b ABOUT ATOM 4482 N 6b ¥ 12 -51,301 25,578 10/22 1.00 27.66 b N

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ATOM 4403 CA C1L 12 -52.605 24,933 22.836 1.00 25.50 E with ATOM 4 4 in 4 WITH 6ΕΥ 12 -52,322 24,903 24,004 1.00 27.45 one. with ATOM 4405 0 SSU 12 -51.165 23.666 24.271 1.00 26.91 one 0 ATOM 44136 S LEA 13 53.375 23.593 24.706 1.00 26.20 E N ATOM 4407 CA ABA GZ -53 .259 22.596 25.762 1.00 27.69 one with ATOM 4400 CH LEA 13 54.372 22.004 36.804 1.00 27.24 E with ATOM 44Θ9 WITH LEA 13 -53 .345 21.136 25.171 1.00 26.76 E with ATOM 44 * 0 with GRANDFATHER 13 -53.963 20.992 24.071 1.00 27.16 h about ATOM 44 51 N PPO 14 -53-039 20-182 25.900 1.00 26.62 B N ATOI 44 92 With PB0 14 -52.1Y- 20-255 27.239 1.00 26.21 E with ΑΤΰΜ 44 93 CA BBO 14 -52.95V 38,003 25,400 ι.oy? 5.5o B with ATOM 4494 NE 8YO 14 -52.425 17-965 26.507 1-00 21.17 B with ATOM 4495 SS Air force 14 -51.520 13.906 27.343 1.00 24.03 one. with ATOM 44 96 with Ryo 14 -54.382 18.467 25.046 1.00 26.24 one with ATOM 4497 0 RVO 14 -55.303 18.750 25.816 1.00 25.55 E 0 ATOM 4 4 * d n eu 15 54.575 17.Θ85 23.864 1.00 25.21 E N ATOM 4499 CA B ¥ 15 -55.907 17.50V 23.432 1.00 25.03 E with ATOM 4500 WITH st 15 -56.561 18.482 22.464 1.00 26.75 E with Agoy 4591 0 ατ, γ 15 - 57.5 ST 1st .1.37 21.794 1.00 2B.23 B about ATOM 4592 N σι.Ν and -56.037 19.700 22.ZV2 1.00 25.53 B N ATOI 4503 CA SEN sixteen -56. 20.113 21-50? 1.00 25, 79 one, WITH ATOM 4504 NE SY sixteen -56.273 22 - 122 22.001 1-00 25. $ 8 one, with ATON 4505 SS THIS sixteen -56.942 22,483 23.327 1.00 27.59 E with ATOM 4506 With THIS sixteen -56.922 23.976 23.606 1.00 30.78 E with ATOM 4507 CE1 SY sixteen -55.067 24.552 23.878 1.00 30.95 E 0 ATOM 4 $ 0Y SE2 sn sixteen -50.054 24.613 23.540 1.00 27.50 E and ATOM 4509 WITH SEN sixteen -56,355 20-54V 20.064 1.00 25.94 b with ATOM 4510 WITH THIS sixteen -55.245 19.772 19.772 1.00 24.90 n about ATON 4511 N ABC 17 -56,796 21, 2'16 19-161 1.00 20.10 b N ATON 4512 CA ABC 1 7 -56.40? 31-233 17.766 1.00 29.05 E WITH ATON 4 $ 13 NE ABC 17 -57.62V 20.990 16,076 1.00 31.19 ί WITH lign 4514 SS ABC 17 -51.375 21-121 15,305 1.00 32.39 WITH ATOI 4515 With ABC 17 -50.629 01.200 14.577 1.00 32.91 E WITH AGON 4516 Ye ABC 17 -5Θ .334 20,933 13.140 1.00 36.49 E M ATON WHOSE cg ABC 17 -50.443 22.079 12.466 1.00 39.15 B WITH ATOM 4518 HH1 ABC 17 -5Θ.737 23.210 13.098 1.00 40.10 and ATON 4519 rig DAY 17 -50 .214 22.101 11.160 1.00 39.44 B N ATOI 4,520 with ABC 17 -55.053 22.663 17.430 1.00 29.7? E with ATOM 4521 about two AND -56,492 23.674 17.716 1.0O 30.44 B about ATOM 4,522 and UDE ten -54.664 22.70N 16.845 1.00 20.97 E N ATON 4523 CA UAY ten $ 54.09 23.904 10.439 1.00 .30.60 b WITH ATSM 4524 SI UDE ten -52 .047 24.339 17.208 1.00 32.96 b WITH ATOM 4525 CC1 UAY ten -53,234 Ϊ4-451 10.706 1.00 33-49 b with ATON 4 53 6 CC2 UDE ten -51,771 23.274 17.108 1.00 34.57 E with ATON 4527 WITH UAY ten -53,? 0b 23,986 14-96? 1.00 30.96 [. with ATOM 4528 WITH UAY 1Θ -53.442 22.669 14-4) 8 1-00 31.31 Ι- about AGON 4529 N TIN nineteen -53.630 23,093 14.322 1.00 30.60 Ε n ATON 4530 CA Transnational corporation nineteen -53.253 25.153 12,937 1.00 30.55 B with ATON 4,531 NE Transnational corporation nineteen -54.419 25.572 12.003 1.00 33.05 b with ATON 4,532 0С1 Transnational corporation nineteen -54.922 26.052 12.412 1.00 37.51 b 0 ATON 4533 ss? 2 Transnational corporation nineteen -55.549 24.544 12.057 1.00 30.05 b with dton 4,534 with teak nineteen -52.109 26.140 12.772 1.00 30.41 b with ATON 4,535 with Transnational corporation nineteen -51.977 27.094 13.535 1.00 31.46 b 0 ATOM 4,536 n TEK 23 -51 .282 25.093 11.766 1.00 30.36 b N ATOM 4 537 CA GEE go  59.173 26.767 11.430 1.00 20-10 b with ATON 4,538 NE 1 b - 29th -40.027 26.663 11.700 1.00 20.17 e with ATOM 4 539 CC2 I b 29th -47,670 2b- * yy 11-207 1-00 21-45 b with ATON 4540 CC1 Gye 29th -40,706 25,749 13,199 1-00 30.05 b with ATON 4541 CO2 GEE 20 -47,450 £ 24.96 13.567 1-00 27.31 b with ATON 4542 WITH 1b 29th -50,295 27.064 9.944 1.00 31.43 b with ATON 4543 WITH ΙΕΕ 20 -50.325 25,142 9.11 * 1.00 31.91 one, 0 ATON 4544 N ZEK 21 -50.375 28.344 9.600 1.00 3) .04 b ΪΓ ATON 4545 CA 5th 21 -59.526 28.755 8.206 1.00 31,99 b with ATON 4546 NE 5EM 21 -51.455 29.946 8.0V6 1.00 32.54 b with ATON 4547 OS ZEK 21 -50. B47 31.097 8.642 1.00 34.59 b 0 DTON 4548 WITH 5EY 21 • 49.187 29.064 7.567 1.00 32.6V b with ATOM 4549 WITH 5EK 21 -40, 20V 29.381 8.240 1.00 32.74 b 0 DTON 4 55C N CPS ? 2 49.159 28.979 6.245 1.00 33.22 one and ATON 4551 CA SUS 22 47.970 20.269 5.496 1.00 35.47 b with ATON 4 552 WITH CPS 22 -40.480 29.994 4.222 1.00 36.21 one with ATON 4553 WITH CPS 22 - 4 9-25? 29-423 3.447 1.0O 37-64 one- <9 ATON 4 554 NE CPS 22 -41.295 27.956 5.053 1-00 33.J5 b with ATOM 4 555 £ c CPS 22 -4 5, 177 28-046 4,037 1 -00 40.59 one five DTON 4 556 N Transnational corporation 23 -40.099 31,240 4.033 1.00 35.52 b n ATSN 4 557 CA TKK 23 -4V, 563 31.957 2.849 1.00 36.01 b with ATON 4 558 NE shadows 23 -49.375 33,215 3.230 1.00 36.77 b with

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ATSN 4 559 051 shooting gallery 23 -48.493 34.210 3. 725 1.00 43.95 B ABOUT ATSN 4,560 CC2 TNR 23 -50.408 32.808 4,285 1.00 35.35 B with ATON 4561 WITH TNR 23 -47.39'1 32.358 1.953 1.00 35.25 B with ATSN 4 56? 0 TNR 23 -46-306 32-893 2.410 1.00 33.54 B with ATOM 4563 L SUE 24 -47.549 32,077 0.663 1.00 33-91 B !one ATSN 4,564 CA SUE 24 -46.526 32.434 -0.295 1.00 34.67 B with ATSN 4565 WITH SUE 24 -47,055 Ϊ3.35 $ “1-313 1-00 35-72 B with ATON 4566 0 SUE 24 -47.84? 34.259 -one. ΐΟίΙ ] .00 35.1 I B with ATOM 4567 TO KEK 25 -46. 622 33.120 -2.604 1.00 36-22 b N ATSN 4,568 CA Yen 25 -46.95? 33,996 -3,717 100 38.10 b with ATSN 4,569 NE 5EK 25 -45.879 35.067 -3.080 1.00 36.60 one with ATSN 4,570 00 Yaw 25  41.723 31,513 -4.495 1.00 38.31 b ABOUT ATSN 457) WITH 5EE 25 -47.065 33.195 -5.012 1.00 38.80 b with ATOM 4573 0 5EP 25 -46. 973 31.967 “5.011 1.00 37.63 b ABOUT ATON 4573 and ZEE 26 -47,240 33.909 -6.110 1.00 39.46 b N ATOM 4574 CA ZEE 26 -47-413 33.2B4 -7,425 1.00 39.7V b with ATSN 4575 sa ZEE 26 -47,955 34.309 “6.423 1.00 40.90 b with ATSN 4,576 os ZEE 26 -47.059 35.40? -6.53? 100 42.25 b about ATSN 4577 with ZEE 26 -4 6.113 32.699 -7.966 1.00 38-3? b with ATOM 4 57V 0 Yen 26 -46.125 31.908 -8.965 ]. 00 40-32 b ABOUT ATON 4579 N ZEK 27 -44.968 33,000 -7.32 5 1.00 37.56 b N ATON 4530 CA ZEK 27 -43.725 32.405 -7.756 1.00 36.90 b with ATOM 4,531 SI ZEE 2?  42.586 33.423 -7.636 1.00 37.67 b with ATOM 4582 OS ZEK 27 -42.370 33.797 “6.290 1.00 46.23 one ABOUT ATON 4583 WITH ZEE 27 -43,359 31.119 -7.003 1.00 34.65 b with ATOM 4584 0 VEN 27 -42 .397 30.450 -7.356 1.00 34.64 B with ATOM 4585 N AZES 26 -44.126 30.766 -5.972 1.00 32.35 b N ATON 4586 CA Α9Ν 28 -43 .899 29.493 -5.780 1-00 31-7? b with ATON 458 1 NE Α3Ν 20 -43.209 29.711 -3.930 1.00 29.14 b with ATOM "$ 8B SY AZES 2E -43.767 39.891 -3.162 100 29.35 b with ATON 4589 ARI AZES 29th -44.919 30.070 -2.717 1.00 30.17 b th ATSN 4590 Number 2 LEI 2B • 4 2.94 3 31.91V -2.986 1.00 27.56 b and ATOM 4591 with Α5Ν 29th ’4 $ -1 $ 0 20.04 9 -5.101 1.00 32.10 ί with ATOM 4592 with DZM 29th -45.499 27.046 5.971 1.00 33.39 b with ATOM 4593 N Gye 29th -45.030 28.010 -3-971 100 31.60 b η ATOM 4594 CA ΤΊ.Ε 29th -47.309 01/28/2 -3-783 1.00 34.34 one with ATOM 4595 NE 1b 29th -47.614 23 .3-40 “2.32E 100 34,0u b with ATOM 4596 CC2 ; ye 29th -40.921 27-592 -2.126 1.00 33.22 one with ATOM 4597 S1 1b 29th -46.613 27.993 -1.721 1-00 32-58 one, with ATOM 459B SY £ b 29th -47.137 28-733 0.136 1-00 33.16 b with DTOM 1599 WITH 1b 29th -40.063 28.232 -4.7 56 1.00 36.40 b with ATSN 1600 0 2b 29th -40 LOZ 27.281 -5.241 100 31.03 b □ ATSM 4601 N Yu ST -40 .2 30 29.485 -5.202 1.00 36.65 b and ATOM 1602 CA Y1U ST -49.224 29.801 -6.212 1.00 37.76 I with ATOM 4603 WITH Yu ST -40,021 29.425 -7.630 1.00 39.9V b with ATOM 4604 0 Yu ST -49.600 29.619 -8.562 1.00 43.51 one. about ATOM 4 605 S ABA 31 -47,612 28.096 -7.8010 1.00 39.82 one N ATOM 4606 CA ABA 31 47.131 28.495 -8.119 1.00 ZE .00 ί with ATOM 4607 NE ABA 31 -45.687 28.942 -9.313 1.00 34.5V one with ATOM 4600 WITH ΑΙ.Α 31 -47 .233 20.991 -9.305 1.00 39.19 b with ATOM 4 609 0 ABA 31 -46-63? 26-441 -10.200 1.00 40.14 b ABOUT ATOM 4610 N B ¥ 32 -47.90? 20.319 -8.371 1.00 39.51 b n ATOM 4611 CA SUE 32 -40.11 2 24.889 -8.526 1.00 39.02 b with ATOM 4612 WITH SUE 32 -47.09? 23-990 -7.925 100 39-80 b with ATOM 4613 0 SY 32 -47.106 22.779 -8.004 1-00 43.1? b about ATOM 4614 N TUI 33 -46.213 24.586 -7.029 1-00 36.85 I. but ATOM 4615 CA TUK 33 -15.240 23.785 -6.29? 1.00 35.51 b with ATON 4616 si TUI 32 -13.951 24.592 -6.092 1.00 34.69 b with ATOM 46’7 with TUN 33 -43.300 24.951 -7.410 1.00 34.71 b with ATOM 461B Οϋΐ TUI 33 -42.695 23.974 -8.198 1.00 33.7V one with ATOM 4619 CE1 TUI 33 -42.170 24.279 -9.443 1.00 34.40 b with ATOM 46TO CP2 TUN 33 -43.356 2 6.250 7.903 1.00 35.64 b with ATOM 4621 CE2 TUI 33 -42-034 20.566 -9.149 1.00 34.16 b with ATOM 4622 SC TUI 33 -12.347 25.679 “9.9) 3 1.00 35.0V one with ATOM 4623 HE TUI 33 -41.7 (1 25-893 -11.197 1.00 30.62 b ABOUT ATOM 4624 WITH TUI 33 -45-835 23.34 $ -4-962 1.00 32.94 b with ATOM 4 625 0 TUN 33 -46.531 24,095 “4.310 1-00 33-35 b about ATOM 4626 N AZR 34 -45,526 22.120 -4.544 1.00 29.96 b and ATOM 4 627 CA AZR 34 -46.046 21.580 -3.200 1-00 26.4 9 b with ATOM 4628 NE AZR 34 -45.809 29.071 -3.221 1.00 30.81 b with ATON 4,023 Si AZR 34 -46.733 19.260 -4.136 1.00 34.4? one. with ATON 4,630 □□ 1 AZR 34 -46.567 1B.011 -4.1V9 1.00 36.39 b ABOUT ATON 4 631 002 AZE 34 -47.610 19.879 -4.793 1.00 32.29 b ABOUT ATON 403? WITH AIR 34 -45.377 22.229 -2.073 1.00 27.51 b with ATOM 4,633 0 AZR 34 14.230 22.701 -2.151 1.00 25.64 one ABOUT ATOM 4 634 n UDD 3 $ “46.090 22.241 -0.954 1.00 26.9V b N

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ATSM 4635 CA UAB 35 -45.523 22.652 0.326 1.00 28.45 B ATSM 4636 se UL 35 -46.543 23.185 1.139 1.00 27.84 B AtSn 4637 cc1 UAY 35 -4 5.970 23.840 2.487 1 .00 25.77 G. ATOM 4630 CO2 UL 35 -46.097 24.756 0.37 5 1 .00 29.67 b ATSN 4630 WITH UDE 35 -45 + 14Ϊ 21.413 1.136 1 .00 28.31 b ATOM 4640 □ UAT. 35 - 4 5.92 5 20.471 1-237 1 .00 2 "-31 t ATOM 4 64 ί m NTO 36 -43-043 21,408 1-106 1, 80 27-34 b ATSM 4 64 2 CA IT5 36 -43.556 20.336 ί-673 1.00 27-59 b ATOM 4 64 3 NE ΗΙ5 36 -42,284 19,633 2,131 1.00 2 6.50 b ATOM 4 64 4 SS I15 36 -42.256 19.391 0.653 1.00 27.79 b ATOM 4645 CO2 ΗΙΞ 36 -41. 509 19.955 -0.327 1.00 25.62 b ATOM 4 64 6 Νϋΐ ΗΙΞ 36 -43.056 1Θ.454 0.0 32 1.00 27.57 b ΑΐαΗ 4 64 7 Сё1 J15 36 -42.001 18.450 -1.261 1.00 27.14 b ATON 4640 ΝΕ2 815 36 -41.866 19.351 -1.50V 1.00 27.36 b ATOM 4 64 9 WITH ΚΙ5 36 -4E.ZS9 20.920 4.009 1.00 20.07 ΐ. ATON 4,650 □ ΡΙ5 36 -42.879 22, 002 4.127 1.00 29-94 t ATSM 46 $ 1 n shooting gallery 3? -43,575 20,140 5.0 I'm 1.00 25.16 b ATOM 4652 CA TNR 37 -4 3, 45 6 20.614 6.126 1 .00 24-15 b ATOM 4653 NE TNR 37 -41,307 20.545 7,145 1.00 22.05 b ATOM 4,654 SS TNR 37 -45.815 21.469 6.50Y 1.00 25.11 b ATOM 4655 C 02 TNR 37 -46. 18E 22.769 ? . 002 1.00 23.55 b ATOM 4656 CE2 TYR 37 -47.265 23.244 6.301 1.00 24.06 b ATOM 4657 Cez tl ₽ 37 -45.693 23.576 θ. 111 1.00 25.38 b ATOM 4,658 CO2 TYR 37 -46.704 21.215 5.544 1.00 22.14 b ATOM 4b $ 9 SE1 TNR 37 -47.559 22.278 5-370 1-00 24-91 b ATOM 4,660 052 TNR 37 -47.856 24.100 but. 520 1.00 23. $ 0 one. ATOM 4661 C23 TNR 37 -46.200 24.813 a, z eo 1.00 24.69 b ATOM 4,662 SNZ TNR 37 -47.35? 25.257 7,537 1.00 26.80 b ATOM 4663 with maybe? 37 -42.437 19.813 7.220 1.00 26.16 b ATOM 4,664 0 TNR 37 -42,318 18.507 7,099 1.00 25.56 b ATOM 4665 N TUE 38 -41.678 20.528 B.042 1.00 25.83 b ATSM 4666 CA TUI 38 -40.661 19.920 0.803 1.00 25.04 b ATCI 4667 NE TUN behind -39-286 20.427 8.462 1.00 24-09 one. ATSM 4,668 SS TUI behind -39.001 20.114 7.010 1.00 26.55 with ATON $ 466 CP1 TOUR behind -39 ..) 71 21,041 6-826 1-00? $, 35 one , ATON 4670 CE1 TUI behind -39.164 20.775 4.606 1.00 26.99 one. ATSN 4 6? 1 Wed? TOUR 36 -36-334 18,953 6, 6 g. ¹ 1.00 25.37 b ATSN 4672 CE2 TUN 36 -38.171 18.67] 5.270 1.00 25.4 $ E. ATOM 4 67 3 C £ TOUR 36 -38.566 19,591 4.317 1.00 26.83 ATOM 4,674 HE TOUR behind -38-362 19,332 2,981 1.00 27.05 b ATOM 4675 WITH TUN behind -40.911 20.Ζ70 10.342 1.00 27.00 b ATOM 4676 0 TUN behind -41.383 21,365 10,673 1.00 25.71 b ATOM 4677 N Yen 39 -40.596 19.314 11.204 1.00 27.12 b ATOM- 4676 CA si 39 -40.677 19.495 12.644 1.00 2E, 0V b ATON 4679 NE BSN 39 -41.471 18.34 9 13.262 1 .CO 2 6.61 g_ ATOM 4600 SS sm 39 -41.665 18.145 14.767 1.00 27.00 ί ATON 4601 With yen 39 -42.299 17.184 15.326 1.00 28.70 b ATOM 4602 □ E1 SEE 39 -41.752 16.087 15.179 1.00 28.9V ί ATOM 4 603 HE2 Happy birthday 39 -13.461 17.330 15.965 1-00 25-31 b ATOM 4604 WITH pr 39 -39-262 19.475 13.190 1 .00 27.65 t ATOM 4005 ABOUT 518 39 -36-161 38-585 1? -085 1.00 27.35 b ATOM 4606 N si 4B -36-921 20-451 14,072 1.00 26-72 t ATON 4007 CA BYN 40 -37.609 20,440 14,800 1.00 29.04 b ATOM 4608 NE ST.R 40 -36.766 21,621 14,172 1.30 28.79 b ATOM 4639 Sat BYN 40 -35.331 21.609 14,665 1 .00 30.78 b ATOM 4690 With si 40 -34.505 22.776 14.157 1.00 31.07 b ATOM 4691 oops sm 40 -35.011 23.087 13,984 1.00 30.96 b ATOM 4692 Ye2 sky 40 -33.226 22.527 13.900 1.00 26.76 b ATSM 4693 WITH yb 40 -37.769 20.502 16,175 1.00 31.91 b ATOM 1694 ABOUT si 40 - 30.186 21.519 $ 16.72 1.00 30.67 b ATON 4695 Ή Bw 41 -37.150 19.396 16.039 1.00 36.61 b ATOM 4696 CA Bw 41 -37.465 19.353 16.294 1.00 40.30 b ATSN 1697 CE CEO 41 -37.397 17,906 10.179 1-00 40-69 I. ATSN 4690 Sat EEO 41 -30,510 17,014 10.209 1. (10 46.02 b ATSN 4699 Wed 1 Bbo 41  30-328 15-507 10,778 ; -00 47.42 b ATON 4700 sp2 Bw four) -39.J66 P-558 10.790 ) -00 45.56 b ATON 1703 with Brat 41 -36,268 20.127 10,813 1.00 41.26 b ATOM 4702 with ΕΕϋ 41 -35,249 20.244 10.131 1.00 40.76 b ATOM 1703 N In yo 42 -36,374 20.670 20,031 1.00 44.22 b ATON 1704 NE Ryo 42 -37, 515 20.575 23.961 1.00 4 4.68 b ATOM 1705 CA REY 42 -35.270 21.466 20.504 1.00 45.94 b ATSM 4706 Sho Ryo 42 -35.733 21.706 22.0C6 1.00 45.06 b ATSM 1707 SS YEYO 42 -37.239 21.602 21.942 1.00 45.70 b ATSN 4700 with Ryo 42  33.955 20.604 23.561 1.00 47.33 b ATOM 1709 but REY 42 - 33-807 11/1950 ?!. 04? 1.00 47.47 b ATON 4710 N SUE 43 -32.924 21.204 19.976 1.00 40.07 I.

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ATOM 4711 CA SBU 43 -31.632 20.626 19 902 1.00 49.97 B ATOM 4712 WITH SBU 43 -31.5V7 19.359 05/19/8 1.00 51.95 B ATOM 4713 ΰ SBU 43 -30.963 1B. 374 19.45 1.00 54.06 B ATOM 4714 N YOU 44 -32.245 19.373 17.899 1.00 49.25 B ATOM 4715 CA TNV 44 -32.135 1B.274 16.947 1.00 44.02 B ATOM 4716 NE TNV 44 -33.280 17.256 17.111 1.00 46.65 one. ATOM 4317 031 TNV 44 -34.531 17.869 16-7 * 1 1.00 40.85 B ATOM 4716 CO2 TNV 44 -33-384 16.781 10.556 Ι.ΟίΊ 4 6.96 B ATOM 47] 9 WITH TNV 44 -3?.] T1 10-812 15,519 1.00 41.95 B ATOM 47? 0 ABOUT yapping 44 -32.4? 4 19,994 15.294 1-00 41.93 B ATOM 4721 n ABA 45 -31.912 17,939 14.556 1.00 39.35 B ATOM 4722 CA ABA 45 -32.058 19.293 13.150 1.00 37.05 B ATOM 4723 B Aba 45 -31.294 17.312 12.2E5 1.00 37.54 B ATOM 4724 with ABA 45 -33.533 18.269 12.774 1.00 35.57 ATOM 4725 with ABA 45 -34.326 17.537 13.369 1.00 14.33 b ATOI 4726 n REO 46 33.910 19.070 11.77D 1.00 33.17 ;. ATOM 47 27 Joint venture RAO sixteen -33-124 20.113 11.103 1.00 13,? 4 B ATOM 4726 CA RAO "6 -35-280 48.991 11.2 * 5 1.00 12.23 ATOM 4729 NE Nuclear weapons 46 -35.279 20-0O2 10-096 1.00 32.13 B ATOM 4730 With RK0 46 -34, 179 20-960 10.444 1.00 34.00 one ATOM 4731 WITH RNO 46 -35.558 17.582 10.755 1.00 11.89 ATCI 4732 WITH ro 46 -34.652 16,094 10.283 1.00 32.49 to ATOM 4733 N B1th 47 -36.003 17.141 10.373 1.00 31.47 B ATCI 4734 CA Bw 47 -37.218 15.914 10.200 1 .CO 33.45 B ATOM 4735 NE Bw 47 -37.460 14.790 11.215 1.00 35.12 B ATOM 4736 Sat Bw 47 '38 .070 14.755 11.764 1.00 41.61 B ATCI 4737 With Bw 4 3 -39.16! 13.420 12.443 1.00 47.81 B ATCI 4736 CE : ¥ !? 47 -40.662 13-196 13-597 1.00 50.11 B ATON 4739 No. Bw 47 -40.987 11.855 13.161 1.00 52.03 B ATCI 4740 WITH BUY 47 -38.475 16.169 9.387 1.CO 30.96 B ATCI 4741 ABOUT BUOY 47 -39.262 17.059 9.712 1.00 2E.92 B ATOM 4742 and Bei 4B -38.661 15.331 0.332 1.00 30.98 B ATCI 4743 CA LIE 4 V -39.814 15.526 7.440 1 .00 23-23 B ATOM 47 44 sa Bei 48 -39. 668 14.509 6.245 1.00 29.31 B ATOM 47 * 5 with [, E (1 48 -40.813 14.640 5.230 1.00 30.45 B ATON 4746 CP1 BEO 48 -40.909 16.074 4.7 * 0 1.00 26.38 B atom 4747 Wed! Bei 48 -40.11 " 13.697 4.068 ; .00 76.52 B ATON 4,146 with beo 48 -47.004 15.102 0.208 ’. .00 27-62 B ATON 4,749 ABOUT yee 45 -41-135 14.160 0.802 1.00 29.03 B PBX 4750 N BEI 49 -42.105 02.02Y Y. 091 Ϊ.00 26.47 B ATOM 4151 CA beo 49 -43.37 $ 15.026 AT . 793 1.00 25.02 b ATON 4752 C9 bei 49 -43-60 $ 17.046 9.66 * 1.00 24.24 B ATOM 4 753 With yee 49 -44.941 16.965 10.538 1.00 24.60 b ATOM 4,754 ORT BEI 49 -44,605 15.971 11.675 1.00 10.36 b ATOM 4755 CP2 Bw 49 -45.295 10.353 11.006 1.00 20.00 b ATOM 4756 WITH Bf 49 -44.544 15.509 7.825 1.00 20.13 b AGON 4757 ABOUT Bw 49 -45.342 14.669 8.007 1.00 29.97 b ATOM 475E TO 1BU 50 -44.648 16.433 6.808 1.00 26.07 b AGON 4759 CA 1b 50 -45.665 16.312 5770 1.00 27.06 B AGON 4760 sv I b 50 -46.783 17.382 5.917 1.00 26.55 B AGON 4761 CO2 ΙΕΕ 50 -47.716 17.325 4.697 1-00 25.11 one. ATSM 4,762 001 ΙΕΕ 50 -47.569 17.184 7.215 1.00 74.89 one. ATON 4763 with p-1 1BU 50 -48-411 15,944 7-230 1.00 26.04 one. ATOK 4364 with 1BU 50 -44,960 16,569 4- 432 1.00 2Θ.76 one. ATON 4765 ABOUT 1BU 50 -44.224 17,541 4.293 1.00 26.93 b ATOK 4766 to Yaw 51 -45.291 15.707 3.449 1.00 26.34 B AGON 4767 CA Yaw 51 -44.574 15.963 2.114 1.00 27.EZ B ATOM 4768 NE Yaw 51 -43.700 14.821 1.670 1.00 26.45 B ATOM 4769 os Yaw 51 -44.481 13.605 1.599 1.00 28.18 B ATOM 4770 WITH Yaw 51 -45.023 16.112 one . 124 1.00 28.06 B A'GOM 4771 ABOUT Yaw 51 -46.910 15.553 1.325 1.00 27.05 B ATOM 4772 N ABOUT 52 -45.579 16.060 0.059 1.00 28.20 B atom 4773 CA SUE 52 -46.568 16.999 -0.999 1.00 28.39 B ATOM 4774 WITH SBU 52 47.098 17.525 -0.495 1.00 28-92 B ATOM 4375 ABOUT SUE 52 -40.958 16.985 0-039 1.00 28.40 B ATOM 4776 n AYAN 53 -47.045 10.571 0.320 1.00 $ 26.7 B ATOM 4,777 CA wisdom 53 -49.044 19-222 y.yve 1.00 28.99 B ATOM 4776 NE ZETA 53 -50.000 19.496 -0.239 1.00 27.64 B ATOM 4779 cn A5N 53 -49,514 20.313 -1.391 1.00 31.12 B ATOM 4780 SF1 ZETA 53 -40.790 21.288 -1.184 1 .00 30.52 B ATOM 4781 N02 Α3Ν 53 -49, E46 19.914 -2.617 1 .00 28.74 B ATOM 4782 WITH Α3Ν 53 -49.737 10.44V 1.986 1.00 28.32 B ATOM 4783 0 LINEN 53 -50.223 19.047 2.947 1.00 26.59 B ATOM 4784 N Yen 54 -49. E14 17.128 1.062 1.00 30.25 B ATOM 4785 CA Yen 54 -50.744 16.305 2,713 1 .00 32.77 B ATOM 4786 Sho 5 HER 54 -52.149 16.425 2. 105 1.00 31.05 I.

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ATON 4707 OS 5EE 54 -52.154 $ 15.70 0, J42 1.00 36.17 B ATOM 470 $ WITH 8Ρ.Η 54 -50.386 $ 14.93 3.008 1.00 31.72 B ATOM 4709 0 5EP $ 4 -51.165 14,237 3,659 $ 1.00 32.8 B ATOM 4790 N D5M 55 -49-232 14-473 2.533 1.08 31 .26 T. ATOM 4791 CA DZM 55 -46-81 $ 13,005 2,715 1.00 32.61 one ATOM 4792 NE D514 55 -48-020 12,551 one . 582 1.00 32.07 t ATOM 4793 with AZES 55 -48.839 12.526 0.298 1.00 35.95 B ATOM 4794 SJ1 AIN 55 -49.720- 11.600 0.134 1.00 36.33 B ATOM 4795 N02 AIN 55 -48.553 13.453 -0.616 1.00 34.48 B ATOM 4790 WITH Ain 55 -17.9VZ 12.937 4.051 1.00 32.40 B ATOM 4797 0 Α3Ν 55 -47.071 13.724 4.30 $ 1.00 31.40 B ATOM 4798 n two 50 -48.300 11.920 4.814 1.00 31-00 B ATOM 4799 SD ABC $ 8 -47.554 11 - 626 6,061 1.00 35.54 b ATOM 4800 sv ABC 56 -48. $ 06 11.199 7-102 1.00 36.63 b ATOM 4801 C <3 two 56 -49.371 $ 12.32 7,723 $ 1.00 12.7 t ATOM 4802 with two 56 -50-209 11 .856 $ 0.84 1.00 16.38 t ATOM 4803 SEE ABC 56 -51.374 11,010 0.356 1.00 19.53 b ATOM 4804 C2 ABC 50 -51 LAN 9.683 0. 449 1.00 54.19 b ATOM 4805 IN1 AVe 50 -52.404 B.991 7.971 1.00 55.69 one ATOM 1800 ΝΗ2 ABC 50 -50.363 9.047 9.025 1.00 53.17 one ATOM 48C7 WITH ABC 56 -46.539 10.523 5.822 1.00 35.53 b ATOM 480 $ ABOUT DKY 56 -46.806 9.441 5-353 1.00 35.07 b ATOM 4809 AND RVO 07 -45.267 10,701 6,154 ) .00 36-46 ί ATOM 4810 With RVO 5 7 -44.712 ) 2,097 $ 536 1.00 35.66 one ATOM 4811 CA RVO 57 -44.244 9,729 6.16 $ $ 1.00 37.4 b ATON 4812 NE RVO 57 -42.968 10.4 64 6.581 1.00 36.26 b ATOM 4813 se Kao 57 -43.240 11.915 6.201 1.00 37.45 b ATOM 4814 WITH RVO 57 -44.613 8.632 7.167 1.00 39.29 b ATOM 481 $ □ РЯ £ | 57 45.359 8.875 0.121 1.00 37.09 b ATOM 4810 N YER 58 “44.091 7.430 6.944 1.00 40.87 one ATOM 4817 SD 58B 50 '14 -130 6-39 $ ? 96 $ 1-00 43.46 one ATOM 1J1 $ NE VEN 58 -43-252 5.19 $ 7.557 1.00 43-89 B ATOM 4819 SS 3ΕΗ 55 -43.995 4,260 6,883 1.00 $ 1.42 B ATOM 4820 with Yaw 5 $ -13-621 6-936 9-20 $ 1.00 41-83 one. ATSN 4821 0 ZEN 50 -12,569 7.575 9.330 1.00 43.28 one ATON 4822 N SUE 59 -44.363 6,881 10.353 1.00 40.66 ! ATOM 4823 CA her 59 -43.914 7.120 11.650 1.00 40.19 B ATOM 4824 WITH Sat ¥ 59 -44.533 8.423 12.118 1.00 40.30 B ATON 4825 WITH 59 -44.333 0.793 13.270 1.00 44.27 g_. ATON 4820 N UAY 60 -45.225 9.128 11.228 1.00 38.65 B ATON 4827 CA UAY 60 -15.922 10.342 11.027 1.00 36.21 B ATON 4820 NE UAY 60 -45.78Θ 11.446 10.550 1.00 36.26 B ATOM 4829 CC1 UAY 60 46.661 12.042 10.917 1.00 33.36 B ATSN 4830 sez UAY 60  44. 329 11.874 10.42 $ 1.00 31.01 B ATSN 4Y31 g V UAY 60 47.390 10-0 $ 3 11-802 1-00 36-39 B ATOM 4832 □ UAY 60 -40.119 9.613 10.992 1.00 36.29 B ATON 4833 N RVO 61 -47.066 70-327 13-113 $ 1.00 36-7 E ATSN 4034 OS PPO 61 -47.07 4 10.985 11.16 $ 1.00 37.16 one ATON 4835 CA PPO 61 -49.233 10.023 13. $ 60 1.00 36.6 * B ATSN 4836 SR PPO 61 -49.262 30,509 15.010 1.00 37.12 T> ATOM 4837 With PPO 61 -47,029 10.647 15.415 1.00 38.26 B ATON 4Θ3Θ WITH PPO 61 -50.271 30.762 12.714 1.00 38.15 B ATON 4839 WITH RKO 61 -49.997 11.847 12.193 1.00 36.93 B ATON 4840 Th A6P 62 -51.464 10.189 12.591 1.00 37.72 B ATSN 4041 CA A $ P £ 2 -52.509 10.902 11.779 1.00 39.64 B ATOM 4042 NE AIR 62  53.630 9.790 11.491 1.00 45.5V B ATSN 4043 SS ABP 62 -54.249 9.209 12.763 1.00 52.02 B ATSN 404 " ΰϋΐ AIR 62 -93.929 $ .692 13. $ 77 1.00 54.52 B ATSN 4845 erg A5P 62 55-063 $ -262 12-642 1.00 57.04 B ATSN 404 $ with ABP 62 -53. 110 5 12.054 12-140 1 .00 36- $ 5 B ATOI 484? 0 A5P 62 $ 53.96 12,709 11 .887 1.00 35.85 B ATSN 4,048 N bottom 63 -52-579 12.383 13.623 1.00 33.17 B ATOM 484 9 CA ABC 63 13.641 14.275 1.00 33.59 B ATOM 4853 NE bottom 63 -52,253 13.770 15.650 1.00 34.57 B ATOM 4051 SS ABC 63 -52.537 12.529 16.546 1.00 40.31 B ATON 4052 SS ABC 63 -52.038 12.725 17.983 1.00 41.07 B ATSN 4053 NOT ABC 63 -50.5? 8 12.66V 18.119 1.00 39.33 B ATOM 4054 C2 ABC 63 -49. AT 11 13 .746 18.221 1.05 36.57 B ATSN 4055 HH1 ABC 63 -50.373 14.944 10.180 ’.05 34.B7 B ATSN 405 $ HH2 bottom 63 -4V. 199 13.631 10.394 1.05 34.40 B ATSN 4057 WITH AND I AM WITH € 3 -52.455 14.019 13.413 Ι.ΟΟ zo.za B ATOM 4058 □ two 63 -83.324 15.908 13.403 1.05 $ 20.0 B ATOI 4059 I RNE 60 -51.417 11.592 12-613 1.00 27.71 WITH ATSN 4860 SD RNE 64 -50.07 $ 15. $ 3? $ 11.73 T.00 $ 29.9 one ATOM 4851 sv RNE 64 “49,348 15.502 11.621 1.05 2J.63 B ATSN 4862 OS RNE 64 -4Y, 608 15.769 I 2.911 1.00 28.95 B

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atom 4853 CP1 RNE 64 -48.214 17,062 13.247 ΐ-00 27.02 one. with ATOM 4B64 £ Ώ2 RNE 64 -48.295 14.729 13.700 B.oo 27.70 B with ΑΤΰΜ 4065 CE1 RNE 64 -47.51V 17,313 14.431 1.08 04/27 B with ATOM 4966 CE2 RNE 64 -47.599 14.972 14.967 1.00 28.58 B with ATOM 4967 sa RNE 64 -47.211 16.267 15.291 Ι.ΟΟ 27, 70 B WITH ATOM 4968 ABOUT RNE 64 -51.487 15.548 10.340 1.00 30.00 B with ATOM 4869 ABOUT RNE 64 -51.518 14.475 9.744 1.00 29.23 B 0 ATOM 4870 N 5EY 65 51.963 16.673 9.819 1.00 29 .23 B to ATOM 4871 CA Bep 65 -52.463 16.722 8.445 1.00 31.26 B £ ATOM 4872 NE 5EP 65 -53-9611 16,499 0.413 ί .00 30.43 ]. with ATOM 487? SI " 5EV 65 -54.665 17.575 9-032 1.00 32-55 B with ATOM 4874 with Yen 65 -52.135 10.061 7.78? 1.00 31. 18 B with ATOM 4875 with Yaw 65 -51.93? 19.066 8.470 T 00 31.83 one 0 ATOM 4976 N C1A 66 -52.07? 10.066 6.460 1.00 30.29 b N ATOM 4977 CA CU 66 -51.749 19.203 5.746 1.00 32.02 b £ ATOM 4978 WITH Yu 66 -52.6V8 19.542 4.585 1.00 34. 44 b WITH ATOM 4979 WITH Ο1Ύ 66 -53.314 18.624 4.064 1.00 35. thirty b 0 ATOM 4880 AND Sp.y 67 52.793 20.798 4.174 1.00 35.63 b No. ATOM 4681 CA 5 EP 67 -53.540 21.126 2.971 1.00 37.94 b £ ATOM 4882 NE 5ВР 6? -55-013 21.369 3.304 ί .00 37.38 one, WITH ATON 4888 Sat 5KV 67 -5 $ -160 22.386 4.280 ί .00 39-96 b ABOUT ATOM 4984 WITH Yaw 67 -52.954 22.358 2.300 1.00 39.49 b with ATOM 4885 WITH Yaw 67 -52.Ξ4Θ 23.150 2,936 1.00 39 .23 b 0 ATOM 4886 N Bw 68 -53.252 22.507 1.012 1.00 40.52 b eight ATOM 4987 CA B ¥ 5 68 -52.826 23.666 0.236 1.00 42.33 b WITH ATOM 4388 NE B £ 68 -51.729 23.267 -O.755 1.00 42.24 b £ ATON 4885 Sat Bw 68 -51.463 24.323 -1.831 1.00 44.74 b WITH ATOM 4890 With 1.U5 68 -50.479 23.832 2-890 1.00 46.29 one WITH ATOM 4891 CE Bw 66  50-421 24.?B2 -4.06 " 1-00 P . 53 b with ATOM 4892 AND I B5 68 -49.320 24.451 -5.037 1.00 44.81 b N ATOM 4993 WITH B5 68 -54.004 21.268 -0.531 one . OH 42.80 one. £ ATOM 4984 0 B5 68 -54.869 23.549 -1.026 1.00 41.34 b B ATOM 4995 AND ZEV 68 -54.026 25.590 -WITH. 640 1.00 43.73 b Ή ATOM 4886 CA Yaw 69 -55.090 26.268 -1.366 100 44.46 b WITH ATOM 4397 NE ZEV 68 -56.310 26.424 -0.458 1.00 46.75 b WITH ATOM 4898 OS ZEY 68 -57.267 27.293 -1.036 1.00 53.75 b ΰ ATOM 4399 WITH ZEK 69 -54.635 2? .637 -1.867 1.00 43.71 b WITH ATOM 4880 ΰ ZEK 68 -54.309 28.523 -1x074 1.00 42.73 b ABOUT In summer 4901 and □ b 70 -54.616 27.607 -3.186 1.00 43.48 b N ATOM 4983 CA B SU 70 -54.239 29.082 3.749 1.00 41.87 b WITH ATOM 4983 WITH Be 7ΰ -52.714 29.356 3x470 1.00 42.01 b WITH In summer 4901 WITH BSU 70 51.877 28.578 3.871 1.00 42.41 b ΰ ATOM 49U5 s TNR eleven 52-460 30.453 $ 2.77 1.00 40.06 with N ATOM 4906 CA TNR 71 51.083 30.799 -2.443 1.00 40.11 ί WITH ATOM 490? NE TNR 71 -50-801 32-383 -2-712 1.00 40.96 g. with ATOM 4908 CC1 TNR 71 -51.714 33.0Θ1 -1.951 100 40.94 b ABOUT ATOM 4909 CC2 TNR 71 -50.953 30.60] -4,201 100 39-96 g. WITH ATOM 4910 with TNR 71 -50.732 30,511 -0.981 1.00 39.88 one with ATOM 4911 0 TNV 71 -49.700 30.963 -0,407 1, ϋΟ 40.96 one ABOUT ATOM 4812 and Yaw 72 -51.590 29.774 -0.285 1.00 37.34 b I ATOM 4913 Sa 5EV 72 -51.303 29.436 1.100 1.00 37.58 b with ATON 1914 NE ZEK 72 -52.187 3ϋ.259 2.041 1.00 38.75 b with ATOM 4915 About Zey 72 -5 3.541 29.863 1.940 1.00 43.69 b ΰ ATOM 4916 WITH and her 72 -51.471 27.941 1.392 1.00 36.49 ί with ATOM 4917 about Yaw 72 -52.095 27.201 0.619 1.00 34.73 b about ATOM 4918 and LEI 7.3 -50.080 27.504 2.500 ] .00 01/33 ί I In summer 4919 CA ABA 13 -50.99? 26.124 2.950 1.00 31.45 E with ATOM 4928 sv ABA ? 3 -49.161 25,328 2,543 1.00 30.50 b with ATOM 4921 with lll 73 -51-154 26-114 4.4 63 ] .00 31-13 t with ATOM 4922 0 ABA 73 -50.896 27.113 5,132 1.00 30.70 E ABOUT ATOM 4923 N Yaw 74 -51.583 24,985 5.O06 1-00 30.39 E m ATOM 4924 CA Yaw 74 -51.886 24.932 B.421 1.00 32.16 b with ATOM 4925 NE Yaw 74 -53.375 25,219 6.627 ι, οΰ 32.93 b with ATOM 4926 OS ZEK 74 -53.697 25.321 B.002 1.00 40.40 E ABOUT ATOM 4927 with Yaw 74 -51.510 23.574 7.001 1.00 30.96 E with ATON 4928 0 ZEK 74 -51.747 22.540 6.379 1.00 32.04 b ΰ A1OH 4929 and B ^r 75 -50.902 23.985 8.184 1.00 07/31 b P ATON 4938 CA 75 -50.638 22.354 B. 928 1.00 29.53 E with ATON 4 931 Sv SEC 75 -49.192 22.336 9.441 1x00 26.68 b with ATOM 4 932 Sat 1.EU 75 40.781 21-170 10-362 ] .00 28-53 b with ATON 1933 st Seb ? $ -18.627 19.878 9.153 1.00 23.41 1x with ATOM 4934 CO2 come on 75 -47,456 21-510 11-059 1.00 24.35 b with ATOM 4 93 $ WITH ι, ευ -51.60? 22-306 10-10? 1-00 91.37 b with ATOM 4936 ABOUT ive 75 -51.76? 23,296 10.827 1.00 30.49 b ABOUT ATSN 4937 and ABA 76 -52,263 21,163 1O.30O 1.00 30.74 b and ATOM 4938 CA ABA 76 -53.173 21.00? 11.425 1.00 30.46 b with

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ATSN 4939 NE LEA 76 “54,600 29,770 10,930 1.00 27.72 B with ATOM 4940 with ΑΙΑ sixteen -52.737 19.857 12.316 1.00 30.96 B with ATOM 4941 0 ATA 76 -52.334 19,803 11,833 1.00 31.40 b 0 ATCI 4942 N 1b 7? -52.822 20.077 13.624 1.00 31.12 b N ATSM 4943 CA 1b 77 -52,447 19.07 $ 14.612 1.00 31.39 b with ATSM 4944 NE 1b 77 -51.234 19-550 15- + cha 1.00 32.1! b with ATSM 4945 C62 1b 77 -50,800 18.460 16. + 12 1.00 31.86 b with ATOM 4946 SY1 1st 77 -50,085 19,930 14,5С5 1.00 33.01 b with: ATOM 4E47 0Ώ1 1st 77 -4Θ.913 20.579 15, Ϊ10 1.00 31/72 b with ATOM 4948 WITH NOT 77 -53,630 19.807 15,550 1.00 31.92 I. with DTON 4949 ABOUT 1b 77 -54.000 19.811 16.271 1.00 33.01 b □ atom 4950 N TNN 78 '54 .231 17.701 15.538 1.00 32.75 b N ATOM 4951 CA TNN 78 -55,314 17.401 16.47+ 1.00 34.22 b with ATOM 4952 NE Transnational corporation 78 -56-425 16.563 15.008 1.00 36.19 b with ATOM 4953 I1 Transnational corporation 78 55.877 15.314 15.369 1.00 37.55 b 0 ATON 4954 CC2 Transnational corporation 78 -57.014 1 7.31 1 14.610 1.00 33.93 b with ETON 4955 WITH Transnational corporation 73 -54, Ϊ60 16,618 $ 17.6 1.00 33-72 b with ATOM 4,956 ΰ Transnational corporation 7B -53.631 16.110 17.582 1 .00 35.50 I. □ AGON 4,957 N SAT 79 -55.514 16.529 10,735 1.00 33.17 b n ATON 4958 CA Smiling ¥ 79 -55,052 15.77? 09/19/1 1.00 31.44 b with ATON 4959 WITH B ¥ 79 -53.649 16.178 20.312 1.00 30.87 b with ATON 4950 0 B ¥ 79 -52 .798 15.327 20.543 1.00 31.97 b with ATON 4951 n Bw 80 -53.406 17.400 20.410 1.-20 29.02 b N ATOM 4,962 CA THEO Yo -52.082 1B .001 20.731 1.00 30.55 b with ATOM 4963 NE LIE 80 -52.200 19.409 21.080 1.00 31.73 b with ATOM 4 964 SS LIE Yo -50.929 20,337 21,064 1.00 31.97 I. g. ATOM 4965 CO2 Bf 80 -50.314 20,326 19,690 ; , 00 31-53 t with AGON 4965 CO2 BE0 80 -51.271 21,164 21.495 1.80 33.68 b with ATOM 4 96? WITH LIE 80 -51.443 17.231 21,094 1.00 31.41 b with ATS *! 4 968 about LIE 80 -52.080 17.015 22.924 1.00 28.69 b 0 ATSM 4 965 ! T SUS + 81 -50.107 16.016 21.71V 1.00 33.22 b N ATON 4 970 CA PI 81 '49 .425 16.126 22.769 1.00 35.00 b with ATSM 4 971 NE 01.Ν 81 -40.930 14.760 22.277 1.00 36.97 b with ATSM 497? ss S31.Ts 81 -50.327 13.790 21.074 1.00 46.26 b with ATOM 4973 with SEN 31 50,816 13.277 23-066 1 .00 52.65 b with ATSM 4974 OE1 SYA 81 -50,313 ! 2.475 23.058 1.00 56.12 b 0 ATOM 4975 Мё2 SY 31 -52,361 13,7.39 23-263 1 .00 $ 4.06 b [-one ATOI 4976 WITH sm 91 -48,213 16,952 23-198 1.00 34.68 b with ATOM 4977 ABOUT e + 91 -47,676 17,731 22,395 1.00 32-67 b about ATOM 497B ABA 82 -47.772 16,154 24,431 1, 00 .34.6 + b N ATOM 4979 CA ABA AT 2 -46.587 17.42? 24.966 1.00 35.20 b with ATOM 4980 NE ABA 82 -46.257 16,872 26,356 1.00 3 6.44 b with ATOM 4 * 8) with ABA AT 2 -45.359 17.313 24.069 1.00 3+, 25 b with ATOM 4932 about ABA AT 2 -44.597 38.273 23.923 1.00 35.41 b 0 ATOM 4983 N Xiu 83 -45.153 16.145 23.475 1.00 33.73 b N ATOM 4984 SI et.i 93 -43.982 15.936 22.629 1.00 36.46 b with ATOM + 985 SR och 83 -43.76Θ 14.4 EV 22.371 1.C0 17.92 b with ATOM 4986 ss στο 83 -44.991 13.694 21.844 1.00 48.23 b with ATOM + 9Y7 sv oh 83 +5.924 13.19B 22.957 1.00 55.83 b with ATOM 498V OE1 □ b 83 -46-852 12.410 22.641 1.00 60.92 b 0 ATOM + 989 ΟΕΞ oh 83 -4 $ .7 + 1 13. $ 80 24.140 1.00 5 +, 46 b about ATOM 499th WITH si 83 -44,070 16-693 21.295 1.00 35.07 b with ATOM + 991 ΰ si 03 -43.115 16-696 20.Ы0 1.00 36.46 b about ATOM 4992 14 AZR 84 -45.206 17.3 + 2 71.0 + 0 1.00 33-53 I. but ATOM + 993 CA AYOP 84 -45.370 18.1 + 8 19.630 1-00 32.0+ b with ATOM 4994 NE ΑΞΡ 84 -46.851 13,329 19,482 1.00 79.02 b with ATOM 4995 se A5P 04 -47.539 17.024 19,156 1.00 33.55 b with ATOM 4996 □ 01 A $ P 04 -46.859 1B.092 18.667 1.00 33.27 b 0 ATOM 4997 αϋί A5P 84 -48.763 16.930 19.390 1.00 l, 73 b 0 ATOM + 998 WITH AZR 84 -44.737 19.520 $ 19.97 1.00 32.06 1x with ATOM 4999 0 AZR 84 -44.653 20,279 19.003 1.00 30.85 b 0 ATOM 5000 N OH1 85 -44.309 19.877 21.191 1.00 29.59 b N ATOM 5001 CA οι.υ 8 $ - + 3,660 21.169 21.309 1.00 31.50 £ with ATOM 5002 NE CH1 85 -43.317 21.397 27.870 1.00 33.60 b with ATOM 5003 With SY. 1 AT 5 - + 2.876 22.829 23,172 1.00 30.53 b with ATOM 5004 NE si 85 -43.034 23-715 24.641 1.00 43.02 b with ATOM 5005 OE1 OH7 85 -42.004 23.517 25.290 1.00 47.43 b about ATOM 5006 0E2 si 85 -4 + .1V2 23.729 25,150 1.00 42.38 one, 0 ATOM 5007 WITH hey 85 -42.391 10/21/2 20.549 1.00 29.62 b with ATOM 5008 WITH Yo 85 -41.5 + 2 20,307 20. 6BB 1.00 32.34 b 0 AGON 5009 N ABA 06 -42.269 22.164 19.664 1.00 26.98 b at ATOM 5010 CA ABA 86 -41,217 22.135 10.658 1.00 26.63 b with dton 5011 NE ABA 86 -41.295 20.824 17.850 1.00 27.34 b with ATSM $ 012 WITH ABA 86 -41.378 23,323 17,725 1.00 27x49 b with Agoy 5013 0 ABA 66 -42.295 24,004 17,044 1.00 2V, 13 b ΰ ATSM 5014 N A5P 87 -40.437 23.4В0 16.803 1.00 2VxO2 b N

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ATON 5015 CA ABP 87 -40.565 24.476 15.750 1.00 29.1? Ε WITH ATOM 51116 NE ABP 87 -39.227 25-186 15.534 1.00 31.60 Ε 0 ATCI 501? that FER 87 -30.015 2 6.086 76.712 1-00 36.60 Ε WITH ATON 501V 001 ABP 87 -39.736 26.76V 17.260 1.00 40.12 I. 0 ATOM 5019 002 FER eight? -31.653 26,117 17-03 $ 1.00 38.12 Ε 0 ATOM 502 0 with ABP 87 -41.001 2 3.786 14.458 1.00 20.96 Ι- with ATOM 9021 0 ABP 37 -40.571 22.664 14.164 1.00 26.69 Ο 0 ATON 5022 N ΤΪΚ 8B -41.074 24.452 13.699 1.00 26.76 b N ATON 5023 CA ΤΥΗ ST -42.396 23.884 12.4 62 1.00 27.47 Ε WITH ATON 5024 NE TUK 80 '43 .904 23.641 12.576 1.00 25.6ί one with ATOM 5025 that TUK 89 '44 .269 22.601 13.607 1.00 23.70 Ε with ATOM 5026 SOX TUK 80 ‘44 -320 22.921 14.965 1-00 21.12 b with ATOM 5027 that one! TUK 89 Ί4.617 21.946 15-920 1.00 22.16 Ε with ATOM 5020 Pops TUK 8Θ -44.514 21,266 13,231 1.00 72.59 Ι- with ATOM 5029 CE2 TUI thirty -44.VO2 20.316 14,166 ) .00 72-72 Ε with ATOM 5030 C2 TUK 8B -44.845 20.648 15.511 1.00 22.94 Ε with ATOM 5031 HE TUYA 80 -45.104 79,601 16,437 1.00 21.22 [. 0 ltsn 5032 WITH TUK 80 -42.117 24.816 11.298 1.00 26.66 Ε with LTSN 5039 about TUK 8B -42.384 26.008 11.379 1.00 29.21 B 0 ATOM 5034 and ΤΥΚ 89 -41.580 24.261 10.219 1.00 27.15 Ε I ATON 5035 CA TUI 89 -41.213 25.044 5.044 1.00 25.90 £ with ATOM 5P36 sv TUK 89 ‘39 .690 24,971 8,814 ) -00 26.15 b <; ATOM 5037 her TUK 89 -38.073 25-579 9-931 1.00 20-00 one with ATOM 503V si TUK 89 -38.414 24,801 10.992 Ι, ΟΟ 20.94 Ε with ATOM 5039 CE1 TUK 89 -37.671 25,363 12.02? 1.00 71.99 Ε with ATOM 5040 CB2 TUK 89 -38.566 26.934 9.934 1.00 27.60 Ε with ATOM 5041 Сё2 TUYA 89 -37.Θ25 27.503 10.962 1.00 20.70 Ε with ATOM 5042 that TUK 89 -37.3E4 26.712 12.006 1.00 30.96 ί with ATOM 5049 HE TUI 89 ’36 .651 27.275 13.031 1.00 32.52 ί 0 ATOM 504 4 with TUK 89 ‘41 .935 24.510 7.811 1.00 26.61 ί with ATON 5045 0 TOUR 89 -41.966 23.296 7.504 1.00 24-13 b with ATOM 5046 N CPS 90 ‘42 .493 25,410 7,011 1-00 26.60 Ε N ATON 5047 CA CPS 90 -41.966 25,010 5.69 " 1.00 25.92 Ε WITH ATOM 504V with CPS 90 -41.090 25,294 4,644 1.00 21.13 Ε with ATOM 5049 0 CPS 90 -40.951 26,053 4,577 1.0α 21.83 Τ, ABOUT ATOM 5050 sv CPS 90 -44.270 25.740 5.342 1.00 29.34 Ε with ATOM 5051 YOS SUYO 90 -44.257 27.570 5.342 1.00 30.10 ί at ATON 5652 N there 91 -42.036 24.657 3.408 1.00 2 V.80 Ε N DTOM 5053 CA sn 91 -41.044 24.775 2.429 1.00 20.24 B WITH ATON 5654 NE CEM 91 -39.566 23.708 2.595 1.00 27.60 ί WITH ATOM 5655 SS sn 91 38.090 23.735 1.525 1.00 29.50 Ε WITH ATOM 5056 si SBI 91 -38.225 22.363 1.351 1.00 33.53 ί WITH ATON 5057 that one! SEN 91 -30.993 21.347 1.360 1.00 30.27 b 0 ATOM 5050 MEUSE 151.1'1 91 36.096 22.352 1.198 1.00 35.14 one N ATON 5059 with Pen 91 -41.710 21.615 1.07 & 1.00 29.35 b WITH ATOM 5060 0 Sep 9 <  42.670 2 3-85] 0-946 1-00 29-9) b and ATON 5661 and CENTURY 92 -41.210 2 5-330 0-016 1.00 29.56 I. N ATOM 5062 CA EEK 92 -41.104 25-201 -1.795 ] - 00 31-14 Ε WITH ATON 5063 NE CENTURY 92 -43.013 25,991 -1.451 1.00 32.55 one. WITH ATOM 5064 OS ZEK 92 -43.443 2 6.023 -2.802 1.00 34.9? B with- ATON 5065 with VEN 92 -40.660 25,731 -2.205 1.00 30.79 Ε with ATON 5066 0 ZEK 92 -39.514 26.65Θ -1.979 1.00 30.9? B 0 ATON 5067 N ΤΥΚ 93 -40.627 25.140 -3.473 1.00 29.05 B to ATOM 5069 CA ΤΥΗ 93 -39.120 2 5.633 -4.507 1.00 29.06 B with ATON 5069 sv tun 93 -39.677 24.663 -5.698 1.00 2B.59 B with ATOM 5070 that TUK 93 -38.685 25.053 -6.703 1.00 30.40 B with ATON 5071 that one! TUK 93 -37.317 24.956 6.609 1.00 31.57 b with ATOM 5072 CE1 TUK 93 -36.400 25-709 -7.5Я9 ] -00 10-71 E with ATOM 5073 ta2 TUK 93 -39.120 25.612 -7.903 1.00 31.67 b with ATOM 5074 CE2 TUK 93 -36.271) 25,960 -8,904 1.00.) 0-85 E with ATON 5075 cg TUYA 93 -36.065 25.765 -8.103 1.00 3 3.32 b with ATOM 5076 he TUK 93 -35.965 26.129 -9.760 1.00 32.49 b 0 ATOM 5077 with TOUR 93 -40.233 2 6,996 -4.958 1.00 79.39 E with ATOM 507B 0 TUK 93 -41.441 27.231 -5.017 1.00 27.21 E with- ATON 5079 N ABP 94 -Ze.Zoz 27.890 -5.218 1.00 29.8? B but ATON 5080 CA ABP 94 -39.652 29.201 -5.700 1.00 31.94 B with ATON 5081 SY ABP 94 -39.229 30.295 -4.811 1.00 34.22 B with ATON 5082 C5 ABP 94 -39.679 31.671 -5.256 1.00 39.09 B with ATON 5003 with! ABP 94 '40 .570 32.253 -4.509 1.00 30.37 E with ATOM 508 " □ E12 ABP 91 '39 .130 32.169 -6.272 1.00 41.24 B with ATOM 5085 with FER 94 -38.932 2 9.379 7.110 1.00 33.39 E with ATOM 5OV6 0 ABP 94 '37 .10] 29,387 '1.15? 1-00 32-JZ B 0 ATOM 5087 I ZEK 95 -39.694 29-531 -8.109 1.00 32.19 b N ATOM 508V CA ZEK 95 -39.09V 29,540 -9-519 1.00 35-46 E WITH ATON 5089 NE VER 95 - "0 -! '! 6 29,372 -10-5E & 1.00 33-41 E WITH ATON 5090 OS ZEK 95 -41.211 30.322 -10,442 1.00 37.34 B 0

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ATSM 5091 WITH 5 EB 95 -38,274 30,797 -9, 611 1.00 36-42 £ with ATSM 5092 0 BEK 95 -37.381 30.757 -10.651 1.30 38.68 b about ATSM 5O93 N CENTURY 96 -38.547 31,905 -9.132 ’, -00 37.35 0 I ATSM 5091 CA CENTURY 96 -37.712 33.086 -9.343 1.00 39.64 b with ATSM 5095 NE CENTURY 96 -38.461 34.365 -8.947 1.00 38.48 one. with ATOM 5096 OS CENTURY 96 '38 .423 34.586 -7.54V 1.00 + 8.03 and 0 ATON 5097 with VER. 96 -36.379 32.997 -8.539 1.00 +0.12 £ with ATOM 509 Θ about -ZEK 96 -35.411 33,664 “8-951 1 .00 11.72 ι 0 ATSM 5099 and THEO 97 -36.317 32.164 -7.562 1.00 40.63 £ n ATSN 5100 CA LIE 9? -35.085 32.015 “6,776 1, 00 39-89 b with ATSN 5101 NE LEU 97 -35-403 32,010 -5.278 1.00 39.69 0 e ATSM 5102 SS Bc 97 -36.119 33.256 -4.752 1.00 +1.84 one. with ATSM 5103 CO2 Bw 9? -36.377 33. £ 13 -3.25? 1.00 40.69 b with ATOM 5101 CO2 1E0 97 -35.271 34.492 -5.034 1.00 39.18 b with ATON 5105 WITH LIE 97 -34.330 30.730 -7.142 1.00 40.12 ί with ATOM 5106 with SEN 97 -33.166 30.567 -6.775 1.00 38.81 b 0 ATON 5107 n In yong 99 35.006 29.647 -7.862 1.00 40.10 b and ATON 5100 CA -1EI 90 -34.432 28,559 ”8.247 1 .00 39.46 b with ATSN 5109 he. 5 EN 99 -33.223 29 .768 -9.169 1 .00 39.43 b with ATSN 5110 About VEN 98 -33.610 29.450 -10.351 1-00 42-81 0 0 ATON 5111 WITH VEN 98 -34.018 21,113 -7-045 1.00 36.54 0 with ATSN 5112 0 ZEN 9B -33.073 26.923 -7.123 1.00 38.98 £ about ATON 5113 N SUE 99 -34,725 27, 671 -5.974 1, 00 37-42 t N LT (1M 5111 CA B ¥ 99 -34.422 27.070 -4.762 1.00 35.97 b with ATON 5115 WITH C1 ¥ 39 -35.657 26.785 -3.940 1.30 38.31 one, with ATSN 5,116 ABOUT C £ ¥ 99  36.657 27.493 -4.065 1.00 35.39 b 0 ATSM B111 N VEN ιοο -35-608 25.752 -3.100 1 .00 36.91 b N ATSM 5118 CA ZEN 100 “36,797 25-374 -2.246 1 .00 37.76 ί with ATOM 5119 NE 5EV 100 -36.76 $ 23.849 -2.076 1.00 39.33 0 with ATSM 5120 SS ZEN loo -37,335 23.211 -3.212 ’.OO 39-19 ί ΰ ATSM 5121 with Yaw yy -36, 563 26.033 -0.865 1.00 3ΐί. ¢ 2 £ with ATON 5122 with Yaw Boo -35.909 25.493 0.012 1.00 40.69 ί about ATOM 5123 N UAY £ 01 -37.137 27,195 -0.735 1.00 35.6] £ n ATSM 5124 CA UAY B01 -37.020 28.048 0.423 1.00 34.08 £ with ATOM 5125 NE UA0 101 -37.142 29.527 0.033 1.00 34.68 £ with ATON 5126 SY1 UAE EEG1 -36.015 29.890 -0.932 1.00 33.67 £ with ATSM 5127 ca2 TM 101 -30.501 29.700 -0.605 1.00 30.50 £ with ATSN 5128 with UAY 101 '30 .002 27.768 1,563 1.00 33.19 £ with ATOM S 29 about UDD 101 -39.047 27.151 1.362 1.00 31.98 £ 0 ATSM 5130 N RIE 102 -37.652 28.246 2.755 1 .00 30.75 £ eight ATSM 5131 CA RNE ten? 27.916 3-985 1 .00 29.44 £ with ATSN 5132 NE RNE 102 -37,361 27,473 5-053 1.00 28.91 £ with ATOM 5133 SS RNE 102 -36, 680 26,179 4-1 + 2 1.00 27.81 0 with ATOM 5134 st RNE 102 -35.472 26.161 4.070 1 .00 26-76 £ with ATOM 5135 with? RNE 102 -37,859 24.973 5.110 1.00 26-32 £ with ATON 5136 CE1 RNE 102 -34.853 24.960 3.7 64 ], 00 26.6ί ί with And there 5137 CE2 RNE 102 -Ϊ6. 645 23.777 4.809 1, 00 36.33 £ with ATON 513V CE RNE 102 -35.439 23.770 4.133 1.00 25.96 £ with ATSM 5139 WITH RNE 102 -39.156 29.094 4.521 1.00 28.98 one. ί- ATOM 51 + 0 0 RNE 102 -30.750 30.244 4.372 1 .00 31.15 B ο ATOM 5141 n ΰ £ ϊ £ 03 -40.292 28.811 5.154 1.00 28.82 B N ATSM 5142 CA SUE G 03 -40-949 29.830 5.956 1 .00 27.61 £ with ATOM 5143 WITH B ¥ 103 40.094 30.221 7.153 1.00 28.18 £ 0 ATSN 5144 about B ¥ 103 -39,068 29.593 7.119 1 .00 27.21 £ 0 ATSM 51 45 N 5b ¥ 104 -40..513 31.257 7.877 1 .00 29.41 X and ATSN 5146 CA B ¥ 104 -39,722 31.760 6.957 ’.OO 30.21 £ with ATSM 5147 WITH C1, ¥ 104 -39,801 30-907 10.2 + 5 1.00 31.93 ί with ATSM 5148 0 B ¥ 104 -39,033 31.114 11, 186 1.00 Sep 31 £ ABOUT ATSN 5149 N SUE 105 -40,715 29.941 10.262 1.00 31-13 £ N ATOM 5150 CA C1L 105 -40.796 29.024 11.385 1.00 30.36 one. with ATOM 5151 WITH SUE 105 -41,890 29,408 12.360 1, οο 30.93 t and * with ATOM 5152 WITH SH ¥ 105 -42.133 30.591 12.597 1.00 30.41 £ 0 ATSM 5153 N TNV 106 -42,557 28,408 12.921 1.00 30.56 £ I ATOM 5154 CA TYAN 109 -43. 546 28.648 13.969 1.00 30.39 £ with ATSM 5155 NE TNV 106 -44.950 28.202 13.538 1.00 30.35 £ with ATSN 5156 No. 1 tn £ 06 “45.336 20.900 12.351 1 .00 32.39 one 0 ATOM 51.57 CC2 TNV 106 4 5.950 28.490 4.635 1.00 30.52 £ with ATSM 5 158 WITH tin 106 -4 3.170 27 .865 15,219 1.00 30.74 £ with ATSM Y-59 0 TNV £ 06 -42.953 26.665 15.161 1.00 30.35 £ about ATSM 516C> N B ¥ 5 107 -43,099 28.568 16-3 + 1 1.00 31-45 but. n ATSM 51 61 CA 1- ¥ 5 £ 07 -42,783 27.954 1 7.62 3 1.00 33-01 4-1 with ATSM 5162 NE Bw 107 -42.130 28.999 16.5 + 0 1.00 38.62 PH with ATON 5163 SS B ¥ b 107 -41.864 23.45? 19,485 $ 1.00 44.1 ί with ATSN 5164 With Bw 107 -41.600 27.310 20.331 1.00 49.04 ί with ATSN 5165 Sho B ¥ th 107 -40.472 26.115 20.831 5.00 51.13 with ATOM 5166 No. Bw 107 -40.995 25 .086 21.262 1.00 50.21 N

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ΑΐΟΜ 5167 WITH B5 ten? -44.107 27,406 10,230 1 .00 31,? 4 B with ATSM 5168 ABOUT Bw ten? -44.979 26.307 10.538 1.00 32.77 B ABOUT ATOM 5169 N jeo 100 -44.273 26.179 10.393 1.00 20.38 B and ATOM 5170 CA ho ιοθ -45.406 25,668 19.037 1.00 30.04 B with ΑϊΰΜ 5171 NE Bw 100 -45.970 24.391 16.351 1.00 26.99 b with ATOM 5172 s: th bwp 10V “47.209 23 .796 10.B61 1.00 29.30 b with dtsn 5173 CO2 Bw 10Θ -47.863 22.664 1? .602 1.00 29.60 b with DT0N 5174 with? yee 100 -47.058 01/23/8 20.150 1.00 31.00 b with ton 5P5 with Bw 106 -45.256 25.376 20.515 1.00 29.02 b with ATOM 5176 ABOUT ive 100 -44,342 24.647 20, 071 1.00 31.00 ]. and ATSM 5177 n TNK 109 -46-112 25.921 21,367 1 .00 30.44 I. and ATOM 517V sd Transnational corporation 109 -45,992 25 .733 01/22/2 1.00 32.72 b with ATOM 5179 sv Transnational corporation 109 -45.942 27,101 23.535 1, 00 33.32 b with ATOM 5180 OS1 Transnational corporation 109 -44.728 27 .776 23.190 1.00 39.35 b about ATOM 5181 SY2 GNK 109 -45.991 26,924 25.630 1.00 36.60 b with ATOM 5162 with: GNK 109 -47.173 24.932 23.352 1.00 31.37 b with ATOM 5183 about Transnational corporation 109 -48.326 25 .247 23.056 1.00 32.14 b about ATSN 5104 N UL 110 -46.890 23.901 24.141 1.00 29.23 b and ATOM 5165 CA MIND. 110 -47.952 23.126 24.759 1.00 30.60 b with ATSN 5186 sv UAY 110 -47,569 21,639 24,043 1.00 31.53 t with ATSN 5187 ss; UDD 110 -49,696 20.605 25-564 1.00 31.21 I. with ATSM 518V CC2 UAY 110 -47,391 06/21 V 23.437 1.00 29.51 b with ATSN 5189 with UAY 110 -43.247 23,642 26.163 1.00 32.03 b with ATON 5190 ΰ UAY 110 -47.369 23.60V 27.041 1.00 32.ΘΟ b ABOUT ATSN 5191 n LIE 111 -49.470 24.119 26.364 1.-60 34.22 b and ATSN five! 92 CA ai eleven ] “49.Β3Ι 24 .634 27.581 1.00 34.04 b with ATSN 5193 SR yee 111  50-765 25,905 27.247 1 .00 34.30 b with ATSM 5194 ss Brat 111 -50,233 27.051 26.294 1 .00 39.19 I. with ATSM 5195 SE1 jeo And 1 -51,313 20, <G13 25.964 1.00 37.22 b with ATSM 5196 SP2 LIE 111 -49,029 2? .723 26.93 " 1.00 30.67 I. with ATSM 519 ^ with Bw 111 -50,492 23,319 Ζ0.598 1.00 34, C6 b with ATSN 519V about yee 111 -50.631 22.119 20.316 1.00 34.37 b ABOUT ATSN 5199 I eu 112 -50. B93 24.498 29.724 1.00 33.66 b and ATSN 5200 CA SUE 1 = 2 -51.772 23 .797 30.632 1,0С 32.13 b with ATOM 5201 with Yu 112 -51.139 23 .268 31.903 1.00 32.20 b with ATSN 5202 about Yu 112 -51.853 22.922 32.030 1 .00 32.07 b ABOUT ATSN 5203 N ΕΙΛί 113 -49.815 23.199 31.965 1 .00 31.98 b N ATSN 5204 sd Y13T 113 -49.106 22.612 33.145 1.io 33.08 b with ATSN 5NW5 sv eig of -47.725 22 .251 32.053 1.00 34 .74 b with ATSM 5206 ss st 1’3 -46.732 23.300 32.993 1.00 30.41 b with ATON 5207 with whitefish 113 -45-326 22-022 32.653 1.00 42-73 I. with ATSN 520Θ OE1 C1L of -44, 513 22.659 33.543 1 .00 42.57 I. ABOUT ATSM 5209 14ΕΞ si of -45,034 ? L, 811 31.354 1, 00 42-20 I. N ATSN 5210 with sya 115 -49, 202 23.546 34.35 " 1.00 32.67 b with ATSN 5211 ABOUT si 113 -49, 377 24,? 70 34. ZOYA 1, <S 30.96 b ABOUT ATSN 5212 N PPO 114 -49,202 22.901 35.568 1.00 32.00 b N ATOM 5213 With RKy 114 -49,223 21,540 35.668 1.00 33.24 b WITH ATSM 5214 CA Ray 114 -49.519 23.784 36.777 1.00 32.36 b WITH ATSN 5215 NE Riy 114 -49.539 22 .748 37,602 1.00 32.38 b WITH ATSN 5216 OH Ryo 114 -49.909 21.457 37.213 1.00 34.37 b WITH ATON 5217 WITH T-bills 114 -48.458 24 .863 37.007 1.00 30.62 b with ATSN 5210 ABOUT ryo 114 -47.205 24.606 36.677 1.00 26.00 b ΰ ATSN 5215 N 1Ϊ5 115 -48.874 25.909 37.569 1.00 31.00 b and ATSN 5220 CA B5 115 -47.916 27.022 37,930 1 .00 34.33 one. WITH ATSN 522- NE Bw 115 -40.634 20, 202 20.583 1 .00 36.99 b WITH ATSM 5222 Sat Bw 115 -47,743 29.426 36,753 1.00 44.60 I. with ATSN 5223 With Bw 115 -4?, & B2 30.122 40.004 1.00 "0.66 b with ATSM 5224 CE Bw 115 -49.028 31, 213 39.966 1, 00 50, B1 b with ATSN 5225 N2 Bw 115 -49.997 32, ’2b "1.15? 1.00 52.68 b I ATSM 5226 WITH Bw 115 -46.879 26.437 Z.V9? 1.00 33.3 3 b £ ATSN 5227 ABOUT Bw 115 -47.206 25.568 39.736 1.00 30.94 b ABOUT ATSM 522V N ABA 116 -45.030 26.077 ZV.762 1 .00 32 .01 b N ATSN 5229 CA ABA 116 -44.570 26.495 39.697 1.00 33.68 b WITH ATSN 5230 sya ΑΙΛ 116 -43.738 25.366 39.111 1.00 30.45 b WITH ATSN 5231 with ABA 116 -43.678 27.697 40.012 1.00 33.75 b with ATCI 5232 with ΛΙΛ 116 -43.179 20.368 39.305 1.00 33.11 b ΰ ATSN 5233 m ABA 117 -4 3.467 27.969 41.300 1.00 34.49 b N ATCI 5234 CA ABA and? -42.664 29.097 41.733 1.00 34-10 b with ATSN 5235 NE ATA and? -43.008 29.400 43.101 1.00 34.76 b with ATSN 5236 WITH ABA 117 -41.108 20,724 41.622 1.00 34.26 b with ATSN 523? ΰ ABA and? -40.818 27.561 11,701 1.00 34.36 b ABOUT ATSN 5 2'3 V and PPO 118 -40.329 29,712 41.331 1, 00 34.24 b N ATSN 5239 with PPO of -40.679 and, 532 41.151 $ 1.00 33.5 one. WITH ATON 5240 CA PPO of -ZV.902 29.463 41.114 1.00 35.01 b WITH ATSN 5241 NE Roy 118 -38.394 30.772 40.517 1.00 34.92 b with ATSN 5242 her RR.O 118 -39.339 31.-B31 41.639 1.00 34.58 b with

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ATOM 5243 WITH rno 110 -38.172 $ 29.10 92,403 1.00 31.33 B with ATON 5244 ABOUT RKO 110 -38.483 29,643 43.4 67 1, software 31.79 with about ATON 5245 N IN HER 119 -37.212 28,192 42,295 1.00 37.11 Ι- n ATON 5246 OD CENTURY 119 -36.175 20.046 43.304 1.00 37.74 Ε with ATSN 524'1 NE 5. FIR 119 -35.621 26.622 43.312 1.00 36.71 E with ATON 524Y Joint venture VEN 119 36. 607 25 .707 43.742 1.00 45.31 B ABOUT ATSN 5249 with 5EN 119 -35.055 29.006 42.951 1.00 37.01 B with ATSN 5250 ABOUT 8ΓΈ 119 -34.615 29.064 41.799 1.00 39.07 B ABOUT ATOM 5251 N MIND. 120 34.597 20.756 43.944 1.00 35.51 B N ATON 5252 CA UAO 120 -33.478 30.666 43.750 1.00 35.22 b with ATSN 5253 sv UAS 120 ‘33, 889 32-126 44-059 1.00 39-10 b with ATOM 5254 CC1 UAO 120 -32.600 33-040 43-933 1.00 30.75 b with ATON 5255 SK2 UAY 120 -34,995 32.558 43,163 $ 1.00 33.0 with with ATON $ 256 ABOUT UAY 120 -32.330 30.278 44.694 1.00 36.13 b with ATOM $ 257 about UAY 120 -32.54 3 30.053 45.879 1.00 35.93 $ ABOUT ATOM 525 $ n TYAV 121 - 33.134 30.187 44.134 1.00 15.67 $ n ATOM 5259 CA TNV 121 -29.961 30.097 44.975 1.00 36.07 b with ATOM 5260 sv TNV 121 ‘29 .413 28.637 45.022 1.00 30.17 at with A'GoM 5261 OS1 TNV 3 21 -20.028 2 $ .622 44.670 1.00 43.4E b 0 ATOM 5262 S-32 ΤΉΒ 321 -30,191 27.741 44.092 1.00 30.07 b with LTO 5263 WITH Transnational corporation 121 -20,900 31 - 093 44-518 1.00 35.24 b e ATSN 5261 ABOUT Transnational corporation 121 -28,695 31,310 4-3,321 1.00 33.07 b 0 ATOM 5265 N boo 122 -28.253 31.726 45,490 1.00 34.06 t N ATOM $ 266 CA b £ and 122 -27.3 57 32,847 45.220 1.00 34.60 t with ATSM 5? 6? CE5 Bw 122 -27.971 34.136 45.762 1.00 31.62 I. with ATSM 5268 Sat THOSE(] 122 -27.093 35.3B8 45.764 1.00 33.67 b with ATOM 5269 CEM Bw 122 26.790 35.813 44.337 1.00 31.13 b with ATCI 5270 CO2 1> EB 122 -27.015 36.500 46.51 9 1.00 34.33 b g- ATOM 5271 with Bcd 122 -75.979 32,625 45. At $ 2 1.00 35.18 b with ATOM 5272 ABOUT WEB 122 -25.073 32-339 47.048 1.00 35.07 b 0 ATON 5273 N RNYO 123 -24,934 32,756 4 $, 040 1.00 34.10 b to ATON 5274 Sa YONE 123 -23,563 32.591 95.503 1.00 33.60 b € ATON 5275 cn ENE 123 -22.003 31.613 44.598 1.00 32.61 b with ATSM 5276 her PE {£ 123 -23.292 30.200 44.6? 3 1 .0P 33-31 I. with ATSM 527? CP1 RNE 123 -24.108 29.603 43.680 1.00 31.54 b with ATSM 5278 SB2 RNE 123 -22.919 29.300 45.726 3.00 31.90 b with ATOM 5279 CE1 RNE 123 -24.545 20.373 43.731 1.00 32.7? b with ATSM 5? $ A CE2 RNE 123 - 23.351 20.066 45.783 1.00 31.56 b with ATSN 52E1 cg RNE 123 ‘24 .16 $ 27.562 44.784 1.00 32.86 b with ATSN 5292 with RNE 123 ‘22 .822 33.902 45.507 1.00 34.23 b with ATON 5203 with RNE 123 -72.007 34. $ 60 1 .00 33.21 b with ATON 5284 N RKO 124 -22.005 34.103 46.595 1 .00 34.60 b N ATOM 5285 with gco 124 -2Ϊ.022 33.339 47,002 1.00 33.97 b with ATOM 5206 CA T-bills 124 -21.179 35.334 46.681 1 .00 33.22 b with ATOM 5287 NE RKy 124 -20,027 36.396 43,162 1.00 32-92 b with ATSN 5208 SS Ry 124 -20.911 33.971 40,613 1.00 32.54 ΐ. with ATOM 5209 with RKo 124 -19.952 35.0? 2 45.515 1-00 $ 33.3 I. with ATOM 5290 0 rky 124 -19,764 33.962 45,310 1.00 32, And t with ATON 529] N T-bills 125 -19.100 36.689 45.624 1.00 34.18 I. n ATOM 5292 Οϋ RIO 125 -19.242 37.402 46.084 1.00 14.13 at with ATON 529? CA RAO 125 -17.623 35.865 44.93? 1.00 33.64 I. with ATOM 5294 NE RIO 12 $ -17.100 37.253 44.894 1.00 34.39 at with ATOM $ 529 SS rio 125 -10.291 30.220 45.10? 1.00 35.53 b with ATOM 5296 0 PPO 12 $ -sixteen. 961 34.078 45.732 1.00 35.03 b with ATOM 5297 0 P8O 125 16.917 34.937 46.962 1.00 35.09 b 0 ATOM 5298 I IN HER 126 -16.2018 33.973 45.035 1.00 Ϊ4.42 with I ATOM 5299 CA WAY 126 -15.335 33.076 45.691 1.00 34.25 £, with ATOM 5300 NE WAY 126 -14.93? 31,950 44,744 1.00 32.73 b with ATOM $ 301 SS WAY 126 -14,250 32-46? 43-621 1.00 32.93 E about ATOM 5 302 with WAY 126 -14.693 33,070 46,004 1.00 35.04 E with ATEZM 5303 about WAY 126 -13,777 34,834 45.4 61 1.00 ZZ-ZY g. about ATOM $ 304 I CENTURY 127 -13.383 33.412 47.110 1.00 35.71 η ATOM 5 305 CA ZEK 127 -12.176 34,116 47,534 1.00 37.95 $ with ATON 5306 Sat CENTURY 127 -11.653 33.540 48.864 1.00 39.02 at with ATON 5307 ABOUT Century 127 -11.268 32.195 48.731 1.06 45.05 at th ATOM 530 $ WITH Zek 127 -11.100 34.022 46. 452 1.00 36.52 $ with ATSN 5309 ABOUT convict 127 -10.301 34.941 46.276 1.00 35.94 one ABOUT ATON 5310 N Bi 32 $ 11.099 32.920 45.703 1.00 36.21 at N ATOM 5311 CA CEO 32Y -10.172 32.797 4 4,590 1.00 30.71 with with ATON 5312 NE yee 128 ‘10 .280 31.401 43.975 1.00 40.30 b with ATON 5313 SS 6C0 17 $ 9,137 31.030 43.054 1.00 44.7? b with ATOM 5314 With si 120 -9,217 29,605 42,538 1.00 10.56 ί with ATON 5315 OE1 n 128 -8,440 29-266 4-, 610 1.00 40.39 b about ATON 5316 OE2 si 120 -10,041 26.61? 43,061 1-00 19.96 ]. ABOUT ATOM 5317 WITH Bi 12V -10.39 $ 33,874 43.514 1.00 40.21 ! with ATOM 5313 0 syo 130 -9,436 34.479 43.025 1.00 39.54 b 0

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ATOM 5319 N <31D! ΐ 29 -11-652 34-127 43-1 * 7 1.00 40.30 B I ATOM 5320 CA these 129 -11.92? 35-156 42,142 1.00 39.97 B WITH ATOM 5321 NE 129 -13,406 35.182 41,720 1.00 39.30 B with ATOM 5322 SS W) 129 -13.717 36.210 40.653 1.00 40.41 B with ATOM 5 32 3 With SI! 129 -15.192 36.289 40,261 1.00 42 .41 B with ΛΪΟΜ 5324 OE1 si 128 -15x469 36.599 39.001 1.00 44.06 B about ATOM 5 325 B2 si 128 -16.972 36.055 41.117 1.00 40.40 B 0 ATOM 5326 0 si 129 -11x560 3 6.530 42.601 1.00 38.41 B with ATOM $ 327 0 SUS! 129 -11. ± 07 37.405 41.933 1.00 36.76 B 0 ATOM 5320 n y.i ’DA -11.759 36.746 43.979 1.00 37.71 B I ATON 5329 CA BET! 130 -11.361 33.003 44.599 1.00 30.42 B with ATOM 5 330 NE BEO 130 -11.937 38,042 46.053 1.00 36.50 B with ATOM 5331 With BEO 130 -13,350 35,169 46.237 1.00 36.04 B with ATOM 5 332 C01 Bei 130 -13.123 06.06? 41,713 1.00 34.95 B e ATOM 5333 C 02 yee 130 -13.032 39.4 97 4 5, 65? 1.00 33.05 B with ATOM 5334 WITH BEO 130 -E.V44 38.231 44.515 1.00 40.34 B with ATOM 5335 ΰ BEO 130 -9.401 39.34V 44.243 1.00 40.94 B 0 ATOM 5336 N CEM 131 9x056 37.176 44.730 1.00 41.55 B one? ATON 3337 CA forces 131 -7.606 37.236 44.532 1.00 43.00 B with ATOM 5338 SR (n.m 3 31 -6.950 35-883 44.044 1.00 43.76 B with ATON 5339 se <ztl 131 -6,260 35-816 46.191 1.00 47.33 B with ATOM $ 340 with sbm 131 -5.469 37,072 46.514 1.00 47.15 B with ATOM 5341 OE1 SBM 131 -5.156 37.75? 47.497 1.00 49.05 B about ATOM 5342 YE2 SEE 131 -4.470 37.302 45.692 1.00 45.29 B I ATON 5343 WITH SALES 131 -7.24V 31.626 43.105 1.00 45.2? B with ATON 534 4 th 6 WOULD 131 -6.261 39.333 42.876 1.00 46.08 B 0 ATON $ 345 I ABA 132 -6.039 37.146 42.147 1.00 46.27 B at ATON 5346 CA Αί-Α 132 -7.060 37.521 40.743 1.00 43.98 B with ATON 5347 se ABA 132 0.552 36-407 39,041 ± .00 43.38 B with ATOI 5348 with ABA 132 -0..435 30.915 40.474 1.00 43.57 B with ATOM 5349 about ABL 3 32 -6.516 39-351 39-32? I .00 42.3.3 B about ATOM 5350 I D5M 133 -9.945 39.602 41.537 1 .00 43.02 B I ATOM 5351 CA I will give 133 -9.273 40.996 41.433 1.00 46.95 t with ATOM 5352 sv Α5Ν 133 -8.155 41.830 40.792 1.00 48.35 I. with AT Ohm 5353 with D5M 133 -9.2E2 43.309 41.101 1.00 50.92 B with ATOI 5354 OB1 Α5Ν 133 -8.791 43. 694 42.158 1.00 51.72 B 0 ATOM 5355 N02 Anyhow 133 -7.021 44.150 40.179 1.00 51.45 B I ATOM 5356 with Α0Ή 133 -10.581 41.178 40.642 1.00 40.81 B with ATSM $ 357 about you 133 -10.751 42.171 39.929 1.00 47.08 B ΰ ATOM 535V to Used 5 134 -31.494 40.218 40.769 1.00 16.18 B N ATOM 535 $ CA Bw 134 12.630 40.324 40.136 1.00 46.08 B th ATOI 5363 sv BUY 134 -12.955 39.437 38.946 1.00 46.32 B with ATCI 5361 C <3 BU5 134 - 11.019 39.552 37.947 1.00 49.14 B with ATOM 536? with s BUOY 134 “11.935 40.811 37.107 ί.00 55.33 B with ATOM 5363 CE Used 5 134 -11.460 40.559 35-673 ΐ.00 50.41 B with ATOM 5364 N3 BU5 134 -10.414 39.490 35.603 1.00 59-23 B G1 ATON 5365 with BUOY 134 -13-654 39,864 4] .318 1.00 44-89 B with AGON 5366 0 BU8 134 -13.510 39.118 42.183 ϊ .00 45-02 B 0 ATOM 5367 m ABD 135 -15,112 40.237 41.013 1.00 40-17 B I ATOI 5366 CA ABA 135 -16.199 39.733 41.845 1.00 42.34 B with AT SI 5369 se ABA 135 -16.4V5 40.710 42.986 1.00 40.69 B with ATOI 5370 with ABA 135 -17.465 39.497 41.019 1.00 41.64 B with AT OM 5371 about ABA 135 -17.920 40.303 40.299 1.00 42.40 B 0 ATON 5372 I THI 136 -18.019 30.295 41.129 1.00 41.17 B N ATOM 5373 CA Transnational corporation 136 -18.223 37,528 40.392 1.00 36.95 B with ATOI 5374 sv T1 {K 1.36  18.910 36.804 39.301 1.00 36.17 B with ATOI 5375 0 (31 TCI 136 -17.077 37.305 30.440 1.00 34.77 B 0 ATCI 5376 CC2 Transnational corporation 136 -20.149 36.592 30.460 1.00 35.99 B with ATOI 5377 with Transnational corporation 136 - 20 - 234 37,326 11.349 1.00 36.06 B with ATOM 5370 0 Transnational corporation 136 -19.952 36.323 42.003 1.00 35.40 B 0 ATOM 5379 I beo 137 -21.410 3? 940 41.434 1.00 35.3? B and ATOM 5380 CA Bei 137 -22.527 3? .333 4Ϊ.14Ο 1.00 34.20 one. with ATOI 5381 sv Bei 137 -23.417 30.412 42.7 $$ 1.00 36.75 B g ATOI 5382 ss Bei 137 -22.746 39.314 43.780 1.00 40.79 B with ATOI 5383 C01 Bei 137 -23.790 40.673 44.591 1.00 41.82 B with AT Oh 5384 CO2 beo 137 -21.929 30.465 44.725 1.00 42.68 B with ATOM 5385 with yee 137 -23.332 36.4B1 41.160 1.00 34.75 B with ATON 5386 0 Betz 137 -23.562 36.877 40.013 1.00 33.76 B 0 ATON 5387 to UAB 130 -23.740 35.305 41.616 1.00 31.20 B I ATOI 5388 CA UAB 130 -24.366 34.322 40.741 1.00 33.86 B with ATON $ 369 sv UAB 130 - 2 3.4 96 33.058 40.627 1.00 31.39 B BUT ATOM 5390 "5ΐ UDB 130 -24-158 32.065 39,679 1.00 3 1-94 B with ATCI 5395 CO? UAB 130 -22.096 33.436 40.155 1.00 28.6 $ B with ATOM 5392 with UAB 130 -25,736 33.916 41.26] 1.00 34.92 B with ATOI 5393 0 UAB 130 -35.851 33.261 42-ZOZ 1.00 35-11 Ζ 0 ATON 5384 N ST5 139 -26.772 34.310 40.529 1.00 34.33 B I

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atom $ 39 $ CA SUY 139 -28.145 34.048 40.937 1.00 34.32 B with ATOM 5396 WITH CPS 139 “28.755 33.014 40.009 1.00 32.61 B with ATOM 539? ABOUT CPS 139 -28 * 914 33.263 38.816 1.00 32.03 B 0 ATOM 539 $ NE ΟΪ5 139 -28-963 35-330 40.868 1.00 36.04 B with ATOM 5399 $ S CPS 339 -30.606 35 * 207 41.638 1.00 39. $ 5 B £ ATOM 5400 I Bw 140 -29,092 31,856 40,559 1.00 30.01 b N ATOM 5401 CA BE0 140 -29,556 30.747 39-145 1.00 32.77 b WITH ATON 5402 NE LIE 340 -28.722 29.503 40.041 1.00 32.67 b WITH ATOM $ 403 se LES 140 -27,225 29.678 39.777 1.00 33-73 b with ATOM 5404 CE1 ive 140 -26.500 ΖΘ. 410 40.172 1.00 31.03 b with ATOM 549 $ CO2 Bw 14 0 -26,981 29.995 38.302 1.00 pay b with ATON 5406 WITH YZD 140 -31.024 30.472 40.018 1.00 33.03 b with ATON 54P? ABOUT Bw 140 -31.432 30.317 41.169 1.00 32.85 b 0 ATOM 540 $ N NOT 141 “31,808 38.409 38.946 1.00 33.23 b N ATON 5409 sd 1b 141 -33.266 38.368 39.048 1.00 33.94 b WITH ATOM 5410 sv I b 141 -33,873 31.630 38,419 1.00 33.5V b with ATOM 5411 CC2 1b 141 -35,333 31.16 $ 30,022 1.00 34.21 b with ATSM 5412 SSG Gye 141 -33.095 32.858 ZY.899 1.00 32.33 one, with ATOM 5413 e £ b 141 -33.396 34,114 39.186 1-00 32-35 b with ATSM 5414 with 1 bj 141 -33.784 2E.143 38.277 1.00 33.63 b with ATON $ 415 ABOUT Gye 141 -33.506 2Θ .990 37.05V 1.00 36.23 b 0 DTON 5416 N ZEK 142 -34.533 28.276 38.E47 1.00 32.80 b N DTON 541 7 SD ZEK 142 -34.925 01/27/4 38.327 1.80 33.50 b WITH ATOM 5419 sv ZEK 142 -33-897 25.918 38.651 1 .80 34.71 b with ATOM 5419 OS 5th 142 -33-838 25-6 $ 9 40.048 1.80 39.34 b 0 ATSM 5420 with ZEK 142 -36.315 26.537 33.720 1.80 33 * 10 b with ATOM $ 421 with 5ёа 142 -36.918 21,054 39,664 1.09 31-05 b about ATSM 5422 N AZR 143 -36.820 25.562 37.E63 1.00 33.73 one. n ATOM 5423 CA AZR 143 -38.07 $ 24.077 38.266 1.00 35.27 b with ATCI 5424 NE AIR 1 43 -37.EVO 24.159 39.613 1.00 37.99 b with ATON 5475 smiling AZR 1 + 3 -36.947 23.050 39.686 1.00 46.04 b with ATON 5426 ΟϋΙ AZR 143 - 36.195 22.932 40.601 1.80 49.81 b 0 ATON 542? ΟΏΞ AZR 143 36.686 22.298 38.684 1.80 46.96 b ΰ ATOM 542V with AZR 143 -39-301 25.776 38.277 1.00 35.39 b with ATSM 5429 ABOUT AZR 143 -40.216 25-564 39-075 1.80 35.57 b about ATOM 5430 N RNE 144 -39.340 26.778 37,408 ] .80 32.40 b m ATOM 5433 CA RNE 144 -40.513 21,630 $ 7,392 1.00 33-33 b with ATOM 5432 NE RNE 144 -4C.12O 29.101 37.632 1.80 3?, 73 b with ATON 5 + 33 se YONYO 144 -39.148 29.667 30.624 $ 1.00 32.9 [. · with ATOM 5434 CO2 RNE 144 -39.606 30.394 35.529 1.00 32.15 one. with DTON $ + 2 $ ΟΏ3 RNE 144 -37.776 29,554 36.020 1.00 32.00 one, with ATSM 5436 Сё1 RNE 144 -38.712 31,000 34.6 + E 1.00 32.86 one. with dtsm 543? CE2 RNE 144 -36.874 30.164 35.946 1.00 31.42 V s with ATSM 5438 Sho ₽NYO 144 -37.345 30.094 34.859 1.00 71.87 b with ATSM 5439 WITH RNE 144 -41.360 27.491 36. 126 1.00 33.15 b with ATSM 54 48 0 RVE 144 40.859 27.152 35.051 1.00 31.11 and 0 ATOM 54 41 N TUI $ 14 -42.658 27.728 36.277 1.00 32.99 Ξ .. but ATSM 5442 CA TUK 145 -43-570 27.759 35.146 1.00 35.6-1 with ATOM 5443 NE TUN 145 -44.099 26.353 3-1.914 1.80 35.95 Ϊ-, with ATSM 5444 SS TUN 145 -44,958 26.368 33.567 1.00 48-08 to with ATOM 5445 B1 TUK 145 -46-301 26-7 + 3 33-623 1.00 48.58 B with ATSM 5446 CE1 TUK 145 -47.053 09/26/2003 32.4 P ] .00 42.12 with ATOM 5447 C 02 τγή 145 -44,399 26,113 32-336 1-00 spare with ATOM 5448 CE2 TUI 145 -45.144 26.250 31.150 1.00 41.02 with ATOM 5449 cg ΤΥΒ 145 -46.466 26.653 31.240 1.00 45.3? ί with ATON 5450 is he TUYA 145 “47.196 26.Θ33 ZO.OVE 1.00 43.82 ί 0 ATOM 5451 with ΤΥΡ 145 -44.735 28.661 35.499 1.00 35.3V ί with ATON 54 52 ABOUT TOUR $ 14 “45.261. 28.586 36.609 1.00 37.77 0 ATSM 5453 N ρρα $ 14 -49.168 29. $ 21 34.562 1.00 35.84 ί n ATSM 5454 With ρκα 146 -46.411 30.290 34.759 1.00 34.49 Ιι with ATOM 54 55 CA ? κα 146 -44.607 29.714 33.217 1.00 36.14 ί with ATOM 54 56 NE ₽κο 146 -45,686 30-514 33-480 1.00 33.39 one ί- ATSM 5457 SS ΕΗΟ 146 -46.458 31-194 33.550 1.00 35.09 ίι ί ATON 545V WITH ΡΗΟ 146 -43.24? 30.417 33.179 1.00 38.56 ί with ATON 5459 ABOUT ΡΗΟ 146 -42,753 30-910 34-280 1.00 36.92 about ATOM 5450 N SUE 147 -42.668 30.477 31.901 1.00 36.91 b N ATON 5461 CA ΰϊΛ 147 -41,256 30,772 31-9 + 3 1-00 40.?E ί with ATON 5462 WITH B ¥ 147 -40.878 32.226 31.670 1.00 41.71 ι with DTON 5463 ABOUT eu 147 -39,990 32.542 30.506 1.00 45.13 0 ATSM 5464 N ABA 145 -41.533 33.117 32,399 1.00 41.10 one N ATSM 546 $ CA ABA 148 -41.119 34.510 32.410 1.00 42.96 I υ with ATSM 5466 NE M. A 148 “42.205 35.304 31.301 1.00 42.15 b with ATSM $ 4 61 WITH ABA 148 -40.826 34.963 33,838 1.00 43.29 b with ATSM 546V ABOUT ABA 148 - 41.658 34.887 34-730 1.00 4 3.64 b 0 ATON 5469 N UAY 149 -39-638 35-617 34.047 1.00 42.89 b N ATOM 5470 CA UAY 149 -39-300 36- 155 35-3! $ 1.00 43.55 b with

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ATSN 5471 NE UAY 149 -38,333 35.293 36.159 1.00 42.09 B with ATON 5472 CC1 UAY 149 -39.049 34.062 36.679 1.00 40.04 B with ATON 5473 CC2 UAY 149 -37,126 34,903 35.318 1.00 40.02 b with ATON £ 474 WITH UAY 149 -33.606 37.471 35.027 1.00 44.09 AT with ATSN 5475 ΰ go 149 -38.039 37.663 33.951 1.00 44.44 b ABOUT ATSN 5476 N point 150 -38.651 3Ε.379 35,990 1.00 44.32 b N ATSN $ 477 CA type of 150 37.780 39.546 35.947 1.00 48.76 b WITH ATON 5470 sv TNV 150 -38.603 40.854 35,960 * .00 47.68 ί WITH ATON 5479 OS! point 150 -E0.4B1 40.866 37.124 1.00 50.74 b ΰ ATOM 5480 CC2 tn 150 -39.455 40,971 34.710 1.00 48-08 one, with ATOM 5481 WITH TNV 150 -36-071 39-509 31.159 1.00 41.03 b WITH ATON 5482 0 tin 150 -37.286 39.113 39.251 1.00 42.08 b ABOUT ATON 5483 N UAY 151 -35,623 39,916 36.960 1.00 43-16 b N ATSN 5484 CA UAY 151 -34.645 39.902 39.034 1.00 43.36 b WITH ATSN S85 NE Ch'a 151 -33.424 39.035 37.659 1.00 43.35 WITH ATSN 5406 SY 151 -32.524 ЗВ.850 for you 1.00 42.41 WITH ATSN $ 487 CC2 UAY 151 33.8В5 37.694 37.119 1.00 41.25 b WITH ATSN 5480 WITH UAY 151 “34-162 41,315 ST - 34 3 1.00 43-86 WITH ATSN 5489 0 il 151 -33.789 42.065 37.442 1.00 44.00 b ABOUT ATON 5490 N ABA 152 -34.164 41,671 39,623 1.00 44.46 ί. N ATOM 5491 CA ABA 152 -33.621 42-953 40.46? $ 1.00 46-2 II * WITH ATOM 5492 NE ABA 152 -34.750 43.846 40.590 1.00 44.32 b WITH ATON 5493 WITH ABA 152 -32.581 42.728 41.167 1.00 46.44 1 s WITH ATOM 5494 ϋ ΑίΛ 152 -32.771 41.001 42.041 1.00 45.37 b 0 ATSN 5495 n TIR 153 -31.409 43.408 41.121 1.00 46.96 b N ATON 5496 CA shooting gallery ί 53 -30.434 43,375 42.124 1.00 48.3 * b WITH ATOM 5497 NE TNR 163 -39.060 43.258 41.445 1.00 46.62 b WITH ATON 54 90 With TNR 163 -28,035 41-977 40,692 1-00 44.35 b with ATSN 5499 C £> 2 TNR 153 -28,153 40 .809 41-174 1-C0 13.29 one. with ATON 5500 CE2 TIR 153 -28.095 39.088 40.106 1.00 42.33 b with sez m ι mn tig ± □ 5 ί-g. 56h h & h & 4 h £ _g chu; 1, h 1, 91? £> V ATON 5502 SY TNR 153 -29.158 41.719 39.390 1.00 43.20 b WITH ATOM 5 $ 03 ΝΕ1 TNR 153 -28.714 40.467 39.030 1.00 41.75 b one* ATOM 5504 C22 TNR 153 -27.4V7 ZB.636 40.231 1.00 41.82 b _P ATON 5505 PPE TIR 153 -26.902 39.210 42.525 1.00 40.30 b with ATON 5506 CH2 TNR 153 26.933 BC .317 41.443 1.00 41.25 b with ATSN 5507 WITH TNR l 53 -30.425 44.586 43.055 1.00 50.76 b with ATON 5506 0 TNR 153 -30.656 45-710 42.619 1.00 $ 1.60 b about ATSN 5509 N T, ¥ 5 154 -30.150 44,319 14.337 1.00 53. $ 6 b N ATOM 5510 CA Bw 154 “30,028 45.430 45-311 1-00 55-91 b WITH Αΐ'ΰΗ 5511 NE Bw 154 -31,100 45-307 46.400 1.00 $ 7.60 b WITH ATOM 5512 SS Bw 154 -32.529 45.384 45-893 1, 00 61.06 b with ATOM 5513 si Bw 154 -32,750 4 S 61 6 45-026 1-00 64, $ 1 b with ATON 5514 CE Bw 154 -14,157 46.635 44.439 1.00 65.49 b with ATOM 5515 ΝΪ Bw 154 -35,197 4 6.612 45.509 1.00 67-42 one. N ATOM 5536 WITH Bw 154 -20,649 45.4'39 45.974 1.00 56.74 b Th ATOM 5517 ΰ Bb £ 154 -28,109 44.416 46.490 1.00 55.15 b 0 ATOM 551a N ABA 155 -27.993 46.599 45.952 1.00 57.64 b to ATOM 5519 CA ABA 155 -26.844 46.854 46.809 1.00 59.43 b with ATOM 5520 NE ABA 155 “25.812 47.859 46.147 1.00 5V.00 b with ATOM 5521 with ABA 155 “27.352 47.399 48.142 1.00 60.59 b with ATOM 5522 0 ABA 155 “27.787 40-546 48.220 1.00 60.44 b □ ATOM 5523 N AZR 156 -27.292 46.568 43.176 1.00 62.39 b Ή ATOM 5524 CA AZR 156 -27,909 46.048 50-426 ], 00 65-83 b with Α1ΌΜ 5525 NE ABP 156 -27.503 40.165 $ 1-032 1.00 67.21 b with ATOM 5526 SS AZR 156 -26. 129 40.84 4 51.654 1.00 69.56 b with ATOM 5527 001 AIR 156 -25,969 47.193 52. $ 54 1.00 10-11 b about ATOM 5523 002 AIR 156 -25.220 40.796 51.239 1.00 71.44 b 0 ATOM 5529 WITH L5R 156 -29.492 4 6.91 Θ 50.195 1.00 67.34 b with ATOM 5530 ABOUT AIR 156 -30.177 45.093 50.179 1.00 6V.O0 b ABOUT ATOM 5531 N CENTURY 157 -30,004 40.131 50.012 1.00 60.19 b N ATOM 5532 CA BEK 157 -31.422 48.321 49.739 1.00 69.31 b WITH ATOM $ 533 NE BAY 157 -32.119 40.937 50.954 1.00 70.08 b WITH ATOM 5534 About 5EV 15? -32.192 48.000 52.025 1.00 71.57 b 0 ATOM 5535 with $ Her 157 -31.650 49.199 48. $ 13 1.00 69.39 b WITH ATOM 5536 0 Yaw 15? -32-765 49.654 48.265 1.00 69-73 b at ATOM 5537 N Yaw 159 -30.591 49.433 47,747 1.00 68-83 b Ή ATOM 5538 CA Yaw 150 “30.67 ·. ' 50.297 46,500 1.00 69.49 b with ATOM 5539 NE 5EV 159 -29. 621 51-395 46,679 1.00 70-91 b with ATOM 5540 SS Yaw 150 -29, 610 51.94 6 47.9Θ6 1.00 73.20 b 0 ATSN 5541 WITH 5EP 158 -30.4 0Ϊ 49.512 43-205 ] .00 60.20 b with Atpm 5542 0 Yaw 153 -23,701 48.572 45.225 1.00 69.63 b 0 ATOM 5543 N RNO 159 -31.215 49.096 44.229 1.00 68.97 b N ATOM 5544 With RVO 159 -32.254 50.939 44.259 1.00 69.2E b with ATOM 554 $ CA Ayo 159 -31.157 49.225 42.926 1.00 68.40 b WITH ATOM 554 6 NE RKO 159 -32.104 49.980 42,003 1.00 60.16 b with

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A'GSM 554 7 SS Ry 159 -33.113 50.503 43.082 1.00 69.30 B with ATOM 554Θ WITH Ryo 159 -29.771 49.269 42.294 1.00 68.3V b with ATON 554 9 about RNS 159 -29.129 50.320 42.249 1.00 £ 8.02 b but ATOM 5550 N UAY 160 -29.317 4 6.120 "1.004 1.00 67.89 b to ATON 5551 CA UAY 160 29.076 46.012 41.047 1.00 £ 7.89 b with ATOM 5552 NE UAY 160 -27.260 16.708 41.126 1.00 67.44 b with ATOM 5553 CC1 UAY 160 -25.964 46.736 40.614 1.00 66-2 " ί with ATOM 5554 CC2 UAY 1 60 -26.970 4 6,790 "2-917 1.00 66.07 b with ATOM 5555 WITH UAY 160 -28.41 $ (7,962 39.566 1.00 68.75 b € ATON 5556 0 UAY 160 -29.066 47,019 ZE.128 1.00 70.43 b 0 ATOM 5557 N B ¥ e 161 -27.966 4B .945 38.796 1.00 68.73 b N ATSN 555Θ CA lt 161 -23.304 40.998 37.370 1.00 68.60 b with ATOM 5559 NE B $ 161 -28.436 5ϋ.458 36.927 1.00 73.13 b ATOM 5560 Sat B $ 161 -29.469 51.270 37.711 1.00 77.34 b with ATOM 5 $ b1 With Bw 161  $ 30-90 50.731 37.505 1.00 00.36 b with ATOM 5562 Sho Bw 161 -31-912 51.540 30.291 1.00 82.15 b with ATOM 5563 N3 Bw 161 -33-299 51,001 30.144 1.00 82.05 one to ATOM 5564 WITH Boo 161 -27.254 46 .291 36.523 1.00 65-92 b with ATOM 5565 ABOUT B ¥ 5 161 -27.562 47,346 35.78? 1.00 65.61 b 0 ATOM 5566 and ABA 162 -26.012 10.754 36.634 1.00 61.33 b N ATOM 5567 CA ABA 162 -24.935 40.296 35.763 1.00 57.37 b with ATON 5569 sa ABA 162 -23.039 49.356 95.699 1.00 57.49 b with ATOM 5569 with ABA 162 -24.344 46.963 36.219 1.00 53.70 b with ATOM 5570 about ABA 162 -24.505 46.561 97.360 1.00 51.79 b about ATOM 551 ’ N B ¥ 163 23-663 16.203 35-303 1.00 $ 0.45 b 1t ATOM 5573 SD Y. ¥ 163 -22-992 45.041 35-646 1.00 4 9 - 4 a b with ATOM 5573 with B ¥ 163 -23.385 13.313 35.674 1.00 48.47 b with ATOM 5574 ABOUT B ¥ 163 -23.441 42,737 36.078 1.00 49.70 b but ATOM 5575 N UAY 164 -25.137 43.963 35.252 1.00 44.89 b N ATON 5576 CA UAY 164 -26.079 42.849 35.202 1.00 42.87 b with ATON 5 $ 7? NE UAY 164 -27.466 43.304 35.757 1.00 41.3V b with ATON 5579 SB1 UL 164 -28.429 42.123 35.757 1.00 40.11 b with ATOM 5579 CC2 UAY 164 - 27.365 13.909 37,146 1-00 40.00 b with ATON 5580 WITH UL 164 -26.237 12.197 33.920 1.00 42.51 b with ATOM 5581 ABOUT UAY 164 -26-474 42.878 32.926 1.00 4 3.92 b about ATOM 5582 n S1.i 166 -26.106 40.075 33,071 1.00 41.72 b N ATOM 5583 SD syo 165 -26-476 40.126 32.661 1.00 4 3.40 with ATOM 5584 se C1.0 165 -25-143 39,769 31.931 1.00 45-09 g. with ATOM 5585 ss syo 165 -24.37 $ 41.016 31,403 1.00 50.70 b with ATOM 5586 with si 165 -23-153 40,719 30.637 ], 00 $ 4.19 b with ATOM 5587 OE1 si 165 -23.033 41.317 29.542 1.00 54.85 b 0 ATOM 5589 About £ 2 syo 165 -22.312 39.899 31.070 1.00 55.72 b 0 ATOM 5589 WITH syo 165 -27.238 ST .8? 3 32.984 1.00 42.87 b with ATON 5599 ABOUT sy 165 -26.797 3Θ.Ο15 33.752 1.00 42.63 one but ATOM 555- N Tne 166 -28.430 ST .792 32.394 1.00 41.04 b l ATON 5592 CA TIY 166 -29.392 37.732 32.681 1.00 40.42 b with ATON 5593 NE TCHC 160 -30.700 ZB.326 33-233 1.00 40.61 b with ATOM 559 " OS1 Transnational corporation 166 -30.4-4 39.093 34.106 1.00 41.13 b 0 ATOM 5595 with r Transnational corporation 166 -31.691 37,226 33. $ 00 1.00 40.33 b with ATOM 5 $ 9 $ with Transnational corporation 166 -29.719 36.915 31.11 $ 1.00 40.37 b with ATOM 559 ^t about Transnational corporation 166 <9.941 37,535 30-360 1-00 45-10 b about ATOM 5590 I Transnational corporation sixteen? -29-749 35,620 31. $ 13 1.00 41-03 b N ATOM 5599 CA Transnational corporation 167 -30.116 31.790 30.365 1.00 10.58 one with ATOM 5600 NE Transnational corporation 167 -29.722 33.308 30.567 1.00 39.43 b with ATOM 5601 OS! Tne 167 -30.455 32.766 31.671 1.00 39.95 b 0 ATON 5602 CC2 Transnational corporation sixteen? -28.233 33.176 30.032 1.00 38.27 b with ATON 5603 WITH Transnational corporation 167 -31.627 34.845 30.149 1.00 41.37 b with ATON 5604 about teak sixteen? 32.373 35.320 31.010 1.00 41.43 b 0 ATOM 5605 and Transnational corporation 169 -32.070 34.363 20.996 1.00 41.45 b eight ATON 5606 CA teak 1 69 -33.509 34.207 28.760 1.00 42.31 b. e ATOM 5607 NE Transnational corporation 169 -33.052 34.322 27.256 1.00 44.42 one with ATSN 5609 4X31 TCJ 169 -33.002 33.364 26.522 1.00 48.10 b 0 ATOM 5609 C62 Transnational corporation 169 -33. $ 3 $ 35-723 26,722 1.00 44.90 b with ATOM 5610 WITH Transnational corporation 160 -33.922 32.831 29,259 1.00 40.42 b with ATOM 5611 ABOUT point 1 69 33-17 " 33-860 £ 9- 1 12 1-00 40, And ΐ- □ ATOM 5612 n PPO 1 69 -35-116 32-729 29.050 1.00 40.1 0 b I ATOM 5613 with PPO 169 <$ 6.04 33,834 30,151 1.00 10.79 b with ATON 5614 CA PPO 169 -35.595 31.453 30.400 1.00 41.42 b with ATON 5615 NE RNO 169 -37.008 31.776 30,079 1.00 19.94 b with ATON 5616 SS PPO 169 -36.956 33.241 31.2OO 1.00 41.O4 b with ATON 561 WITH RNO 169 -35.571 30.338 29.364 1.00 42.24 b with ATOM 5619 ABOUT RVO 169 -35.E69 30.553 20.193 1.00 45.17 b 0 ATOM 5619 N YEYO 170 -35.207 29.145 29.005 1.00 42.33 b I ATOM 5629 CA HYOR. 170 -35.041 2B.016 29.907 1.00 43.07 b with ATOM 5621 NE ZEK 170 -33-561 2'1.672 20, $ 62 1.00 42.97 b with ATSN 5622 OS VEYA 170 -33.297 26.630 27.950 1.00 50.77 b about

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ATOM 5623 WITH 8-EN 110 -35.5bb 26.746 29.592 1.00 43.51 b with ATOI $ 624 WITH Yaw BUT -35,396 26.564 30.790 1.00 43.82 B about A'GOM 5625 N B $ 171 -36,211 25.676 28.699 1-00 43.46 b N ATON 5626 CA Bw 171 -36.836 24.676 29,359 1.00 44.64 b with ATOM 5627 NE Bw 171 -37.741 24.007 28.317 1.00 46, $ 5 b with AGON 5628 SS Bw 171 -39.099 24.659 28.140 1.00 51 .02 b with ATOM 5629 With Bw 171 -40.179 23.923 23.92 $ 1.00 52 .77 b with atom 5630 Sho Bw 171 -41. 558 24.174 20.315 1.00 54.67 B with ATOM $ 631 on Bw 171 -42.624 23.309 28.902 1.00 54.14 b N ATOI 5632 with B ¥ 5 171 -35, B05 23.661 29. VZZ 1.00 44.02 b with ATON 5633 ABOUT Bw 171 34.Θ58 23.350 29.119 1.00 43.67 b 0 bcm 5634 N sm 172 -36.007 23.153 31.041 1.00 44.49 eight N ATOM 5635 CA SON 17? -35.185 22.077 31,583 1.00 46.21 B with ATOM 5636 NE CH4 172 -35.218 22-112 33, Ib 1-00 45-47 B with yom 5637 SS behind 172 -34.806 23,449 $ 3,714 ΐ, 00 49.31 B with ATON 5638 With SY 172 -35.245 23.619 $ 5.167 1.00 49.94 I. with ATOM 5639 OE1 sy 172 -34.665 24.403 $ 5, ES9 ι .00 52. $? B 0 ATON 5648 ΝΕ2 C1L 172 -36.271 22.885 35.570 1.OS 51.28 b N ATOM $ 641 WITH <5bm 172 -35.736 20.743 09/31/3 1.00 45.91 b with ATSN 5642 ABOUT SBM 172 -36.750 20.692 30.461 1.00 46.76 b 0 ATON 5643 I Yaw 14  35.031 19.662 31.396 1.00 46.60 b N ATSN 5644 CA Yaw 173 -35.463 18.341 30.961 1.80 48.58 b with ATSN 5645 NE Yaw 173 -34.335 17-324 31-1 $ 7 1.80 49.25 b WITH ATSN 5646 OS Yaw 173 -34, 11 8 17,066 $ 2.535 1.80 52-48 b but ATON 5647 WITH ZEK 173 -36.715 17.891 $ 1. 'Ί 1 1.80 4?, 45 b with ATSN 9648 ABOUT Yaw 173 -37.363 16.911 31.307 1.00 48.69 b 0 ATSN 5649 n ΑΒΉ 174 -37.05V 18.562 32.7 $ d 1.00 47.11 b N ATSN 5650 CA ΑΒΝ 174 -38.284 18.243 33.526 1.00 47.32 b with ATSN 5651 NE Α5Ν 174  38-067 16.376 35.932 1.00 48.35 b with ATON 5652 0-5 Α3Ν 174 -37.999 19.818 35.483 1.00 51.01 b with ATSN 5653 001 Α5Ν 174 -37.010 ΪΟ.733 $ 4,666 1.80 50.68 b ό ATSN 5654 HO2 Α3Ν 174 -ZV.036 20.032 36.794 1.C0 92.4V b N ATSN 5655 WITH AZES 174 -39.436 Ί 3.1 $ 4 33,093 1.80 47.13 b with ATSN 5656 0 Α3Ν 174 -40-4J4 19,183 33.721 ’.80 47.39 b ΰ ATOM 5657 to AZES 175 -39.1В0 19,912 32.028 $ 1.80 46.4 b N ATSN 5658 CA AZES 175 -40.231 20.697 31/378 1.00 4 6.60 I. with ATON 5659 NE AZES 175 -41.476 19.840 31.140 1.CO 4 9.67 b with ATOM 5660 SS AZES 175 -42.214 20.236 29.086 1. СО 56.34 b with ATON 5662 001 A & S 179 -43.406 ST 564 29.920 1.C0 $ 8.64 b 0 ATOM 9662 N02 ΛΕΝ 175 -41.502 20.218 28.757 1.00 $ 7.45 b N ATSN 5663 0 A5C 175 -40.621 21.969 32.126 1.00 44.32 b with ATOM 5664 0 LINEN 175 -41.609 22.620 31.789 1.C0 42.56 b 0 ATOM 5665 N Bw 176  39.847 22.322 33.144 1.00 42.39 b and ATPM 5666 BUT Bw 176 -19.974 23.638 33.753 1.00 46.8V b with ATSN 5663 NE Bw 1? 6 -39-993 23.517 36.281 1.00 41.57 b with ATSN 5668 ss Bw sixteen -41.086 22.592 35.906 ]. 00 4 3.43 b with ATSN 5669 SR Bw 176 -41.149 22,596 37,358 1.00 46.57 b with ATSN 5676 CE Bw 176 -41.51 $ 21.331 37.067 1.00 48.69 b with ATSN 5671 Y2 Bw 176 -42.2 bc 21,472 39.29 $ 1.00 52.64 b η ATOM 5672 with Bw 176 -38.802 24.580 33.290 1.00 39, OH b with ATSN 5673 0 Bw 176 -37.914 24,020 32.560 1.00 36.0? b about ATON 5674 m VCO 177 -38.804 25.763 Z.byB 1.00 37.05 b N ATON 5675 C A Gul 177 -37.356 26.731 3 $ .143 1.00 37.79 b with ATOM 5676 03 TUI 177 -38.5V2 2Θ .028 32.787 1.00 46.04 b with ATON 5677 OS TUE 177 behind the plant 27.955 31.509 1.00 42.10 b with ATOM 5670 CE1 TUI 177 “18.803 29.262 30.285 1.00 43.92 b with LTSN 5079 CE] TUN 177 -39.538 29,227 29.114 1.00 46.21 b with ATOM 5680 € 02 TUN 177 -40,732 27.604 31.527 1.00 43.08 b with ATON 5681 CE2 TUN 177 -41.477 27.960 30.361 1.00 4 6.97 I with ATSN 5682 C2 TUN 177 -40,070 27.882 29.153 1.00 47.5V b with ATOM 5683 OM TUN 177 -41.600 27,990 27.987 1.00 48.95 b 0 ATOM 5684 WITH TUK 177 -36.6Θ2 27.054 34.065 1-00 36.65 b with ATOM 5685 0 TUN 177 -36.703 Ϊ6.9 $ 2 36.291 1.00 35-52 b about ATOM 5686 N ABA 178 -35.571 27.457 33.45Θ 1.00 34.99 one. η ATOM 5687 CA ABA 170 -34.397 27-899 34.20 $ 1.00 $ 4.14 b with ATON 5688 NE ABA 173 -33.34 $ 26.777 34.220 1.00 33.79 b with ATON 56ВЭ WITH ABA P 8 -33.304 29.155 33. $ 99 1.00 $ 4.9 $ b with ATON. 5680 ABOUT ABA 178 -33.840 29.362 32.380 1.00 34.79 b 0 ATOM 5691 Ή ABA 179 -33.252 30,000 34.461 1.00 32.77 b μ ATOM 5692 cl ATA 179 -32.551 31.192 34.019 1.00 31.61 b with ATOM 5693 NE ABA 179 -33.519 32.369 33.943 1.00 38.0V b with ATOM 5694 with ABA 1 79 -11.450 31.478 35.024 1.00 32.24 b with ATOM 569 $ 0 ABA 179 -3-.486 39.976 36.149 1.00 31.9V b 0 ATOM 5696 Ή Yen 180 -30,468 32.277 34.629 1.00 32.4 6 b to ATOM 5697 CA ZEN 180 -29,469 32.730 $ 35-58 1.00 34.62 b with ATOM 5698 NE ZEK 180 -28,191 31.887 35-475 1-00 34.38 b with

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dtsm $ 699 Oz Yaw 190 -27.921 31.632 34.130 1.00 36.12 b 0 ATON 5700 WITH Yaw 190 -28. 149 34.201 35.401 1.00 35.73 b with ATON 5701 ABOUT 5EP 10 (1 -29.371 34.762 34.325 1.00 36-20 b 0 ATOM 5702 I Yaw 191 -28,649 34,827 36,464 1.00 35.66 ί to ATOM 5703 CA Yaw 181 -29.306 36-242 06.420 1.00 39.32 b with In summer 5704 Sho Yaw 181 -29.420 37.066 37,085 1.00 35.39 b with ATOM 5705 OH ZEK 151 -29,219 38-452 36-863 1.00 35-3 $ b 0 ATOM 5706 with YEK 191 -26.975 36.503 37.134 1.00 34.93 b g · Chg ATON 5707 about ZEK 101 -26.740 36,025 38.246 1.00 34.66 b ABOUT ATOM 570 " N TUK 102 -26.110 37.263 36.474 1.00 34.08 b N ATON $ 709 Gd TUK 192 -24.765 37.537 36.970 1.00 34.05 b WITH ATOM 5710 sv TUV 182 -23.739 37.082 35.936 ι.οα 33.06 b WITH ATOM 5711. with tour 192 <3.721 35.531 35.710 1.00 33.67 b WITH ATSN 5712 CO2 TOUR 182 -24,573 34,994 34.707 1.00 33.90 b WITH ATON 5713 CE1 TOUR 182 -24-596 33.619 04.900 1.00 32-99 b WITH ATOI 5714 CB2 TUV 182 -22.850 34,775 36.422 1.00 34.60 I. WITH ATON 5715 CE2 TUK 152 -22.823 33,401 36-226 1.00 33.92 b WITH ATON $ 716 og TUK 102 -23.675 32.832 35.304 1.00 34.85 b WITH ATON $ 717 he 'GUK 152 -23.624 31.471 35,101 1.00 35.11 b ABOUT ATON $ 719 with TUI 102 -24.576 39.027 37.246 1.00 35.65 b WITH ATSN $ 719 ABOUT TOUR 132 -24.017 39.863 36.373 1.00 34.01 b 0 ATSN 5120 and Bw 183 -24.136 39.350 30.456 1.00 35.39 b N ATOM 5721 units Bw 193 -23.790 40.739 30.778 1.00 36.48 b WITH ATOM 5722 sv Bf 183 <4.4 "5 4 1. 185 40.062 1.00 36.5.3 b WITH ATON 5723 se Bw 183 -24-120 42,570 40.611 1.00 to 34 b WITH ATOI 5721 SY1 ho 183 -24.315 4 3, 637 39.541 1.08 38.29 b WITH dtsn 5725 £ P2 Bc 133 -24.953 42.8 ^ 1 41,831 1.00 37.55 b WITH dtsm 5726 WITH Bw 183 -22.269 40.871 38.94 6 1.00 37.69 b WITH ATSN 572? ABOUT Bw 133 -21.651 40.260 39.547 1.00 33.05 b 0 ATCI 5729 N ZEK 184 21.610 41.650 30.067 1.00 38.46 b N ATSN 5729 CA ZEB 1 81 -20.215 41.907 30.142 1.00 40.31 b 0 ATOM 57'30 NE ZEK 184  19.639 42.113 36.741 1.00 39.79 b WITH ATOM 5731 se Yaw 184  $ 19.77 4 0.312 3 $. 960 1.00 42.53 b ABOUT ATSN 5732 with ZEK 184 -19-913 43.130 30.992 ι.αο 12.63 b WITH Α'ίΰΗ 5733 about ZEK 184 -2O-4Y0 44.216 30.159 1.00 14-23 b ABOUT ATSN 5734 N Bw 185 -19.036 42.963 39.977 1-00 14.3 " 6 AND ATPM 5735 CA $ Yee 185 -19.55? 44.046 10, “54 1 .00 14.1 " b with ATON 5736 NE Bw 185 -19.093 43.804 12.216 2.00 45.90 6 with ATOM 5737 her Bfc 185 -20.552 43. 694 1Ξ.515 1.00 45.77 one, with ATIM 5730 CC1 Bw 185 -20.840 43. 370 4 3. 987 1.00 43.80 b with in bulk 5739 £ 02 Bc 135 -21.267 4 5.005 42.125 1.00 46.33 b with ATOM 5710 £ Bw 185 -17.069 44.007 40.579 1.00 45.19 b with atom 5741 ABOUT Bc 185 -16.414 43.094 40.556 1.00 45.27 one 0 ATOM 5742 N Transnational corporation 1Y6 -16.502 45.225 41.271 1.00 44.94 b n ATOM 5743 CA TNK 136 -15.103 45.247 41.691 1.00 44.94 b with ATOM 5754 NE Transnational corporation 1 6  14.512 46.671 41.700 1.00 44.97 b with ATOM 5745 O <31 TNK ) "6 -13.146 47.439 42.742 1.00 47 -27 g L4 about ATOM 5746 C52 Transnational corporation 196 11.720 47.353 40.367 1.00 42.76 ! _ with ATOM 5747 WITH TNV 136 -15.067 41,711 43-115 1.00 44.4V Ζ with ATOM 5740 WITH tn 106 -16,047 44.925 43,059 1.00 43.11 b about ATOM 5749 N REY 187 -7.3-937 41,113 40,919 1.00 44.61 b N ATOM 5750 B ry 187 -12.753 43.786 42.702 1.00 43.46 one. with ATOM 5751 CA Ry 187 -13.6 ’, $ 43,620 44-090 1.00 49.6] b with ATOM 5752 NE PH £ | 187 -12.374 43.113 44.959 1.00 43.07 b with ATOM 5753 Si Nuclear weapons 137 -12.048 42 .759 43,516- 1.00 44.14 with ATOM 5754 WITH RIO 197 14.098 44 .714 45.917 1.00 47.3? b with ATOM 5705 0 ? RY 187 -14.677 44.452 46.913 1.00 47.35 b but ATOM 5756 n 51lT 190 13.707 45.941 45.597 1.00 49.99 b and ATOM 5757 CA oh 199 13.931 47 .066 46,500 1.00 54.63 b with ATOM 5758 Sat si 198 13.236 40.323 45.963 1.00 57.7V b with ATOM 5759 se <zi 1 6 -11.728 40.174 45.779 1.00 £ 4.11 b with ATOM 5760 with si 198 -11-354 47-335 44,562 1.00 67.50 B with ATOM 5761 OE1 si 198 -10.157 47 .000 14.411 1.00 70.0V b about ATOM 5762 0E2 st 108 -12,252 four? .912 43.796 1-00 69.12 b about ATOM 5763 WITH si 138 -15,424 47.342 46.609 1.00 $ 4.97 b with ATOM 5764 th si 108 -15.875 47.570 47.818 1.00 54.27 b 0 ATOM 5765 I st 159 -1 6.196 47,318 15-602 $ 1.00 $ 4.00 b to In summer 5766 CA Yn 109 -17.634 47.470 45.688 1.00 54.99 b with ATON 5767 se SI 1B9 -18,266 4? .452 14.29? 1.00 57.33 b with ATON 5768 Sat si; 193 -17.986 40.67? 43,461 1.00 59.74 b with In summer 5769 with sn 199 -15.556 10.570 42,076 1.00 62.10 b with ATOM 5770 0151 sn 109 -10.126 47.705 41.244 1.00 62.33 b 0 DTON 57? one I am 62 Bk 199 - 19. 623 49.359 41,019 1.00 63.40 one. and ATON 5772 WITH Bk nineteen?  10,245 46-370 46.533 1.00 54.40 b with ATOI 5773 0 ol 1 99 -nineteen. 102 46.623 47.379 1.00 54.95 b about ATOM 5774 n TNR 190 -17,903 45-133 16,290 1.00 53.10 b 9

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ATOM 57? 5 CA TPP 190 -10.ZY8 +3.996 47.031 B.oo 52.69 B with ATOM 5776 NE TIR 190 -17.647 +2.713 46.555 1.00 47.71 B with ATOM 577? SS TAP 190 -17.035 +1.541 47.469 L.OO 43.39 B with ATON 577V CO2 TKR 190 -19.07V +0.931 +7.852 1-00 +2.46 B with ATOM 5779 Сё2 tkr 190 -10.767 39.039 48.690 1.00 41.1 $ B with ATOM 5780 SEE TIR 190 -20. + 20 +1.201 47-560 1.00 + i.zg B with ATOM 5781 C & 1 TkR 190  16. At $ 3 +0.815 48.076 1-00 + 2-1 $ B with ATOM 5782 KE1 TNR 190 -17. + 00 39-789 48.810 1.0 (1 40.87 B N ATOM 5783 ΓΖ2 TIR 190 -19.749 39-011 49-2 + 6 1.00 39.96 B with ATSM 578 + 05 3 TVR 190 -21,395 +0.381 48.123 1.00 39.31 B with ATOM 5785 CH2 TNR 190 -21 -05 + 39.30 $ 48.951 1.00 37. B6 B with ATSM 5786 WITH TNR 190 -ten . 122 44.161 48.532 1.00 55.45 B with ATOM 5707 ABOUT TVR 190 -19.01 + 43.Θ5Θ 49.325 1.00 56.54 b (7 ATSM 5788 N Bw 191 -sixteen. 94 3 44.647 48.922 1.00 57.04 b [four ATOM 5789 CA Bw 191 -sixteen. 606 44.715 50.337 B.00 61.22 b with ATON 5700 NE btw 191 -15.037 + 4-62 + 50.5'4 1-00 LZ.O9 b with ATON 5791 Sat b + e 191 -14. 517 + 3.262 50.141 1-00 60.04 b with ATOM $ 19? Joint venture B5 191 13,238 +2.951 $ 0.900 1.00 71.58 b with ATON 5793 CE B 191 -12.000 + 3-522 50.21? 1.00 73.94 b with ATON 579+ N2 Bw 191 -11.653 42.782 48.975 1.00 75.10 b N ATSM $ 795 0 Bw 191 -17.1 + 2 45.962 51.037 1.00 61.69 b WITH ATSM 5796 0 Bw 191 -17.204 46.00V 52.264 1.00 61.30 b P ATSM 5797 N Yaw 192 -17.545 46.962 50.259 1.00 62.65 b N ATOM 5798 CA Yaw 192 -17.075 48 .237 50.024 1.00 63.95 b € ATOM $ 799 NE 6EV 192 -17.613 49.382 <19.074 1.00 64.65 b WITH ATSN 5Y00 F Vei 192 -18.392 + 9.335 +0.692 1.00 67.19 b 0 ATSM $ 001 WITH 8EI 192 -19.467 +0.315 51 .1 + 1 1.00 64.72 one. WITH ATSN $ 802 ABOUT DEN 192 “$ 13.93 +9.335 51.673 1.00 66.00 one 0 ATSN $ 803 N NG5 193 -20.21? + 1 .253 50.014 1.00 63.36 b N ATON 586+ CA H13 135 -21.638 47,219 51.216 1.C0 61.95 ί WITH ATOM 5805 NE H15 133 -22.4Θ5 + 6.95+ 49.910 1.00 61.37 X with ATOM 5806 SS H13 193 -22.4V6 4 V.084 +8.980 1.00 61-00 with with ATOM 5807 002 I10 193 -23. 326 49.136 + 0.0 + 1 1.00 61.66 b with ATOM 5808 ΝΒ1 H1Y 193 -21.535 40.211 + 7-9-9V 1.00 61.90 £ N ATOM 9809 CE1 H13 193 21.769 + 9.293 +7.283 3.00 67, $ 0 £ 0 ATOM $ 810 NEZ ΚΊ5 193 -22.870 49,072 +7,713 1, (30 62.31 b AND ATSN 5811 WITH ΉΤ3 193 -21.924 + 6. 1 $$ 52-26 (1 l, PR 62.0? with with ATON 5812 0 ΚΙ3 193 21.140 45,215 $ 2.428 1.00 62.29 b 0 ATON 5833 N ARS 104 -20.0+ (: $ 46.30 $ 2,965 1.00 62.45 one L ATOM 5814 CA ARB 194 -23.416 45,343 53.991 1.00 63.53 b with ATON $ 581 SI ARB 104 -2 +, $ rp 45,926 54,902 1.00 68.20 b with ETON 5816 With ARB 194 -23.971 46,895 55.941 B.o. 75.45 b with ATOM 581? with ARB 194 -23.055 4 6.173 56.922 Ϊ.00 80.05 to with ATOM 5818 ΝΕ ARB 194 -22.122 47,082 5? .504 1.00 V5.6 + b N ATOM 5819 cg ARS 194 -21.136 4 6.607 50.306 1.00 87.72 b WITH ATOM 5820 ΝΗ1 ARB 194 -20.332 47.584 50.947 1.00 V8.22 b N ATOM 5821 ΝΗ 2 ABC 194 -20.953 + 5.394 50.629 1.00 88.2? b N ATON 5822 WITH Ic 194 -23.916 4 + .049 53.369 L.OO 61.29 b with ATOM 5823 0 ICE 19 + -23.696 + 2.964 33.910 1.00 60.00 b ABOUT ATOM 582 + N ZEK 195 “24.555 + 4 - 16+ $ 2.23? 1.00 57.00 b N ATOM 5825 CA ZEK 195 -25.120 +2.984 $ 1-662 1.00 $ 5.09 b WITH ATSN 5026 NE ZEK $ 19 +2.393 $ 2,369 1.00 55.10 b WITH ATOM 5827 OS ZEK 195 -27.370 43.209 $ 5.41] 1.00 51.11 b 0 ATON 5820 with 5 EP 195 -25.581 +3,272 50.142 1.00 52.03 b WITH ATOM 5829 but Yaw ’95 -25,760 + 4-423 49.748 1.00 51.53 b 0 ATOM 5030 n TUK 196 -25.757 +2.205 49.374 1.00 48.08 b N ATOM 5931 CA TOUR 196 -26.331 42.290 48.044 1.00 15.63 b WITH ATOM 5832 sv TUI 196 -25.270 + 1.96V 46.9B9 1.00 44. + $ b WITH ATSM 5033 SS TOUR 196 -24,395 + 3.139 46.626 1.00 44.49 b 0 ATSN 583 + C01 TUK 196 -24.664 43.90+ 45.501 1.00 +3.92 b WITH ATSM 5035 CE1 TUK 196 -23.V5O +4.957 45.1 + 0 1.00 46.40 b with ATON 5836 CO2 TUI 196 -23.279 +3.464 47.390 1-00 +5.00 b with ATOM 5Θ37 CE2 TUI 196 -22.4Y 44.52+ 47.036 1.00 +5.84 b with ATSM 503V CE TUI 196 “22.742 45-263 +5.907 1.00 +7.01 b with ATOM 5039 □ N TUK 196 -21.920 +6.301 4 $. $ 16 1-00 +0.23 b 0 ATOM 58 + 0 WITH TU in 196 -27, + 93 +1.326 47.9 + 6 1.00 44.90 b with ATON 5Θ41 ABOUT TUN 196 -27.504 + 0 .290 48,614 1.00 ++, 93 b but ATOM $ 942 I £ EH 197 -28,400 41.669 47.126 1.00 4 + .07 b n ATOM 504.1 CA DEN 197 -29-666 + 0.83J 47-001 1.00 4 + .0Θ b with ATON 5944 NE ZEN 197 -30.846 41.485 47.727 1.00 43.76 £ with ATSN 504 5 OS DEN 191 -30,752 41.272 49.125 1.00 46.25 £ about ATOM 5046 with VEN 197 -30.043 40.562 45.556 1.00 4 3.05 £ with ATSM 5847 0 ZEN 197 -29.923 41.432 44.687 1.00 42.60 £ about ATOM 58 + 8 N CPS 108 -30.490 39.335 +5.311 1.00 + 2-00 £ n ATOM 58 + 9 CA CPS 193 -31.0V6 30.966 44.037 1 .00 4 3. + 2 one. with ATOM 5850 WITH CPS 190 -32.500 30.0 + 5 +4.360 1.00 + 2.81 b with

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ATON 5061 ABOUT SUYA 190 -33.036 30.049 45-009 1.00 41.08 B 0 ATSN 5Θ52 NE CPS 196 -30,516 37,624 43-548 1.00 42.55 B £ ATON 5 & 53 5C CPS 198 - 31, 115 37.164 41.607 1.00 40.59 B £ ATON 5054 N 01Ν 199 -33.36 " 39,641 43,532 1.00 42.44 one. n ATSM 5Θ55 sd SHM 199 -34,026 39,605 43-650 1-00 43-18 B η ATSM 5056 sv 01Ν 1E9 -35,370 41.007 43.922 1.00 45.67 B with ATSM 5057 ss SY 199 -34.995 41,547 45,290 1.00 53.84 I with ATSM 5V5V with SEE 190 -35.634 42.891 45.504 1.00 56.05 b with ATOM 5059 OE11 (11Ν 190 -35.055 43.699 44.601 1.00 60.04 I. 0 ATSN 5060 NOT 2 01ί · 1 190 -35.935 43.136 46.852 1.00 50.12 b n ATOM 5061 WITH SY 190 -35,462 39.057 42 * 301 1.00 41.40 one with ATSM 5Θ62 ABOUT 01.Ν 199 -35.324 39.639 41.306 1.00 40.06 b but ATSN 5063 n UA1 + 200 36.160 37.936 42 * 508 1.00 40.36 b I ATOM 5064 CA UAY 200 -36,772 37,303 41,347 1.00 39.56 with ATON 5065 NE UL 200 -36.363 35-011 41,230 Ι.00 40.32 t with ATSN 5066 CC1 UL 200 -37.035 35.177 40.010 1.00 37.77 b with ATSN 5067 CC2 UL 200 -34,042 35.699 41,120 1.00 30.20 I with ATSN 5060 WITH UAY 200 -30.204 37.390 41.433 1.00 39.21 b with ATSN 5069 WITH UL 200 -30.097 36.911 42.308 1.00 37.45 b 0 ATSM 5070 N TNR 201 -30.080 30.029 40.429 1.00 39.72 b N ATSN 5B71 CA Transnational corporation 201 -40.323 30.206 40.309 1.00 40.93 b WITH ATOM 5072 NE TNR 201 -40.69Θ 39,600 40,002 1.00 43.40 one WITH ATSN 5073 OS1 TNR 201 -40,139 40,532 41.092 1.00 45.08 b 0 ATSM 5074 CO 2 TNV 201 -42.210 39,857 40,073 ], 00 43.33 I. with ATSM 5075 WITH TNR 201 -40.935 37,296 39, 332 1.00 40.49 b with ATSN 5076 ABOUT TNR 201 -40.502 37.273 ZV, 176 1.00 39.58 b 0 ATOM 5077 N ΗΞ3 202 -41.942 36.538 30.748 1.00 41.15 b N ATON 5070 CA ΗΙ3 202 -42.586 35.550 Z.V91 1.00 41.11 b WITH ATSN 5079 NE I13 202 42.032 34.156 39.106 1.00 30.98 b WITH ATSM 5000 Ss IZY 202 +42.664 33.063 30.394 1.00 36.71 b € ATSN 506T whitefish NTZ 202 -42.4 510 32-696 37-101 1.00 35-64 b WITH ATOM 5002 No. 1 H15 202 -43.575 32,179 30,930 1.00 35.56 b M ATOM 5083 CE1 "18 202 -43.941 31,311 30,003 $ 1.00 35.4 b with ATOM 5084 ΝΕ2 ΗΙ5 202 -43.301 31.602 36,603 1.00 35.15 b N AtaN 5885 WITH 015 202 -44,081 35.572 39,165 1.00 42.13 I. WITH ATOM 5886 ABOUT ΗΙΞ 202 -44.516 35.276 40,279 1.00 41.36 b 0 ATON 5887 N Bj 203 -44.062 35,931 30,151 1.00 44.96 b I ATON 5080 CA yee 203 -46.310 36.022 30.298 1.00 47.24 b WITH aton 5039 NE 010 203 -46.907 34.628 30.409 1.00 49.44 b with ATON 5090 SS from 203 -46.537 33.646 37.394 1.00 53.20 b with ATSM 5091 Sat eat 203 -47.209 33.974 36.076 1.00 57.10 b with ATOM 5092 OE1 syo 203  46.480 34.239 35.002 1.00 59.14 b 0 ATSM 5093 About $ 2 si 203  40.460 33.907 36.038 1.00 57.31 b 0 ATOM 5004 WITH 61 (] 203 -46.676 36,000 39.4 06 1.00 47.57 one g_ ATSN 5093 but siz 203 47,514 36-509 40.306 1.00 47.36 b 0 ATOM 5096 N Be 203 -46.03] 36,059 39-566 1.00 49.00 one μ ATSM 509 CA O1L 20 3 -46.380 39,009 49-626 1.00 b.OZ b with ATOM 509B WITH SUE 203 -45.999 36,603 42,0J 1.00 53.56 one with ATOM 5099 but 01Υ 203 -46.399 39,264 43,000 $ 1.00 4.19 I 0 ATSN 5900 N £ her 205 -45.243 37.519 42.1Θ8 1.00 52.76 b and ATSN 5901 CA £$ P 205 -44,051 37.192 43.404 1.00 53.25 I WITH ATON 5902 NE £ her 205 -45.060 35.700 43.934 1.00 54.26 one WITH ATON 5903 OS ZEK 205 -46.365 35.700 44.401 1.00 57.50 b 0 ATOM 5904 with: 5 her 205 -43.135 37.200 43.423 1.00 53.40 b € aton 5905 0 ZEK 205 -42.511 36.793 42.476 1.00 53.90 b 0 ATSN 5906 N Transnational corporation 206  42.540 37.902 44.439 1.00 53.20 b TO ATSN 590 $ CA Transnational corporation 206 -41.107 30.107 44.406 1.00 54.04 b with ATON 590Θ NE TNR 206 -40.781 39,557 44,091 1 -00 54.25 one £ ATSM $ 909 OS1 Transnational corporation 206 -41.343 40.456 43-926 1.00 55.24 b 0 atom 5910 CO 2 TNR 206 -39.279 39.771 44,946 1.00 54.02 b with ATON 5911 with TNR 206 -40.415 37,147 45,407 1.00 $ 3.61 b £ ATOM 5912 ABOUT TNR 206 -40. B46 36.905 46. 509 1.00 53.73 one <2 ATON 5913 N UAY 207 -39.351 36.501 44,907 1.0O $ 2-2 $ one N ATSN 5914 CA UL 207 -30.490 35.600 45.848 1.00 51.34 b WITH ATOM 5915 NE UAY 207 -38.309 34.254 45,202 1.00 51.23 I. with ATON 5916 Css UAY 207 -37.331 33.47? 46.137 1.00 50.68 b with ATON 5917 SB2 UAB 207 -39.642 33,535 45.240 1.00 51.24 one with ATSN 5910 WITH UA1 + 207 -37.120 36.365 45.941 1.00 51.56 one with ATOM 5919 about UAY 207 36.562 36.801 44.930 1.00 50.04 b 0 ATSM 5920 N C1.0 20Θ 36.582 36,451 47.154 1.00 51.89 b 6 ' ATOM 5921 CA si 200 -35.353 37.203 47.309 1.00 53.40 b £ ATCI 5922 NE si 206 -35.661 30,430 40,241 1-0 (1 $ 3-42 one WITH ATON $ 923 ss him 206 -34,455 39-296 40.538 1.00 50.06 b WITH ATSN 5924 with bsh 206 -34.Θ35 40,595 49.224 1.00 61.76 I £ ATSM 5925 OE1 610 20Θ -34.754 41.657 49,569 1.00 $ 3.24 ]. ATSM 5926 OE2 si 200 -35.21V 40,554 50.415 1.00 62.32 one 0

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ATON 5921 WITH her 20 V “34.260 36.375 4B.066 1.00 50.33 b with ATON 5 * 29 ABOUT si 20 V -34.530 35.60 $ 4B. 96 $ 1.00 49.28 b 0 ATOM 5929 N ig $ 209 -33.026 36.535 47.601 1.00 47.90 b N ATOM 5930 CA Bt5 209 -31,877 35,963 4B.310 1.00 47.26 b WITH ATOM 5931 NE Bw 209 -31.271 34.010 47.530 1.00 47.11 b WITH ATOM 5932 SS 1L5 209 -32.146 33.570 47.496 1.00 45.45 b WITH ATOM 5933 With Bw 209 -3Ζ.62Ί 33.23 1 40.BB7 1.00 46.72 b WITH ATON 5934 CE Bw 209 -33.150 32.106 = 40.068 g, oo 4.50 I. WITH ATOM 5935 ΝΖ Bw 209 -33.244 30.791 40,074 1.00 49. $ 3 b N ATOM 5936 WITH Bw 209 -30.825 37.067 46.529 2.00 46.93 b WITH ATOM 5937 with Bw 209 -30.6V5 37,906 47,714 ], 00 44.3? I. ABOUT ATOM 593rd n tn 210 “30.096 36.952 49.636 1.00 46.89 b μ ATOM 5939 CA tn 210 -29.125 37,568 50.037 1.00 48.05 b WITH ATOM 5940 NE tn 210 -29.60] ZV.817 51.222 1.00 49.B1 b WITH ATOM 5941 al. tn Zu -30.86 $ 39.487 50.B31 1.00 50.72 b ABOUT ATON 5942 CC2 tn 210 -28.634 39.867 $ 1, 64 3 3.00 50.В2 b WITH ATON 594 3 WITH tn 210 -27.80 $ 31,330 $ 0.470 1.00 47.03 b with ATON 594 4 ABOUT Transnational corporation 210 -27.796 36,316 51.170 1.00 45.40 b ABOUT ATON 594 5 n UAY 211 -26.692 37,926 $ 0.057 3, 00 46-63 b n ETON 594 B CA UL 211 -25.369 37,516 50.565 1.00 46.45 b with DTON 5947 NE UAY 231 -24.565 36.770 49.494 1.00 44.37 one with ATOM $ 594 ch1 UL 211 -25.1B6 35.408 49.225 1.00 41.67 b- with ATON 5949 CO2 UAY 211 “24.4B9 37,602 4B .217 1.00 40.70 b- with ATOM 5950 WITH UAY 211 -24.5V0 ZV.701 51.066 1.00 48.37 b with A'G-OM 5951 ABOUT UAY 211 -34.732 39.023 $ 0.577 1.00 48.59 b with ATON 5952 N ABA 212 -23.722 30.441 52.049 1. (10 50.94 b n SHOP 5953 CA ABA 212 -22.915 39.405 52.676 1.00 52.66 t with ATOM 5954 NE ABA 212 -23. 324 39.647 54.135 1.00 51.3? four- with ATON 5 * 55 WITH ABA 212 -21.431 39.150 52.585 1.00 53.53 b with ATOM 5956 □ Pd 212 “21.037 37.991 52.106 1.00 52.20 b about ATSM 5951 N RAS 213 -20.5Θ8 40.172 52.383 1.00 55.64 b N ATSM 5959 Joint venture RNO 213 -20.364 11.593 52.336 1.00 56.63 b with ATSM 5959 CA RNO 233 -19.137 39.900 $ 2.293 1.00 59.09 b with ATSM 5969 NE RIO 21-3 -18.597 41.391 52.069 1.00 57.17 b with ATSM 5961 SS RNO 213 -19.661 42-2 * 4 $ 2.577 1.00 57.07 b with ATON 5962 WITH RIO 213 -18,519 39,337 53-554 ] .00 63.09 b with ATOM 5963 ABOUT Ryo 213 -17,567 30,605 53.511 1.00 63.69 b about ATSM 5964 n tn 214 -19,236 39.607 54.675 1.00 67.26 b μ ATSM 5965 CA YOU 214 -18.898 30.973 $$. 939 1.00 72.25 b with ATSM 5966 NE Transnational corporation 214 -19.925 39.478 57.069 1.00 73.76 b with ATSM 5967 OH1 tn 214 -nineteen. 832 40.913 $ 7.072 1.00 74.00 b about ATOM 996V SY2 Transnational corporation 214 -19.336 38.979 56.429 1.00 74.09 b with ATOM $ 969 WITH TNK 214 -19.325 37.447 55.821 1.00 73.05 h and with ATSM 597B ABOUT Transnational corporation 214 “19.975 36.686 56.412 1.00 7 5.1? about ATOM $ 971 oct Transnational corporation 214 -18.178 36.B32 55.130 1.00 74.44 ί ABOUT TER $ 97? TNN 214 0 ATSM 5973 sv General relativity one 30.4 22 3.027 0.715 1.00 67.00 and with ATOM 5974 ss si one “29.516 3.Β83 9.599 1.00 72.6V Ή with ATON 5975 with syo one -30.ha 6 4.614 10.699 1.00 76.76 AT with ATSM 5976 OE1 syz one -30,875 3.938 And .574 1.00 78.40 N ΰ ATSN 5977 ΟΕΞ si one -30.36 $ 5.067 10.687 1.00 78.19 N about ATSM 597B WITH sy one -29.301 3.794 6.619 1.00 59-84 N with ATSN 5979 ABOUT si one -20,099 4 .037 6.505 $ 1.00 9.4? N about ATSM 598V S si one -28.667 1.616 7,662 1.00 63.51 N N ATSM 5981 CA syo one -29.765 2.571 7.395 1, O0 63.39 and with ATOM 5962 N UAY 2 “30.249 4.55E 6.086 1.00 56.40 n N ATS *) $ 963 CA UAY 2 -29. 937 5.706 5.366 1.00 53.61 n with ATSM 5964 NE UAY 2 31.204 6.396 4.751 1.00 53.06 n with ATSN 5 * 85 CC1 UDD 2 -30.873 1.721 4.084 1.00 53.81 n with ATSM 5966 CC2 UAY g -31.808 5.436 3.747 1.00 52.96 n with ATSN 5 * 67 with UAY 2 -29.313 6.798 6.314 1.00 52.6V at with ATSN 598Θ ABOUT UAY 2 -29.805 7, 001 7.422 1.00 53.56 n about ATSN 5989 m SY 3 28.231 7.438 5.087 1.00 49.43 at n ATSM 5999 CA sy 3 -27,419 0 .274 6.005 ] .00 48.34 n <: ATSN 5991 sv sy 3 -26. 566 7.385 7.64 9 1.00 51.60 N with ATSM 5992 ss sy 3 -25.834 0.110 6,751 1.00 57-66 and with ATON 5993 with sy 3 -25.334 7.163 9-026 1.00 61.06 eleven with ATSN 5994 <ZY1 sy 3 -25.022 7.586 10.94 4 1.00 63.02 n ABOUT ATON 5995 peg sy 3 -25.257 5.673 9.496 $ 1.00 6, $ 0 n N ATSM 5996 with sy 3 -26. 663 9.367 6.121 1.00 44.79 n with LTS " $ 997 about SY 3 -26. ϋΒ3 9.154 5.С-56 1.00 45.81 Ή about ATSM 599Θ N 1. EP four -26. 622 10.546 6.745 1.00 41.09 n N ATSN $ 999 CA Bw four -25.808 11.64 9 6.257 1.00 39.82 n with ATSM 6000 sv Bw four -26. 701 12.732 5.635 1.00 36.60 Ή with ATON 6001 ss Bw four 27-4V + 12.302 4.36V 1.00 36.0V N with ATOM 6002 CO2 Bw four -38,454 13.513 4.027 1.00 34.06 n 0

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ATSN 6003 002 LIE four -26,512 12-144 3-226 1-00 32-76 TO with ATSN 6001 WITH Bj four -25.009 12.253 7.413 1.00 39-72 AT with ATSM 6005 ABOUT YEI one -25,575 12.613 9.444 1.00 39.93 n 0 ATOM 6006 s UAY five -23,696 12,365 7.241 1.00 39.98 0 I ATON 6007 CA UAY five -22.939 12.906 3,293 1.00 39.49 AND with ATSM 6009 NE UAY five -21,078 I.827 8.851 1.00 40.46 E with ATOM 6009 SY1 UAY five -21.035 12.426 9.971 1.00 37.54 I with ATOM 60J C52 UAY five ‘22 .672 10.615 9.354 1.00 38.37 at with ATOM 6011 0 UAY five 21.991 14.059 7.774 1.00 40.34 I with ATOM 6013 0 UAY five -21.056 13.851 7.004 1.00 40.18 n WITH- ATOM 6013 I her 6 -22,309 15,279 0.196 1.00 40.67 n n ATOM 6011 CA si 6 -21.513 16,4L 7.744 1.00 43.08 AND with ATOM 6015 NE si 6 -22.383 17.6 ?! 7,599 1.00 42.43 one! with ATOM 6016 SS si 6 -23.33E 17,966 0.77 " 1.00 47.10 n 0 AT0H 6017 With si 6 -21.611 17.139 3.680 1.00 45.96 n with ATOM 6018 OE1 si 6 -24,620 16.045 9.272 1, 60 46.73 n about ATON 6019 OE2 si 6 -25.606 17.582 9.064 1.00 43.63 I 0 ATOM 6020 WITH □ y £ ‘20, 343 16, 668 B. 689 1.00 42.63 at with ATON 6021 WITH si £ -20.110 16.352 9. B76 1.00 45.51 I about ATOM 6023 I 6EP 7 -19.250 17.215 9.151 1.00 11.61 eleven η ATON 6023 CA ZER 7 -18.100 17.544 9.967 1.00 41-73 n with ATOM 6031 NE ZER 7 -17.16? 16,334 9,090 1.00 43-65 I with ΑΤΰΜ 6025 SI 5EP 7 -16.636 15.958 7,932 100 47.20 AND about ATON 6026 WITH ZEK 7 -17,341 19.722 9.393 ί .00 40.62 at with ATSM 6027 th ZER 7 -17.662 19.201 7.294 1.00 39.51 n 0 ATON 6028 94 SUE eight 16.345 19.195 9.126 1.00 39.23 n I ATSN 6039 CA SUE eight 15.488 20.261 9.640 1.00 35.58 n with ATSM 6030 WITH SUE eight -15.757 21.599 9.309 ΐ. ao 36.50 at with ATOM 6031 0 SUE 9 “15.050 22,566 9.069 1 -OO 37.4 5 at about ATOM 6032 I SUE 9 -16.781 21.642 10.152 1.00 36.89 AND at ATOM 6033 CA SUE 9 -17,099 2? -895 10-015 100 39.4? eleven with ATOM 6034 WITH SUE 9 -13-964 23,359 11-717 100 40-73 I with ATOM £ 035 th SUE 9 -15.073 22. 579 12.053 1.00 41.05 n 0 ATSM 6036 I SUE ten -15.991 24,628 12.105 100 40.13 m I ATOM 6037 CA SUE ten -14.982 25.132 13.014 1.00 39.76 n with ATOM £ 038 WITH SUE ten -15.110 26.619 13.266 1.00 41.15 at with ATOM £ 039 0 SUE ten -16.119 27,239 12.992 100 41.81 at 0 ATOM £ 040 I yee eleven -14.106 27,199 13.914 1.00 10.63 at I ATSN 6041 CA jeo eleven 14.039 29.628 14.137 100 40.05 at with ATOM 6042 NE yee eleven 13.406 2B.926 15.537 one . oo 39.42 at with ATON 604 3 with jeo eleven ‘13 .2 47 30.405 15.950 100 ίΰ.30 at with ATSM 6014 CP1 LIE eleven -14.555 31.157 15.720 1.00 3 9.60 AND with ATSM 6015 CO2 jeo eleven  12-673 30.564 17,259 100 42.60 n with ATSN 604 6 with Bp eleven -13.109 29.217 13.087 100 3 9.22 at with ATSM 6017 0 ive AND -12.065 29,542 22.152 1 -CO 38.39 AND about ATSN 604 8 to UAY 12 -13-443 30.356 12.521 100 39.30 I Ϊ1 ATSN 6049 CA UAY 12 -13.696 31,086 11.4 "9 100 11.06 n with ATSN 6050 sv UAY one? -13.127 30-525 10.062 1.00 4 3-20 at with ATSM 6051 C111 UAY 12 -14.503 30.861 9.809 1 .co 14.69 n with ATON 6052 CC2 UAY 12 -12.266 31.372 9.000 ι .so 15.13 n with ATOM 6053 with UAY 12 -12.890 32.511 21.617 ΐ, αο 10.57 at with ATOM £ 054 about UAY 12 13.867 32.962 12.179 one . with 40.30 AND 0 ATON 6055 m Bw 13 -11.934 33.203 11.111 1 .C-0 11.09 at at ATOM £ 056 CA Bw 13 -12.029 34.788 11.137 1 .co 42.69 at with ATSM 605? SR B5 13 -10.633 35.361 11.253 1.00 46.79 at with ATOM 6059 ss Bw 13 -9.867 34.948 12.507 1.00 50.6? I with ATOM 6059 SR Bw 13 -9.7Θ7 35.953 12.854 0.50 53.26 n with ATON 6060 CE Bw 13 -9.152 35.619 14.192 1.00 5J.4U P with ATSN 6061 mg Bw 13 -9.107 35.477 15-251 ΐ .so 58.69 at I ATSN 6062 with Bw 13 -12-712 35-268 9,083 100 42.31 AND with. ATSM 6063 0 Bw 13 -12.663 34,645 B.923 1.00 4,? B n 0 ATSM 6064 s PPO 14 -13-349 36.444 9.98? 100 41.71 n N ATSM 6065 with PPO 14 -13,507 37,249 11.210 ], 00 10.26 at with ATOM 6066 CA PPO 14 -13,974 37.07 " 6.822 1, oo 40.6Θ at with ATON 6067 se UI 14 -14.351 30,469 9.3Ϊ1 1.00 40.52 n with ATON £ 068 her Ryo 14 -14.540 39.266 10.813 1.00 41.11 n with ATON 6069 with g in 14 -13.006 37.139 7.646 1.00 42.52 n with ATOM £ 070 α RVO AND -11.828 37.137 7.817 1.00 42.90 I 0 ATON 60? 1 and □ b 15 -13.513 36.939 6.452 1.00 42.59 I I ATOM 6072 CA SUE 15 - 12.668 36.059 5.275 1.00 40.19 II with ATOM 6073 WITH ΟΙΎ 15 -12.093 35.524 5.013 1.00 40.77 n with ATOM 6074 0 σι.γ 15 -11.4 19 35.320 3.940 1.00 42.82 II about ATON 6075 N FROM U sixteen 12-097 34-608 5.974 1.00 40-21 at I ATON 6076 CA Yu sixteen -1 1 .466 33.309 5,822 1.00 42.04 AND with ATSM 6077 WITH OW sixteen -12.291 32,279 5.06? 1.00 4 5.65 n with ATON 6078 0 SUE sixteen -13,333 32.611 4.49? 1.0 (1 43-64 n 0

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ATOM ¢ 079 N ZEL AND 11.029 31.029 5.076 1.00 44.25 I N ATOM ¢ 000 CA 5 EN one? -12.407 29.961 4.261 1.00 45.74 eight with ATOM ¢ 081 NE ZEK I? -11-515 29.681 3-050 1.00 46-55 N with ATOM 60V2 OS ZEL 17 -11.340 30,848 2,267 1.00 53-54 II about ATOM 6083 WITH ZEL 17 -12.576 2 ", 6" 2 5,047 1.00 4 5 LT at with dtmym 6084 0 ZEK 17 -11.192 28.372 5, 94 6 1.00 44.90 n ABOUT In summer 6085 Th BE0 ten -13.592 27,881 4,601 1.0 "44.7" n s DTOI 6086 CA 1E8 ten -13.934 26.557 5.255 1.00 44.09 n with ATOM 6087 NE ive ten -14.057 26.641 6.391 1.00 44 .85 and WITH ATOM 6088 SS yee 18 -14.385 26.754 7 .Β38 1.00 47.60 n with ATOM 6089 £ 01 THEME 1a '15 .602 26.870 0. 755 1.00 46.16 n with ATOM 6090 CO? LIE 18 -13.554 25.526 0.203 1.00 40.00 n with ATOM 6091 with T.ig ten -14.386 25.624 ι laz 1.00 43.53 n with ATSN 609? 0 LIE ten -15.060 26.062 3.262 1.00 44.97 13 0 ATOM £ 093 N Battery nineteen -14 - 106 24.336 4.315 1.00 41.93 n n ATOM £ 094 CA ANS nineteen -14.658 ? 3.350 3.407 1.00 11.51 3 with ATOM 6095 se AKC nineteen -13.530 22.67 3 2.617 1,0 "12.94 n with ATOM 6096 ss ANY 39 -14.030 21.078 1.57 3 B.o. 46.58 I with ATSN £ 097 £ □ A.V.Y nineteen -12.969 21,451 0.511 1.00 51.36 n with ATOM 6098 NOT Fox nineteen 13.459 20.670 -0.627 1.00 56.49 I N ATON 609? CE ANO nineteen -13.334 19.357 -0.746 1.00 59.13 n with ATOM 6100 JAN1 bottom nineteen -13-807 10 .737 -1.021 1.00 59.16 at N ATOM 6101 HH2 bottom nineteen -32,743 10-653 0.213 1.00 59.69 n n ATOM 6102 WITH bottom 18 -15,454 22,300 four . 172 1 .00 10.1 " n with ATSN 6103 0 bottom nineteen -14.804 23,452 4.59 " 1.0 "35.03 and with ATOM 6304 N Bw 20 -16.773 22.316 4,002 1.00 37.32 n n ATOM 6105 CA Bw 20 -P. 617 21.320 4.547 5.00 35.94 n with ATOM 6106 NE Bw 20 19.007 21.094 4.920 1.00 3 3.09 I with ATOM 610? Sat Bw 20 -19.027 23 .242 5.656 1.00 35.63 at with ATOM 6108 CO2 Bw 20 -20.474 23.659 5.917 1.00 34.30 I with ATOM 6109 S-02 Bw 2h ^p 1p, Ζ41 ζρ-14'ρ ΰ. ? 'ABOUT ι.ίΐυ I to. ATOM 6110 WITH Bw 20 -17.731 20.093 3.763 1.00 35.92 at with ATOM 6111 0 Bw 20 -1?, 699 20.39 " 2-535 1.00 31.4 " n about ATOM 6112 TO 5EP ?one -17.846 13.936 4.396 1.00 39.54 and N ATOM 6113 CA ZEK 21 -18.112 17,699 3.6 "5 1.00 37-6 " eleven with ATOM 6114 NE Yen 21 -16.935 16.130 3.026 1.00 36-97 at with DTOM 6115 00 ΞΕΚ 21 -15.752 17,291 3.29 " 1.00 45.86 I about In summer 6116 e 5 ITS 21 -19.356 17.061 4.274 1.00 38.28 n with ATOM 6117 about ΞΕΕ 21 -19.140 17.356 5.404 ι, οο 37.oz n 0 ATOM 6118 N SUYO 22 -19.97 6 16.184 3.495 1.00 39.37 n and ATOM 6119 £ A SUY 22 -21.137 15.420 3. 930 1.00 12.63 AT with ATOM 6120 with SUY 22 20.974 14.04 9 3.305 1.00 42.53 I with ATOM 6121 ABOUT SU5 22 -20.081 13.921 2.070 1.00 41.03 AT 0 ATOM 6122 sv SUY 22 -22.413 16.125 3.431 1.00 46.05 n with ATOM 6123 thirty Su? 22 24.012 15.257 3.610 1.00 55.21 n five ATOM 6124 N id 23 20.90) 3.019 4.145 1.00 40.59 at L ATOM 6125 £ A ABA 23 -20.74 " 11-650 3- $ 64 1.00 41.14 at with ATOM 6126 NE ABD 23 -19,696 10-905 4.464 1.00 40.20 at with ATOM ¢ 127 WITH ABA 23 -22,070 10-935 3-712 1.00 41.05 n with ATOM 6120 0 ABA 23 -22,754 10.959 4,739 1.00 43-31 at 0 ATOM 6129 N ABA 24 -22,455 10,292 2, "13 1-PO 41-39 and N ATOM 6130 CA ABA 24 -23.721 9.581 2.558 1.00 42.11 I with ATOM 6131 NE ABA 24 -24.483 9.956 1,262 1.00 40.5 " n with ATOM 6132 r> ABA 21 -23.512 8.074 2.611 1.00 42.06 n with ATOM 6133 0 ABA 24 -22.501 7.557 2. b19 1.00 42.39 n 0 ATOM 6134 Ή ZEN 25 -24.401 7.367 3.207 1.00 49.96 n N ATOM 6135 CA ΞΕΕ 25 -24.384 5.917 3.243 1.00 40.89 at with ATOM 6136 NE 5 EN 25 23-532 5.4 62 4.430 1.00 41.00 n with ATOM 613? ABOUT ZEK 2 $ -24.120 5.876 5.651 1.00 44.95 at 0 ATOM 6138 WITH 5 EN 25 -25.779 5-347 3. 367 ] .00 39.60 n with ATON 6139 ABOUT 5 EN 2 $ -26.697 6-034 3- "1 $ 1.00 30.57 n 0 ATOM 6140 N yb 26 -25,935 4,089 2,966 1.00 39.26 n No. ATOM 6141 CA eu 26 -27.20 " 3-406 3, 153 1.00 35.31 n with ATON 6142 WITH SUE 26 -28.190 3,613 2,031 1.00 40-96 and 3 *. ATON 6143 0 SUE 26 -29.320 3-112 2,103 ] - 00 4 3-15 eight with ATSN £ 144 N RNE 27 -27.811 4.348 0.994 1.00 39.72 n N ATOM £ 145 CA RNE 27 -28.725 4,516 -0.117 1.00 39.4 " n € ATON £ 146 NE RNE 27 -29.741 5.601 I.240 1.00 39.12 n with ATON 6147 With RNE 27 -29.157 7.073 0.202 1.00 37.43 n £ ATON 6140 ίΤΠΐ RNE 27 -28.390 7.4 94 1.369 1.00 34.06 n with ATON 6TS9 CB2 RNE 27 -29.306 7.967 -0.760 1.00 34.49 n £ ATSN 6150 CE1 RNE 27 27.870 0.701 1.421 1.00 33.04 n with ATOM 6151 CE2 RNE 27 -28.367 9.262 -0.716 1.00 34.4? n with ATON 6152 cg RNE 27 -28.1) 3 9.669 0.376 1.00 34.29 n £ ATON 6153 with RNE 27 -28.014 4-913 -1.422 1.00 30.19 n with ATON 6154 0 RNE 27 -26,808 5.14? -1.449 1.00 30.12 eleven ΰ

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ATON 6155 AND tin 20 -2V.779 4.926 -2.506 1.00 38.67 n N LTSN 6156 CA Transnational corporation 20 -20.236 5.123 -3.842 1.00 37.98 at with ATON 6151 C0 Transnational corporation 2B -29.221 4.577 -4.889 1.00 39-03 I with ATON 6150 OO1 Transnational corporation 20 -29.545 3.222 -4.557 1.00 43.37 n 0 ATON 6159 CC2 Transnational corporation 29th -20.613 4.603 -6.2? 2 1.00 39.31 I with ATSM 6160 WITH Transnational corporation 20 -27.97 6 6.609 -4.094 1.00 37.20 I with ATON 6161 ABOUT Transnational corporation 2Θ -28.784 7.301 -4.715 1.00 37.60 I 0 ATSM 6162 N RNE 29th -26.029 7 .077 -3.613 1.00 35.10 I N ATOM 6163 CA RNE 29th -26.473 0.491 3.610 1.00 34.39 n 0 ATSM 6164 NE RNE 29th -25.055 0.640 3,000 1.00 32.43 n with ATON 6165 With RNE 29th -24.533 10.061 -2.929 1 .00 31.23 at with dtsn 6166 SOWING RNE 24 -25.109 10.090 -1.956 1.00 31-44 at with ATON 616? CO2 RNE 29th -23-563 10.541 -3,739 1-00 31-88 I with ATSM 6160 CE1 RNE 29th -24.623 12.191 -1.104 1.-00 30.12 I with ATSM 6169 CE2 RIG- 29th -23.070 11 .828 -3.577 1.00 30.39 I with ATSM 6170 C2 RNE 29th -23.603 12.656 -2.594 1.00 32.44 I with ATSM 6171 WITH RNE 25 -25.566 9.143 -5. C01 1 .00 35.36 I with ATSM 6172 ABOUT RNE 29th -26. 948 10.305 -5.121 1.00 37.04 n 0 ATSM 6173 N Yen 3ϋ 26.226 0.397 6.044 1.00 35.18 I I ATOM 6174 CA Yen thirty -26.009 0.970 -7.373 1.00 36.29 I with ATON 6175 NE Yen thirty -25.270 0 .046 -0.271 1 .00 36.47 I with ATON 6176 SS Yaw thirty -23,971 7,961 -7.726 1.00 41.17 I 0 ATON 6171 WITH ZEK thirty -21-425 9.297 -0.0-11 $ 1.00 3, W I with ATSM 6170 ABOUT ZEK thirty -21.453 9.892 -3.116 1.00 33.90 I 0 ATSM 61-79 X CENTURY 31 -20,529 Θ .909 -7,405 1.00 34.26 I N ATSM 61 & 0 CA CENTURY 31 -29.853 9.258 -7.312 1.00 32.93 n with ATON 6191 NE VEN 31 -30.753 0.024  7.953 1.00 32.00 n with ATOM 6192 05 CENTURY 31 -30.200 7,090 Ό.908 1.00 35.06 n 0 ATSM 6193 WITH Yaw 31 -30.522 10,351 -7.007 1.00 32.29 n with ATON 6104 about HER 31 -31,070 10.739 -7..142 3-00 31.47 n 0 Dime 916 ^ AND ΤΥΒ 42 ? and = 1st <5 -6, 1 -40 Zo-I-T- n N LTSN 6’06 CA ΤΥΒ 32 -30,367 13,926 -5.261 Ι, ου 29.Θ3 n with DTsN 6107 NE ΤΥΒ 32 -30,301 11,528 -3.?83 1.00 2Θ.34 AND with DTsN 6108 SS ΤΥΒ 32 -31.397 10.571 -3.380 1, oi 20.23 n with ATON 6199 C01 ΤΪΚ 32 -31.313 9.215 -3.680 1.00 20.04 N with ATOM 6190 CE1 ΤΪΚ 32 -32.340 8.338 -3. 340 1.00 20.01 n £ ATON 6191 C 02 ΤΪΚ 32 -32.533 11.028 -2.727 ΐ.00 27.49 AND with ATOM 6192 CE2 ΤΪΚ 32 -33.555 10.168 -2.363 1.00 27.94 n £ AGON 6193 C2 ΤΪΚ 32 33.458 0.826 2.690 1.00 30.33 ] [ with ATOM 6194 HE ΤΪΚ 32 -34.4V7 7.976 -2.339 1.00 32.86 n but ATON 6195 0 Τϊβ 32 -29.616 13.259 -5.465 1.00 30.11 ] [ with ATOM 6196 ABOUT ΤΪΚ 32 -28.450 13-326 -5.575 1.00 30-60 n but ATOM 6197 n CENTURY 33 -30.475 14.319 -5-529 1-00 28-01 AND m ATOM 6198 CA $ ΕΚ 33 79-953 15-673 '5-405 1-00 2 9.96 eleven with ATCH? N 6193 NE BAY 33 -31.006 16.680 -5-854 1.00 28.82 Ή with dton 6290 ABOUT ΕΕΡ ss -31.407 16-426 -7,194 1.00 32.46 Ή 0 DT-OM 6501 0 VER 33 -29-604 15-902 -3,940 1 - 00 2 9-4? Ή with ATOM 5502 0 VEN 33 -30.146 15.22? -3,058 1.00 20.61 Η 0 ATOM 6503 AND MET 34 -28.702 16.849 -3,607 1.00 29.06 I N ATOM 6204 CA MET 34 -28.261 17.160 -2.332 1.00 29.90 I with ATOM 6205 NE MET 34 -26.E13 16.705 -2.138 1.00 29.95 I with ATOM 6206 SS MET 34 -26.657 15.197 -2.193 1.00 31.01 I with ATOM 6Ξ07 IN MEG 34 -27.587 14.381 -0.852 1.00 34.80 I £ ATOM 6208 CE MET 34 -26.7BC 15.106 0.605 1.00 32.82 I with ATOM 6299 WITH ME'G 34 -28.379 > 0.665 2.061 1.00 29.04 I with ATOM. 6210 ABOUT MET 34 '28 .380 (9-474 -2.994 1.00 29.09 I □ ATSM 6211 but AYA 36 -26.479 19.030 -0.786 1.00 26.73 I to ATOM 6212 CA linen 35 -28.740 20.414 -0.411 1.00 27.72 I with ATOM 6213 NE AIN 3 $ -30.239 20,625 -0-189 1.00 27.08 I with ATOM 6214 SS Α5Ν 35 -31.090 20.079 -1.298 1.00 31.61 I with ATSM 6215 OP1 AIN 35 -31 -4? I 20.61 " -2.ΪΟ4 1. {U 31-06 I 0 ATON 6216 N02 Α5Ν 35 -31.410 10.784 -1.244 1 .00 27.46 I I ATOM 6217 WITH ABP 35 -27.985 20.793 0.363 1 .00 29.07 I with ATON 6218 ABOUT ΑΞΝ 35 -27.755 19.951 1.729 1.00 28.59 I th ATSM 6219 and TKR 36 -27.610 22.064 0.367 1 .00 27.70 I n ATSM 6226 CA TKR 36 -27.153 22.623 2.224 1.00 26.46 I with ATSM 6221 sa TKR 36 -25.015 23.351 2.041 1.00 26.13 I with ATSM 6222 ss TKR 36 -24.650 22.430 1.74? 1 .00 30.60 I with ATSM 622 3 CO2 TYR 36 -23.918 21.632 2.693 1.00 29.01 I with ATOM 6224 Οϊί TVR 36 '22 -938 $ 20-91 1-969 1 .00 29.00 I with ATSM 6225 Cez tar 36 -23.957 21.455 4.080 1.00 29.79 I with ATON 6226 fez TVR 36 24.093 72.170 W. 525 1.00 29.38 I with PBX 6227 me; GV.R 36 -23.06 $ 21-269 0-651 1.00 31.64 n N ATCI 6220 C32 TVR 36 -32,046 01.200 2. 584 1.00 31.40 I with ATSM 6229 SPZ TKR 36 -23,110 20.501 4.692 1.00 29.03 AND with ATSM 6230 CH2 TKR 36 -22,148 19.804 3. 944 1.00 30.42 I with

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ATOM 6231 WITH TYR 36 “28,209 23-599 2.739 1.00 28.02 ATON 6232 but TER 36 -2V, 731 24.440 1.990 1.00 26.76 ATSN 6233 m UAE 37 -20,517 23.467 4.025 1.00 26.57 ATON 6234 SD UA1 37 -29.437 24,355 4,719 1, 00 26.25 ATSN 6235 cn Ole 37 -30.750 23,610 5.0Y 1.00 25.90 ATSN 62 36 cg> 1 UAY 37 -31.734 24.565 5,733 1.00 21-86 ATSN 6237 Pops UAY 3? -31.343 23.019 3.779 1.00 2 30 ATOM 623Θ with UAE 37 <8.759 24.761 6.023 1.00 28.43 ATSN 6239 about UAY 37 “28.183 23.921 6.715 1.00 29.30 ATOM 6246 N ARS thirty -28.020 2 6.039 6.360 1.00 27.29 ATOM 6241 □ A Are 38 -28.145 26.503 7.559 1.00 27.16 ATON 6242 sv YY behind -27.031 27.481 7.177 1.00 25.84 ATOM 6243 her ARY thirty -27.400 28.872 6.834 1.00 25.35 ATOM 6241 With ICE 38 -26.209 29,696 6-406 ί.00 2B.59 ATON 6245 ΝΕ LAN 38 -26.672 31.009 5-904 1.00 29 .47 ATON 6246 C 2 ACG5 38 “25.815 31.861 5,301 1.00 29.76 A1'0i 6247 ΝΗ1 LNAS 38 -24.526 31,577 5.291 $ 1.00 29.2 ATSN 6245 HH2 DES 38 -26.247 33.050 4.956 1.00 29.33 ATOM 6249 WITH ICE 38 -29-105 27.149 B. 545 1.00 20.31 ΛΤΌΚ 6290 0 ANO 38 -30.212 27.543 8.177 1.09 27.74 ΑΊΠΓΪ 6251 N SON 39 -28.601 27.234 9.002 1.00 27.51 AT SM 6252 CA SY 39 -2 9.5 * 10 27.796 10.057 1.00 20.91 at ok £ 2 $ 3 NE □ b 39 <0.293 26.674 11,560 1.00 26.80 AT OK 6254 Si Yen 39 -31.269 27.149 12,628 1.00 20.63 ATON 6255 With Yen 39 -12,223 26.054 13,076 1.00 28.81 ATOM 6256 OP1 CEM 39 - 31.833 24.898 13 . 240 1 .00 30.27 ATOM 6257 HE2 C1L 39 33.401 26.415 13.274 1.00 29.47 ATON 6258 WITH SEE 39 -20.644 20.541 11.066 1.00 31.02 ATON 6259 ϋ Yen 39 <7-842 27 * 932 12.50 6 1.00 29.71 ATON 6260 I ABA 40 -20.707 29.860 11.900 1.00 33.52 ATSN 6261 CA ABA 43 <8.090 30.675 12 * 086 1 * 00 37.63 ATOM 6262 NE ABA 40 <9. 247 32.156 12.547 1.00 37.07 ATOM 6263 <7 ABA 40 -20.708 30.3? 1 14 .24? 3.00 40.34 ATOM 6264 0 Λ1Λ 43 -29.901 30.398 : 4,347 1.00 99.53 ATOM 6265 N RAO 41 -27. B99 30.402 15.315 l, 00 44.34 ATOM 6766- wed Ryo 41 “26.477 30.793 15.353 1.00 44.86 ATOM 6267 CA RAO 41 -20.399 29.989 6.53Θ 1.00 43.8 & ATOM 6269 sya PPO 41 -27 .229 30.292 17.572 1.00 45.74 ATSN 6269 06 PPO 41 01/26/2010 30.221 16.665 1.00 47.13 ATON 6270 with PPO 41 -29.66V 30.743 17.032 1.00 43.16 ATON 6271 0 eco 41 -29-700 E1.973 16.995 1.00 43.04 ATOM 6272 N Yu 42 -30.715 29.997 17.383 1.00 42.32 ATON 6273 CA yat 42 -31,990 38.609 17.720 1.00 40.30 ATOM 6274 WITH Y ¥ 42 -32-770 31.198 16.550 1.00 40.88 ATOM 6275 0 yat 42 <3,703 31-97? 16.753 1.00 39.91 ATON 6276 m BUOY 43 -32.399 30.039 15.324 ] .00 40.15 ATOM 6Ϊ77 CA EU5 43 -33,050 31-402 $ 14-13 1.00 99.69 ATOM 627 0 NE ia 43 -32,034 32-183 33.297 ] .00 44.93 ATOM 62? 9 se £ Υ3 43 -31,342 33,322 14.831 1.00 49.72 ATOM ¢ 200 with B ¥ 5 43 “32.297 34,476 14.299 1.00 55.35 ATOM 6201 CE to be 43 -31.54Θ 35.700 14.Θ32 1 <0 $ 9.19 ATOM 62Θ2 N2 ΕΥ5 43 -30.434 36.129 13.913 1.00 61.48 ATOM 6203 with ΙΎ5 43 -33.704 30.327 13.250 1.0ο 36.90 ATOM 6204 0 ¥ 5 43 -33.720 29.148 13.611 1.00 34.51 ATOM 6205 N SUE 44 -34 .233 30.740 12.110 1.00 36.40 ATON 6206 CA B ¥ 44 -34.940 29.031 11.230 1.00 31. 67 ATOM 6207 0 ϋ £ ϊ 44 -34-039 29-115 10.240 1.00 30.70 ATLI 6208 ABOUT Y ¥ 44 -32.08? 29-496 10.049 1.00 31.21 ATSN £ 209 n Betz 45 -34-562 28-069 9-609 1.00 29 .44 ATOM £ 290 ate B £ and 45 -33.Β34 27.377 8,553 1.00 20.81 ATOM 6291 sv Betz 45 -34.583 26,103 8-K 1.00 $ 27.9 ATOM 6292 ss BE11 45 -34.801 25,086 9.266 1.00 27.14 ATOI 6293 CP1 Bw 45 -35.6V5 23,956 $ 3.76 Ι.Οΰ 26.36 ATSN 6294 with? BEE ’ 45 -33.454 24.551 9.750 1.00 24.68 ATON 6295 with Bw 45 -33.674 28.302 7,348 1-00 20 .72 ATOM £ 296 0 BEI 45 -34.572 29.085 7.033 1.00 27.69 ATOM 6297 I CEO 46 -32.520 2B.219 6.690 1.00 20.43 ATON 6298 CA si 46 -32.259 29.005 5.409 1.00 28 .83 ATON 6299 sv her 46  31.341 30.193 5.798 1.00 31.44 ATON 6300 her st 46 -31,043 31.069 4.571 1.00 39.18 ATOM 6301 sv sy 46 -30,004 32.169 4. B26 1.00 43.02 AGS 6302 OE1 her 46 -30,027 33,162 4.094 1.00 45.99 ATSN 6303 OE2 her 46 -29,163 zaoge 5.743 1.00 43.91 ATON 6304 with sy 46 -eleven. 597 20.124 four . 438 1.00 28.50 ATOM 6305 0 Yo 46 -10.513 27,506 4.564 1.00 26-3 $ ATOM 6306 I Ya 47 -32.256 27.974 3.291 1.00 26.22

N with 8 I I I I I II I and I I N N and N N and II N N N N N N N N N and N and N to N I! n i i i i i i i i i i i i i n i Ή i i Ή i i i i i i i i i i i like i (i

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ATOM Bzot CA TAP 47 -31.6B0 21-204 2.174 1.00 23.96 N 0 ATOM 6308 NE TNR 47 -32,691 27,135 1.020 1.00 25.33 ϋ WITH ATOM 6309 se TNR 47 -32,073 26,630 -0.243 1.00 25.29 n WITH ATOM 6310 CO2 TER 47 -31,798 27, 307 -1.431 1.00 24.26 n WITH ATOM 6311 CE2 TAP 47 -31.161. 20,517 -2.342 1.00 24.29 n £ ATOM 6312 Cez TER 47 -32.029 20.713 -1 .B12 1.00 25.96 eight WITH ATOM 6313 CB1 TNR 47 -31.608 25,363 -0.478 1.00 24.30 N WITH ATOM 6.314 ΝΕ1 TIR 47 -31.058 25.292 -1.737 1.00 26.54 eight Ή ATON 631 B 002 TNR 47 -30.751 26.931 -3.610 1.90 23.53 eight I ⁱ ATOM 6316 SGS TIR 47 -31.623 29.124 -3.073 1 .00 25.72 N WITH ATON 6317 CH2 TNR 47 -30.990 2Θ .234 -3.956 1.00 24.04 N 0 ATOM 6313 WITH tnr 47 -30,439 27.94 9 1.684 1.00 23.09 ίί Ζ, ATOM 631 3 0 TNR 47 30-433 29.167 Ί.520 1.OS 23.38 ίί π ATOM 6320 Ν ' wow 48 -29.370 27.186 1.439 1.00 24.56 Η Ν ATOM 6321 CA UAY 48 -5-9,00.3 2? , 748 1.032 1.00 27.13 Η £ ATOM 6322 NE UAY 43 -26.929 27 .214 1.940 1.00 26.57 Η £ ATON 6323 661 UAY 48 -25.5Θ9 27.60 3 1.408 1.00 25.07 Η WITH ATON 6324 SY2 UAY 48 -27.130 27.696 3.373 1.00 25.68 Η £ ATSN 6325 WITH UAY 48 -27.727 27.425 -0.424 1.00 27.12 Η WITH ATSN 632 6 □ UL 48 -27.359 20.310 -1.200 1.00 28.60 Η 0 ATSN 6327 N BAY 49 -27.829 26,153 0.769 1.00 25.51 Η Μ ATOM 6329 CA VER 49 -77,422 25,723 -2.113 1.00 27.18 ίί WITH ATOM 6329 SS ZG.R 49 -25.893 25,755 -2.204 1.00 21.60 Α WITH ATOM 6330 OS ΞΕΡ 49 -25.445 25,455 -3.514 1.00 30.37 Η 0 ATON 6331 WITH ZER 49 -27,952 24.317 -2.427 1.00 28.05 Η £ ATOM 6332 0 ZEN 49 -28.228 23.531 -1.510 1.00 26.28 Η 0 ATON 6333 n ZEK 50 -20.101 24 .015 -3.716 1.00 28.27 Η N ATON 6334 CA 6EY 50 -2Β.5Β1 22.704 -4.154 1 .00 28 .54 Η £ ATSN 6335 With ZEK 50 -30.-061 22.782 -4.5 b 1.00 20.WB N WITH ATOM 6336 those 5th 50 for vag 2.1.050 -3.418 1.00 32.42 Η ΰ ATOM 6337 with ZER 50 -27.768 $ 22-20 -5.345 1 .00 20.12 (ί with ATSM 6338 0 VER 50 -27,315 22,997 -6.169 1.00 28.29 Η 0 ATOM 6339 N 1b 51 -27,596 20,890 -5.441 1.00 26.02 Ε υ ATSM 634-3 CA ΙΕΕ 51 -26.921 20.303 -O.590 1.00 24.36 Ε with ATON 634 1 sv 1st 51 -25.419 20.114 -6.302 1.00 26.43 Η. with ATSM 6342 OS2 1b 51 -25.220 19.159 -5.108 1.00 21.03 Η WITH ATSN 6343 C01 1st 51 -24.709 19.5B7 -7.B52 1.00 25.90 Η WITH ATSN 634 4 C01 1b 51 -23.194 19.662 -7.452 1.00 21.92 Η £ ATSN 6345 with 1st 51 -27.552 10.958 -6.956 1.00 26.47 Η WITH ATSN 6346 □ £ b 51 -27.751 13 .097 “6.096 1.00 24.06 Η 0 ATSN 6347 N ZEK 52 -27.869 10.703 -B.238 1.00 25.97 Η to ATSM 6348 CA Yen 52 -2Β. 63.3 17.62 4 8.613 1.00 25.28 Η Ο ATOM 634 9 with ZEN B2 -29.ZOY 17,912 -10, 01 9 3-00 24.40 AND WITH ATSM 6350 those Yen 52 -28.348 13.10? -11.046 1.00 27.24 Η ϋ ATSN 6351 with. VEN 52 27.713 16-412 -0,? B2 1-00 26.08 Η WITH ATSM 6352 0 ZER 52 -26,494 16.536 -0.650 1.00 20.49 N α ATSN 6353 N ZEE 5Ϊ -78,292 15,240 -9.017 1.00 25.41 to Ν ATSM 6354 CA ZEE 53 -27,523 14,007 -0.9EZ 1.00 20.14 Η WITH ATON 6355 sv ZEE 53 -28,433 12, 811 -9.267 1.00 27.8? Η WITH ATON 6356 OS Yaw 53 -29.011 12.911 -ten. 555 1.00 30.31 Η 0 ATON 6357 WITH Yaw 53 -26.344 14,000 -9.959 1.00 30.57 Η WITH ATON 6358 0 ZEK 53 -25.204 13.447 -9.645 1.00 32.17 Η 0 ATSM 635 9 N ZEK 54 -26.517 14.606 -11.135 1.00 2V .22 Η Η ATOM 63 yo CA ZEK 54 -25.437 14.64 3 “12.123 1.00 20.16 Η WITH ATON 6361 Sv Yen 54 -25.966 14.259 -13.520 B.00 27 .82 Η ί ATON 6362 those Yen 54 -26.898 15-215 -14J23 1.00 29.46 Ν 0 ATON 63 63 with BEN 54 -24.766 16,027 -12-10 $ B.00 27.90 Η WITH ATOM 6364 0 Yaw 54 -33,979 16,302 -13,007 1.00 28.59 Η 0 ATON 6.365 N BEN 55 -25.007 10.002 -11,230 1.00 20.14 Η Η ATOM 6366 CA Yaw 55 -24.520 10.230 -11.124 1.00 AP 31 Η WITH ATOM 6367 NE Yaw 55 -32,907 18.166 -11,092 ι, ΰο 31.ye Η WITH ATOM 6368 os Yaw 55 -22.526 17,349 -10.023 1.00 34.17 Η α ATON 6369 with ZEN 55 -24.968 13.1ΘΟ -12.244 B 00 30.0? Η with ATON 6370 0 ZEN 55 -24.353 20.230 -12.457 1.00 29.82 Η 0 ATOM 6371 N ZEN 56 -26.039 10.828 -12.950 1.00 27.46 Η Η ATON 6372 CA ZEN 56 -26.501 19,654 -14.066 1.00 27.70 Η WITH ATON 6373 NE ZOSH 56 -27.093 18.772 -15.174 1.09 29.06 Η WITH ATOM 6374 those BEK 56 -28.269 18,101 “14.734 1.00 34-9? Η υ Atai 6375 with CENTURY B6 27.505 20.727 -13.637 1.00 27.70 Ιί WITH ATON 637 6 0 ZEN 56 27.80 $ 21-642 * 14,406 1.00 27.41 II 0 A7ON 6377 N ΤΪΡ B7 -28.020 20.611 -12.413 1-00 27.64 Η Ν ATOM 6378 CA ΤΪΚ 57 “28.6Θ5 21.738 -11,742 1.00 27.77 N WITH ATON 6373 NE ΤΪΗ 51 -30-10? 21,369 -11-294 1.00 27.25 Η WITH ATOM 6380 SS ΤΪΗ 57 -31.053 20.945 -12.4 00 1.00 29.8? N WITH ATOM 63B 1 Οϋΐ ΤΪΗ 57 -31.126 19,616 -12,795 1.00 20.73 Η WITH ATOM 63В2 CE1 ΤΪΗ 57 -32.050 19,199 -13.735 1.00 30.00 N WITH

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ATOM 63Θ3 SOT TTN 57 -31.933 21.65?  12.964 1.00 28.13 N with ATOM 6394 CE2 TTN 57 -32.06- 21.446 -13.929 Ί, 00 29.41 N with ATOM 6385 cg TTN 57 -32.91? 20.113 “14.294 100 30.48 n with ATOM 63B6 HE TTN 57 -33. Ηί, Ι 19.669 -15.193 1.00 29.95 AND 0 ATSK 6307 WITH TTN 57 -27.08I 22.156 -10.504 1 .PO 02/29 ί! with A CURRENT 63B8 0 TUK 57 -27.62V 21.344 -9.590 1.00 29.53 n 0 A CURRENT 63В9 N 1b 58 -27,487 23.424 -10.469 1.00 2 9.50 n n dtjk 6390 CA 1st 58 '26 .789 24.003 -9.325 1.00 29.52 and with ATON 6.391 NE 1b 58 -25 .270 24.14V -9.614 1.00 30.72 n with DT-SI 6392 CC52 1b 50 “24.589 24.915 -8.49V 1.00 29.96 n with DTON 6393 CO2 1b 50 -24.627 22.765 -9.740 100 30.72 eight with DTON 6394 SP1 TIE HER -23.354 22.705 “10.092 1.00 28.84 n with ATON 639 $ with 1145 $ 6 -27.3 * 2 2.5.33V -9.067 3.90 29.74 n with ATSM 6396 0 1b 58 -27.609 26.145 -10.003 100 30-44 to 0 ATOM 6397 N YOEV 59 -27.697 25-695 -7.009 1.00 3?. $? to N ATON 6398 CA ZEY 59 -2V.261 27.021 -7.450 1. with 06/29 to with ATON 6399 NE 5ΕΚ 59 -29.680 27.113 -7.616 1.00 25.15 and with ATON 6490 OS £ yoy 59 -30.321 26.100 -8.874 1. with 34.72 n with ATON 6401 WITH $ Ek 59 -27.75Θ 27.454 -6.044 1.00 2E.73 n with ATSN 6402 about EEP 59 “27.35V 26.634 -5.213 1.00 2 9.00 at 0 DTON 6403 N knock by 27 .B74 23.754 -5.791 1 .co 27.30 at N ATSN 6 + 94 sd TTN 60 -27.374 29-366 -4.571 1 .vo 27.26 n with ATSN 6405 sv TTN 60 -36.039 30.073 4.334 100 2 $ .88 to with ATON 6406 ss TTN $ 0 -24.917 29-156 -5.25A 100 25.19 one! with ATSN 6407 C01 TTN 60 -24.210 28.421 -4.315 1.80 23-18 and with ATON 6408 Сё1 TTN 6B -23.190 27.572 -4.607 1. with 22.65 n with ATON 6409 C 02 TUK 60 -24.567 01.01B -6.603 1.00 23.48 at with ATOM 6410 Сё2 TUI £ 0 -23.543 23.171 -6.9EV 1.00 21.69 at with ATOM 6411 TUK -22. B 59 27.4-17 -6.021 1.00 23.85 n with ATOM £ 412 Oh TUI £ 0 -21 .B54 26.575 “6.377 1.00 2 4.72 at 0 ATSM 6413 with TOUR 60 -20,374 30.397 • 4.007 1.00 28.79 at with ATSN 641 4 0 TOUR 60 -29.032 31.059 -4.894 1 .co 27.21 n 0 ATSN 6415 N ABA 61 -2B. 499 30.52Θ -2.7U 100 28.73 n N ATSN 6416 SD D1.D 61 -29.203 31.601 I 60 1.00 30-11 to with ATSN 641? se ABA 63 -29.264 31.491 -0.650 1 .co 28-64 to g ATSM 641B with ABA $ 1 -28.426 32.926 -2.544 1.00 31.88 TO with ATSN 6419 about Dh * a £ 3 -27.210 32.883 -2.702 1.90 2 9.52 n 0 AT SI 6420 to ABP 62 -29.127 34.046 -2. WEZ 1.00 35.01 ΕΪ N ATSN 6421 CA A5P 62 -28.475 35.314 -2.995 1.00 40.62 n with ATOM 6422 SY DER £ 2 -29.500 36.444 -2.997 1.00 47.1E n with ATSM 6423 se A5P 62 -29.915 36.842 -4.390 ι .so 5 5.90 at with ATON 6424 OP1 DER £ 2 -31 .131 36.750 -4.693 1.00 59.73 BUT 0 ATOM 64J5 Οϋί A6P 63 -29.023 37.246 -5.177 1.00 51.97 e 0 ATON 6426 with LER £ 2 -27.366 35.666 -2.007 1.00 41.05 at with ATOM 6427 0 AZR 62  26.320 36.101 2.394 1.00 41.21 at 0 ATOM 64? In N ZER £ 3 -27.606 35.387 -0.731 1.0 (1 40.70 AT N ATOM 64? 9 CA 5 EP 63 -26.704 35.60.1 0.331 ] .00 41.03 n with ATSN 6439 NE 5EK 63 -27.354 35-546 1-695 1.00 41.93 n with ATSN 6431 ABOUT ZEK 63 -27.161 34.199 1.795 1.00 42-20 eleven about ATSM 6432 WITH 8 EN 63 -25.333 35.131 O.302 1.00 40.04 and with ATOM 6433 0 ZEK 63 -24,396 35,606 0.943 1.00 42.70 eleven □ ATOM 6434 n UAY £ 4 -25.206 34.033 -0.434 1. with 37.53 at N ATOM 6435 CA UAY 64 -23.923 33.342 -0.516 1.00 35.50 n with ATOM 6436 NE UAY £ 4 -24.023 31.883 -0.010 1.00 34.20 at with ATOM 6437 £ 01 UAY 64 -24.635 31.851 1.399 1.00 32.4 5 n with ATOM 643B CC2 UAY 64 -24.844 31.054 -0.9E7 1.00 32.80 at with ATOM 6439 WITH UAY 64 -23.386 33.309 -1.941 1.00 36.79 n with ATOM 6449 0 UDD 64 -22.329 32.726 “2.203 1.00 35.31 and 0 ATOM 6441 n Bw 65 • 24.117 33.925 2.862 1.00 37.48 at n ATOM 6442 SD Bw 65 -23.742 ЗЗ.Я04 -4.272 100 42.50 n with ATOM 6443 sv Bw 65 -24.766 3+. £ 61 -5.186 1.00 4 6.64 n with ATOM 6444 ss Bw 65 -24.604 34,500 -6.605 1.00 52-4 4 n (! ATOM 6445 sv Bw 65 -25.762 33,691 -7,109 ] -00 57.69 ϋ with ATOM 6446 CE Bw 65 -27.105 34,302 -6? Wb 1.00 60.32 n with ATSN 6447 II Bw 65 -28,261 33,402 -7,000 1.00 62.20 n at ATSN 644V WITH Bub 65 -22.354 34.4 94 -4.4 65 1.00 42.67 BUT with ATOM 6449 0 Bw 65 -22.077 35,593 -3.970 1.00 43.54 at 0 ATON 6459 Ή Oht B -21.484 33.780 -5.171 1.00 42.33 at n ATOM 6451 £ A eat 66 -20.156 34.301 -5.437 1.00 42.49 at with ATOM 6452 WITH Ο1.Υ $ 6 -19.126 33.98V -4..361 1.00 44.27 n with ATOM 6453 0 Be 66 -17.926 34.142 -4.589 1.00 44.84 n 0 ATOM 6454 n ARB 67 - 19-500 33.549 -.3.189 1.00 41.56 eight n ATOM 6455 CA ARB 67  18. £ 63 33.212 '2.108 1.00 39.45 to with ATOM 6456 NE ARB 67 -19-063 33.955 “(1.830 100 40.38 at with ATOM 6457 Sat ARB 67 -19.033 35-476 -0.960 1-00 39-61 n with ATOM 645Θ Joint venture ABC 6? -19.250 36-182 0.366 1.C0 39-55 μ with

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ATSN £ 459 NOT ARL (5 6? -20.572 35. 913 0. 933 1.00 39.73 N I ATSN 64 60 Sz ARC 67 -20.766 35.246 2.064 1.00 39.95 AND with ATOM 64 61 ΝΙΠ AK5 67 19.760 34.763 2.760 1.00 36.21 n I ATON 6462 HH 2 ARS 67 -22.028 35,057 2.4 98 1-00 37.67 n I ATON 6463 WITH DES 6? -18-616 31 .730 -1.849 1.00 za-91 I with ATON 64 64 0 ABC 67 -17.549 31,160 -1,566 1.00 38.47 I 0 ATOM 6465 N RNE 6Θ -19,769 31,046 -1, 961 1-00 3?,? 0 I I ATON 64 66 CA RNE 6B -19.646 29.6O5 -1.714 1.00 34.66 I with ATSN 64 67 her RNE 60 -21.092 29.24? -0.089 1.00 33.55 I with ATSM 64 bw Si RNE 6B -21.064 29.759 0.530 1.00 34.8V I with ATOM 64 69 SY RNE 60 -22.001 29.316 1.453 1.00 34.01 n with ATSN 6470 CE2 RNE 60 -20.120 30.692 0.937 1.00 34.30 I with ATSM £ 4? 1 CE1 RNE ba -22.004 29.791 2.747 1.00 33.89 n with ATON 6472 CE2 RNE 6Θ -20. H5 31,176 2,238 1.00 34.40 n with ATON 6473 Sz RNE 6Θ -21.050 30 .725 3.143 1-00 35.06 I with ATON 6474 WITH RNE 68 -19.895 28.840 ‘E.029 1.00 34.39 I with ATON £ 475 0 RNE 6B -20-465 29,302 -4,906 1.00 33.33 I 0 ATON 6476 N TNN 69 -19.2'15 2?, 666 -3.045 1.00 33.03 I I ATON 6477 CA TNN 69 -19.317 26,707 -4.204 1.00 33.ZV I with ATON 6470 NE THY 69 -17.954 26,710 -4.911 1.00 34.15 I with ATON 6479 CC1 TNN 69 -17.5VZ 2B .010 -5.3Θ4 1.00 36.5V I 0 ATOM 64 50 SY2 TNN 69 18.026 25,739 -6.008 1.00 33.4V I with ATOM 6491 WITH TE1P 69 -19.660 29.379 -3.757 1.00 34.59 I with ATOM 64 82 about tn 69 -10.965 24.706 -2.930 1.00 34.69 I about ATSN 6493 N TIE 70 -20.758 24-841 -4.315 1.00 32.66 I I ATON 64V 4 CA 1b 70 -21.203 23,503 -3.957 1.00 31.01 I with ATOM 6485 NE 1b 70 -22.754 5 3.43-2 -3,936 1.00 30.63 I with ATOM 64B6 CC2 1b 70 -23.300 2 3.592 -5.351 1.00 20.46 I with ATOM 6407 SY1 1b 70 -23.21 = 22.111 -3.329 1.00 29.67 I with ATON 64 a a CO] LE 70 -24.719 22.090 -3.004 1.00 27.57 I with ATON £ 4J9 with ΙΙ.Ε 70 -20.635 22.534 -4.9V7 1.00 31.2V I with ATSN 64 90 0 ΤΙ.Ε 70  20.373 22,914 -6.122 1.00 33.91 I about ATSN 649] N 5 ITS 07 20.406 21.293 -4.502 1.00 31.56 I I ATON 64 92 CA 5E-N 71 -20.01] 20.255 -five. 522 1.00 32.33 I with ATOM 64 93 NE 5 ITS Τ- -30,547 20,427 -5.947 1.00 33.86 !] with ATOM 6494 SS 5 EN Η -17.673 20,291 -4,839 1-00 37.91 I with ATON 6495 WITH VEN 7Ϊ -20,195 18,902 -4.661 1-00 32.41 I with ATON 6496 0 ZEN 71 -20.456 18,821 -3.660 1.00 31.10 I with ATON 64 97 N ABC 72 -20,066 17.84? -5.645 1.00 31.25 I N ATOM 64 90 CA ABC 72 -Ζ0.2Β5 16,500 -5.140 1.00 32.4Ξ I with ATYM 64 99 NE ABC 72 -21.747 16.092 -5.343 1.00 30.85 I with ATON 6506 SY ABC 72 -22.194 16.055 -6.802 1.00 29.40 I with ATOM 6501 With ARS 72 -23.691 15.820 -6.912 1.00 2B.57 I with ATSN 6502 ΝΕ Aky 72 -24.075 14.470 -6.497 1.00 28.84 I N ATOM 6503 cg AEUR 72 -25.264 14.152 -5.9V9 1.00 27.10 n with ATOM 6504 L1 AI 72 -26.197 15.006 -5.82V 1.00 26.26 I N ATOM 6506 MH 2 AYAH 72 -25.525 12.900 -5.641 1.00 26.57 and I ATOM 650ή with AVY 72 -19.360 15.530 -5.860 1.00 34.09 n with ATOM £ 507 about DAS 72 -10. B7O 15-821 -6.944 1.00 33.62 I with ATOM 6508 N AZR 13 -19.136 14,379 ‘5-243 1.00 38.28 I I ATSN 6599 CA DER 73 -10.327 13.325 -5-049 1.00 3 9-48 I with ATOM 6510 NE AZR 73 -16.941 13.281 -5.119 1.00 41.60 n with ATSN 6511 SS AZR 73 -35.990 12-292 -5-843 1.00 44.95 I with ATON 6512 mass media AZR 73 -16.426 11.183 -6.225 1.00 45.18 n with ATON 6513 002 AZR 73 -14.791 12,630 -5.9? 4 1.00 46.94 I 0 ATON 6514 WITH AIR 73 -19.066 12.013 -5.624 1.00 39.7V n with ATOM 6615 0 ACRE 73 -10.970 11.423 -4.545 1.00 40.60 n with ATON 651 ή N Α5Ν 74 -19.791 11.560 -6.639 1 .00 38.8V n N ATOM 6517 CA ΑΞΗ 74 20.653 10.380 -6.486 1.00 39.67 n with ATON 6516 NE Α5Ν 74 -21.523 10.195 -7.7 32 1.00 37.88 n with ATON £ 519 her A5N 74 -22.64V 11.215 7.021 1.00 38.36 n with ATOM € 528 ουι Α3Ν 74 -22.954 11-915 -6.a4v 1.00 38.42 I with ATSN £ 521 ΝΕ2 DAY 74 -23.271 11.303 ‘8.909 1.00 35-16 I I ATON £ 522 with AZO 74 -19.665 9.1 15 -6.212 1.00 41.22 n with ATON 6523 with Λ3Ν ?four -26,336 0.230 -5.499 1 .00 42.03 n with ATON 6524 N ABA 75 -18.667 9.017 -6,180 1.00 41.01 n N ATON 6525 CA ABA 75 -17.019 7.a $ i -6.554 1.00 44.00 n with ATOM 6526 sv ABA 75 -16,553 7.948 -7,410 1.00 42.03 and with ATSN 652? with ABA 75 -17,450 7.740 -5.074 1.00 45.21 n with ATON 6520 0 ABA 75 -17.252 6.654 -4.550 1.00 45.7V n 0 ATON 6529 I ίΥΞ 76 -17,360 3.092 -4.402 1.00 46.01 n I ATON 6530 ate B ¥ i 76 -17.043 3.916 -2.982 1.00 47.14 to with ATON 6531 sv ΕΪΞ 76 16.034 10.029 -2.696 1 .00 49.VO n with ATOM 6532 SY Bt3 76 -14,694 3.34 6 -3.389 1.00 52.13 N * _ ATON £ 533 Joint venture $ Ϊ9 76 -13.726 10.95V -3.012 1.00 56.34 and with ATSN 6534 CE BUZ 76 chg.zae 10-797 -3,724 ] .00 58.48 n with

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dtam 6535 No B5 76 11.463 11.966 -3.476 1.00 66.20 I N ATON 6536 WITH Bw sixteen -18-271 9.107 -2.090 1 .00 47.47 N with ATOM 6537 0 Bw 76 -18.141 9.232 -0.075 1.00 47.19 I 0 ATOM 6538 N AIN 17 -19,460 9,136 -2.690 1.00 46.65 AND N YTOM 6539 CA IKE eleven -20,689 9.376 -1.933 1.80 44-74 9 WITH atom 6540 NE AIN 17 -21.023 B, 166 -1.852 1.00 45.89 at with ATOM 6541 SS D5K 77 -21,302 6.913 -1.0 6-0 1 .00 47.96 ϋ with DT0M 6543 □□ 1 Ike 77 -22.410 6,709 -2.352 1.00 49.54 n 0 ATOM 6543 N02 ΑΞΝ 77 go.geg 6.065 -2.800 1.00 50.93 at N ATOM 6544 WITH LZK 77 -20.545 18.617 -1.858 1.00 42.51 at WITH ATOM 654 $ 0 Α3Ν 77 -20.8VZ 18.588 0.134 1.00 42.35 I ABOUT ATOM 6546 N ί-ΕΡ 70 -20.039 11 .104 -1.621 1 .00 39.28 n N ATOM 6547 CA 3rd 70 -19.7Θ1 12.098 -0.036 1 .00 38.34 n with ATOM 6548 NE Yaw 78 -18.291 13 .832 -0.565 1.00 40.48 I with ATOM 6549 OS 8EV 18 -17.830 11.912 0.169 1.00 46-08 13 0 ATOM 6550 with Yaw 78 -20.310 14 . 166 -1.456 1.00 37.03 I with Agim 6551 0 y. £ y 78 -20.320 14.350 -2.678 1.00 37.05 m 0 house 6552 N boo 79 -20.733 15.093 -0.580 1.CO 13.76 I N ATOM 6553 CA yi 79 -21.212 16.417 -0.94 5 1 .00 33.07 eight WITH DAY 6554 sv Bf 79 -22.642 16.593 -0.412 1 .00 30.60 n WITH ATON 655 $ ss Bf 79 -23.219 10 .015 -0.150 1 .00 29.92 I WITH ATON 6556 From 01 T.Ei 79 “23.407 10.523 -1.763 1 .00 28.74 I with ATOM 6557 with; ygy 79 -24.504 10 .008 0.470 1.00 26.94 n with ATOM 6558 with Bw 79 -20.263 17.436 -0-294 1 .00 33-73 and with ATOM 6559 0 b 79 -19-834 ] 1 .237 0.844 1.00 35-43 13 0 ATOM 6560 AND TUK IN -19.931 ten . 512 -1.803 1.00 31.34 I 71 ATOM 6 ^ 61 CA ΤΥΕ 00 -19.001 19.507 -0.479 1.00 30.56 eight WITH dtok 6562 NE TUI IN -17.690 19.500 -1.274 1.00 32.57 I with ATON 6563 se TOUR 00 -17.061 10.136 -1.386 1.00 35.32 and with ATOM 6564 From 01 TUE 00 -17.045 17.465 2.535 1.00 3 6.45 at with ATOM 6565 CE1 TOUR IN -1st-av '2.711 1.00 36.72 n with ATOM 6566 Pops TUE IN -16.507 17.510 -0.275 1.00 36.23 9 € ATOK 6567 C £ 2 TOUR IN -15-94 $ 16.250 -0-3'11 1-00 $ 37.1 N with ATOM 6568 C2 TUI IN -15.938 15.604 -1-598 1.00 40.42 s with dtsk 6569 is he TOUR IN -15,381 14.349 -1.721 1.00 42.98 at 0 dtok 6570 with TUI in -19, $? 4 28.909 -0.508 1.00 31.38 to € ? \ ty < 6571 ΰ TUI in -20.414 21,226 -1.336 1.00 31.59 at 0 ATOM 6572 I boo 81 -19.118 21.749 0.413 1.00 32.68 n N atom 6573 CA yi 01 -19.394 23.172 0.341 1.00 33.13 n WITH dton 6574 Sho Bw 01 -20.476 23.573 1.350 1.00 10.32 to WITH ATON 657 $ SS yi 01 -20.966 25.018 1.180 ’.00 31.03 at with dton 6576 SP1 Bw 61 -21.629 25.162 -0.106 1 .00 30.17 Εϊ with ATON 6577 C 02 Ι.ΕΙ! 01 -21.955 25.307 2.279 1 .00 29.51 n with ATON 6578 with LEE ¹ 61 18.106 23.941 0.633 1 .00 35.97 to with ATOI 6579 0 Bw 01 -17.610 23.955 1.770 1.00 35-91 n with ATOM 6580 N 01, N 02 - 17.550 24.571 -0.400 1 .00 35.00 to TO ATOM 6581 CA SEN AT?  16-424 25-463 • 0.235 1.00 31-59 to V ATOM 6582 NE oh 82 -15.592 25-501 -1 -521 1.00 36.62 E with agon 65BZ SS sn 82 -14.362 26.486 -1.44 $ 1.-80 42.10 at V ATON 65B4 With yen AT? -13.374 25.975 -0.36V 1.00 43.68 N V ATOM 6505 0Y1 ol vg -12,986 24 .805 -0.298 1.00 43.76 to 0 Agok 6506 YE2 main AT 2 -12.968 26.932 0.473 1.00 43.92 at N ATOM 6587 WITH Yen vg -16.940 26.854 0.899 1.00 38.25 N WITH ATOM 6508 0 SO) AT 2 -17.640 27.472 -0.698 1.00 39.65 to 0 ATON 6509 N NOT to -16.600 27,341 1.289 1.00 40.33 n N ATON 6590 ate NOT 03 17.043 20.557 1.733 1.00 42.26 eight WITH ATOI 6591 Joint venture MET 03 -17.692 20.557 3.120 1 .00 42.53 TO WITH ATON 6592 ss MET 83 -18.81 $ 27,538 3.240 1 .00 46.08 to 0 ATON 6 $ 93 50 MET ¢ 3 -19.506 21 .440 4,929 1.00 49.67 to th ATOM 6594 CE MET 83 -18-162 26.710 5.786 1.00 50-01 and with ATCI 6595 WITH MET 6 $ - 15.060 29.634 1.105 1 .00 43.08 to with ATOM 6590 0 MET 83 -14.911 29.441 2.545 1.00 45.85 n with ATON 6597 N AZE 84 -15.942 38.6VB 0.919 1.00 42.66 and I ATOM 6598 CA AIN 84 -14.899 3Ί.699 0.94 5 1.00 42.84 and with ATON 6599 NE AIN AT 4 -14.353 31.857 -0.472 1.00 42.61 n with ATON 6600 se AIN 04 -13.545 30.664 -0.911 1.08 45.11 n with atok 6601 □ □ 1 AIN 04 -13.083 29.056 -0.098 1.00 46.92 n 0 ATOI 6602 N02 AIN 64 -13.360 38.592 -2.22-4 1.00 47.46 n n ATON 6603 WITH ΑΞΝ 84 -15.443 33.032 1.416 1.00 42.07 n with ATOM 6604 0 IKE 84 -16.657 33.223 1.478 1.00 41.02 n ΰ AGON 6 605 n & EP 85 -14.532 33.941 1.752 1.00 42.16 n Ή ATOM 6606 CA 5EY 85 -14.890 35-208 2.153 1.00 41.46 n with ATOM 6 6 07 NE 5EV 85  15.303 36.077 0.938 1.00 43.66 n with ATON 6608 SS Yaw. 85 -14.432 36.002 -0, 1 10 1.00 47.73 n 0 Attacks 6609 with ZEK 85 -15-9 & 1 35.268 Z.gp 1.00 40.30 and with ATON 6610 0 ZEY 85 -16.959 36.020 3,135 1.00 39.19 n 0

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Αΐ'ΟΜ 6611 Shoy 86 -15.79Θ 34.409 4.217 1.00 39.13 n m ATOM 6612 CA Bf 86 -16.735 34.25 $ 5.201 1.00 39.06 at with ATOM 6613 Sv Bw 86 -1 6.34 7 33-159 6.24 5 1.00 37.15 AND ί- ATON 6614 With Bw 86 -26,565 31-763 5.659 1 .00 38.36 AND ο Atda 6610 CO2 Bw 88  15,034 30,724 6,192 1.00 37.2? to with ATOM 6616 CO? Bw 86 -Ϊ8.05 + 31 .48 $ five . 628 1.00 37.79 n with ATOM 661? WITH Bw 56 -17,039 35,540 6,051 1.00 39.99 n with ATOM 6610 ABOUT Bw 86 -16.138 36.359 6.235 1.00 41.95 n th ATON 6619 N DE6C 87 -18.230 35.714 6. 409 1.00 40.79 n I ATOM 6623 CA ABC 87 -10.662 36.863 7.296 1.00 43.46 n with ATON 6621 se Ayo 87 -19.635 37.754 6.532 1.00 45.6? n with ATON 6622 with ICE 87 19.140 38.192 5.102 1.00 49.80 N with ATSN 6623 ss AKO 87 -20.293 38.703 4 _ Ϊ5 1 1.00 53.45 I with ATOM 6624 NOT ICE 87 -19.920 38-894 2,955 1.00 57.94 AND I ATSN 662 $ CE APB ¢ 7 2 ".781 39-233 2,001 1.00 59.5a n with ATOM 6626 ΝΗΙ ABC 87 -? [ί. 366 39,389 0.750 1.00 59.64 I I ATON 6 <62'ί YAG4? ANO 87 -? 2.0 £ 2 39-410 2. 303 1.00 56.79 but I ATOM 6628 WITH ABC 87 -19.329 36.387 8.577 1.00 43.92 I with ATOM 66Ξ9 ABOUT BOTTOM 07 -19.737 35.227 8.6B1 1.00 42.74 0 with ATOM 6630 I TWO 08 -19.444 37.291 9.544 1.00 44.62 AND N ATON 6631 Sa TWO 6B -20.030 36.960 10.830 1.00 45.40 n with ATOI 6632 se DIA 08 20.133 38.222 11.699 1.00 44.63 AND with ATON 6633 with ABA 38 -21.413 36-335 10-649 1.00 44-6 " I with ATOM 6634 □ DIA 0 " -21.762 35-364 11-320 1.00 4 3-24 I 0 ATSN £ 635 I axis 89 -22,100 36,903 9,710 1.00 45.01 n I ATOI 6636 CA si 89 -2'3. 546 36.460 9,441 1.00 44.88 n with ATOM 6 637 NE si Θ9 -24,219 37,419 8.453 1.00 49.04 n with ATOM 6638 SS si 09 -24.223 ЗВ.070 8.894 1 .00 58.20 n with ATSN 6639 With si 09 -22.918 39.596 8.569 1 .00 ¢ 2.22 n with ATOI 6640 OE1 si 09 -22.376 40.289 9.461 1.00 64.59 ί! 0 ATSN 6641 OE2 si 09 -22.441 .39.466 7.419 $ 1.00 4.36 to 0 ATOI 6642 0 si 09 -23.625 35.041 8.083 1.00 11.48 to with ATON 6643 ABOUT oh 09 -34-703 34,461 8,022 1.00 40.05 to 0 ATSN 6644 AND AZR 90 -22.491 .34,467 8.465 1 .00 30-97 to I ATSN 664 $ With AZR 90 -22.451 33.104 8.003 3.00 36.93 to with ATON 6646 SI AZR 90 -21,268 32.884 7.058 2.00 38.32 at with ATON 6b47 SS AZR 90 -21,391 33.687 5.772 1.00 41.49 eight with ATOM 6648 ουι AZR 90 -22,526 33.B50 5.265 1.00 41.50 AND 0 ATOM 6649 OB2 AZR 90 -20.340 34.160 5.272 1.00 + 2.86 to th ATON 6650 with AZR 90 -22.357 32.120 9.162 1.00 36.53 0 with ATSN 6651 ABOUT AZR 90 -22.3С4 30.907 0.951 1.00 37.19 n about ATOM 6652 I Transnational corporation 91 -22.334 32.643 10.385 1.00 34.31 n I ATOM 6653 CA Tn 91 -22.252 31.797 11,572 1.00 34.00 AND with ATOM 6654 sv tn 91 -22.036 32.656 12.049 1.00 34.84 AND with AT OK £ 655 CC1 tn 91 -20.730 33.263 12.799 1.00 36.83 Ή 0 ATOK 6656 CC2 tn 91 -22.160 31.804 10/14 1.0 (1 31.37 n with ATOM £ 657 WITH tn 91 23-553 31-01? 13,710 1.0 (1 32,40 n £ ATOK £ 650 about tn 91 -24.620 31,613 11,763 1.00 32.80 I 0 ATON £ 650 I ABA 92  23,465 29,695 11,774 1.00? U, 43 I I ATOM 6660 CA ΑΙΛ 92 -24,674 28,884 11,827 1.00 29.39 I with ATOM £ 661 si ABD 92 -25,551 29,177 10.601 1.00 31.93 I with ATOM 6662 with ABA 92 -24, 334 27.409 11.B67 1.00 28.8? I with ATOM £ b63 ABOUT ABA 92 -23.197 27,025 11.599 1.00 28.15 I with ATOM 5664 N UAY 93 -25.321 26.581 12.202 1.00 28.51 I I ATOM 0665 CA UAY 93 -25.210 25.145 11.954 1.00 28.45 I with ATOM 0666 NE UAY 93 -26.170 24.339 12.851 1.00 30.44 AND with ATON 0667 CC1 UAY 93 -26.090 22.066 12.503 1.00 29-75 I with ATOM 6660 CC2 UAY 93 -25.036 24.550 14.344 1-00 31.02 I with atom 6669 WITH UAY 93 -25.562 24.677 10.40 $ 1.00 30-00 !one with ATOM 0670 ABOUT UAY 93 <6-553 25.403 9.969 1.00 30.05 n 0 ATON 6671 N TUN 9+ -34.741 24-077 9.81? 1.00 29,? 1 n I ATSN 6672 CA TUN 94 -24.997 23,711 8.424 1.00 29.79 n with ATOM 6673 NE TUK. 94 -23.742 $ 23.94 7.570 1.00 29.58 n with ATOM 667 4 With TOUR 94 -23,442 25,410 7.332 1.00 32.16 n with ATON 6675 CO2 ΤΥΒ 94 -23, 617 25,981 6,074 1.00 31.93 n with ATOM 6676 CE1 TOUR 94 -23.410 27.336 5.865 1.00 30.72 n with ATOM 6677 CO2 TOUR 94 -23.041 26.237 6.379 1.00 31.28 n with atom 667 V CE2 TUV 94 -22.031 27.592 8.182 1.00 30.20 n £ ATON 667 9 03 TUV 94 -23.022 23.137 6.922 1.00 32.69 n with ATOM 6680 HE TUK 94 -22.863 29.495 6.727 1.00 32.53 n 0 ATSN 6601 WITH τϊβ 94 -25.424 22 .249 8.320 1.00 29-09 I with ATOM 6602 0 TUK 94 24.608 21,352 6.750 1 .00 30.54 AND 0 ATSN 6603 I RNE 95 -26. 610 22 .019 7,191 1.00 29.56 I N LTSM £ 60 4 CA RNE 95 -27.123 20.666 7.512 1-00 29.84 n with ATOM 6605 se RNE 95 -28,601 20,557 7,905 1-OP 27.29 AND with ATON 660 6 Sat RNE 95 -28,900 20,937 9.3'34 3.00 30.50 n with

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ATSM 6687 SOY RNE 95 “20.783 20.004 10.357 1.00 30.20 N with ATSM 660V SP2 RNE 95 -29,336 22.210 9.651 1.00 30.50 N with AT SI 6689 SEE RNE 95 -29.090 20-3 + 3 11.671 1.00 27.4 2 N with ATSM 669ϋ C £ 2 RNE 95 -29.652 22.560 10,960 1.00 29.43 M with ATSN 6691 sa RNE 95 -29.531 21.619 11-968 1.00 27.23 n with LTSI 6692 with RNE 95 -27.016 20.347 8,023 1.00 31.?2 and with ATSN 6693 about RNE 95 -27.203 21.240 5.105 1.00 30.65 eleven about ATSM 669 + N SUB 96 -26,734 19.085 five . 694 1.00 32.57 n N ATSM 6695 CA SUYA 96 -27.051 18.566 4, Zbb 1.0C 35.6 + to with ATSM 6696 WITH SUYA 96 -20.344 17.753 +. 308 1.00 34.02 N with ATON 689? ABOUT CPS 96 -20.710 17.185 5.414 1.00 33.53 n 0 ATSM 6690 NE SUYA 96 -25.090 P.710 3.704 1.00 11.97 n with ATSN 6699 thirty CPS 96 “25.132 16.445 + .058 1.00 55.63 n £ ATSN 6700 n ABA 97 -29.028 11.710 3,249 1.00 30.70 n n ATCI 6701 CA ABA 97 -30.273 16-982 3-134 1.00 30.15 n with ATOM 6702 sa ABA 97 -31,450 17.624 3. 6Θ2 1.00 20.20 and with ATOM 6703 with ABA 97 -30.457 16.540 1, ¢ 90 1.00 29-71 n with ATSM 670 + with ABA 97 -30.050 11.252 0.768 1.00 31.75 n P ATOM 6705 N ARB 90 -31.067 15.392 1.492 1.00 27.73 n N ATOM 870 6 CA ARB 90 31.226 14.3 + 0 0.355 1.00 2B. 67 n with ATOM 6707 se AVB 9Θ -30.999 13.334 0.164 1.00 28.00 n with ATOM 6700 Sat ARB 98 -32.090 12.571 0. WB1 1.00 29.70 n with ATOM 6709 Si Battery 98 -31,942 11-000 0-677 1.00 27.61 n with ATOM 6710 ME Battery 98 -33,217 10.4T7 0.910 1.00 30.90 to N ATOM 6711 cg Battery 98 -33,400 9.099 0.059 1.00 31.04 and g ATOM 6712 MH 1 ICE 90 “32.304 8.292 0.587 ; oo 32.35 n N ATOM 6713 ΝΗ2 ARB 90 -34.665 8.593 1.064 1.00 29.18 n N ATON 6714 WITH ARB 90 -32.635 15.105 -0.344 1.00 2Θ. 25 n with ATOM 67 16 ABOUT ARB 9E -33.346 15.321 0.447 1.00 27.02 n 0 ATOM 6716 N ANR 99 -32.003 15.096 -1.663 1.00 20.56 n N At Cm 6717 CA AZR 99 -34,121 14.950 -2.262 1.00 27.74 to with Agoy 6710 NE AZR 99 -34.795 16.321 -2.466 1.00 20.14 n τ ' ATOM 6719 Sat AZR 99 -34,086 17,193 -3.49? 1.00 34.77 n g. Agoy 6720 CO2 AZR 99 -32,927 17.611 -3.252 1.00 for _ for n ϋ ATOM 6721 SP2 AZR 99 -34,699 17,474 - +. 556 Ϊ, O0 36-63 n l DTEYN 6722 WITH AZR 99 -33.963 14.219 -3.586 1.00 27.51 n h- ATON 672 $ ABOUT A $ P 99 -33.051 14.510 -4.364 ; 0o 27.91 n with dton 6724 N TUI 130 -34 .832 13.244 -3. B38 100 25.59 and N ATON 6? 2 $ CA TUP 100 -34.603 12.437 -5.030 1.00 25.30 n WITH dtok 6720 NE TUP 100 ’35 .791 11-3B5 -5.123 100 26.94 n WITH ATON 6727 Sat TUN 100 -35.600 10.4 + 9 -6.296 1.00 20.57 and WITH D70M 6728 SGB TUN 100 “34.740 9.365 -6.214 1.00 02.20 n H_ ATSM 6729 CE1 tun Yuo -34.311 B.5 + 7 -7.310 1.00 20.92 n with ATOM 6730 Joint venture? TUN by -3 0.2 52 10.6V6 '7,505 1.00 20.98 n H_ ATOI 6731 CE2 TUN 100 “36.032 5.873 -0.607 1.00 31.42 n with ATSM 6732 cg TUN 100 -35.157 8.804 -0.504 1.00 32.55 n DtSM 673 3 he TUI 100 -34.924 7-999 -0.604 1.00 33. Ba n 0 ATON 6734 with TUI 100 -34,700 13,331 -6,271 1.00 25.64 n g ATIM 6735 ϋ TUI 100 -35.485 14,299 -6.355 : .00 23 .00 to about DTSY 6736 N AZR 101 -33.850 13,022 -7.239 1.00 26.57 and N ATSN 6737 CA az a 101 -33.715 13,877 -AT . 410 1.00 20.69 n WITH ATSM 6738 NE AZR 101 -32.296 13.760 -B. 978 1.00 29. + 6 n WITH ATSN 6730 SS AZR 101 -32.013 14,776 -J, 074 1.00 31.11 n WITH btp 67 + 0 OO1 AZR 101 32.9 + 9 15.493 -10.433 3 .00 thirty . 58 and 0 ATOM 6? 41 ΟΡ7- AZR 101 “30.0 + 6 14.860 -10.525 Ϊ.00 32.28 n 0 ATOM 674? WITH D5R 101 -34.751 13.461 “9.458 3.00 20.47 n WITH ATOM 674 3 ABOUT AZR U1 34.602 12.433 -10.112 1.00 27.60 and ΰ ATOM 6744 N RNE 102 -35.800 14,258 -9-593 1.00 20.19 n th ATSM 674 5 CA RNE 102 -3 & .83Θ 11.019 10.604 1.00 20.93 to with ATSM 674 6 NE RNE 102 -38.225 14.3 + 7 -10.036 ’.00 20.62 n with ATSM 6747 SS RNE E02 -38.65? 13-405 -0.009 1.00 20.29 n with ATSM 67 + 8 SP1 rne 102 -39.240 12.211 -9.134 1.00 37.61 and with ATOM 674 9 C 02 RNYO 102 -33.482 13.06? - ?, 5? E 1-00 20.22 N with ATSN 6750 Сё1 RNE 102 -39.654 1!, 399 -B.086 3 .00 29.20 n with ATSN 67 $ 1 CE2 rne 102 -33.394 13.0 + 9 -6.5С8 3.00 29-50 P with ATOM 6752 0Ζ RNYO 102 -39.4B1 11.813 -6.767 1.00 20.70 n H_ ATON 6753 WITH RNE 102 -38.570 14.871 -11.859 1.00 20.33 n with ATSM 6754 ABOUT RNYO 102 ”37.447 15.010 -12 .725 z.oo 29.51 n 0 ATON $ 675 N TIR 103 -35.364 15.451 -11.939 1.00 25. +5 n N ATSM 6756 CA TNR SW -34.952 16.192 ”13.123 1.00 25.17 n WITH ATSN 6757 NE TNR £ 03 -34.35Ё 15.2 + 5 -14 . 323 1.00 25.43 and WITH ATOM 6758 SS TNR 103 -33,937 11,070 14.091 3.00 26.29 n WITH ATCI 6759 SP2 TNR 103 -32,526 14.010 - 14.361 1.00 27.47 n WITH ATOM 6760 CE2 TNR 103 -32,000 12,723 -13.976 1.00 27.34 to t_ ATSN 6761 sez TNR 103 -31.598 14,914 -1 + .690 1.00 01/26 n with ATON 0762 001 TNR 103 -34.276 12,353 -13.565 3 -00 26.52 n with

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ATON 676 $ $ TE1 TIR 103 -33.167 12.040 -13.489 1.00 2 6.07 I I ATOM 676 * C22 TV B 103 -30.744 12.321 -14.093 100 25.3V I with ATON 6765 SPZ TNR 103 -30,272 14.514 -15-023 ; .by 26-49 I with ATON 6766 CH2 TNR 103 -29.858 13.225 -14.621 1.00 27.1? n with ATOM 6767 WITH t? 103 -35.87 $ 11,373 -13.449 100 2 6.50 n with ATOM 676V ABOUT TAP 103 -36.174 11.644 -14.61? 1.00 25.55 n ABOUT ATSN 6769 N th £ th 104 -36,310 10.063 -12.393 1.00 2 6.77 I I ATOM 6770 CA £ EC 104 -37.202 19.226 -12.456 one . with 27.21 n with ATOM 6771 NE 5EY 104 -36.606 20,2B0 -12.463 1 .co 28.29 I with ATOM 6772 OS 5EK 104  17.068 20.001 -14.306 1.00 28.50 I about ATSN 6773 WITH 5EK 104 ΊΒ.655 1V. B75 -12.76V 100 27.34 I with ATSN 6774 ABOUT 5EK 3 04 -39.497 19.758 -12.043 100 29.9V I ABOUT ATOM 6775 N ΑΙ..Α 105 -30.961 17,590 -12.911 one . with 05/27 I I ATON 6776 CA ABA 105 -40,349 P.178 -13.141 100 27.35 and with ATON 6777 NE ABA 105 -40,406 15-700 -53.531 : .oo 25-10 with ATON 677V WITH ABA 105 -41.195 one? . 422 -11.093 one . with 27.00 n with ATON 6779 ABOUT ABA 105 -42.404 17.615 -11.979 one . 00 26.55 I ABOUT ATON 6780 N TUK 106 -40.554 17,321 -10.733 one . 00 09/26 n N ATON 678 $ CA TUK 106 -41.232 17.502 -9.456 one . 00 25.70 I with ATOM 6782 NE TUK 106 -41.923 1 6.1 90 '9.04 3 100 12/27 I with ATON 6783 SS TUK 106 -42.597 16.242 -7.682 2.00 27.55 I e ATON 6784 CH1 TUK 106 -42.076 15.545 -6.598 100 2 5.52 I with ATON 6185 CE1 TUK 106 -42.678 15,609 -5.347 : .so 26-89 I with ATOM 6186 CO2 TUK 106 -43,748 17.009 -7.482 100 26.OI I with ATOM 6787 CE2 TUK 106 -44.3 * 9 ] $ 1.00 -6.242 1 .co 2? .05 I with ATON 678V CE TUK 106 -43.810 16.303 -five. 179 one . with 28.4? I with ATOM 6789 HE TUK 106 -44.405 16.471 -3.945 1 .co 29.33 I ABOUT ATOM 6790 WITH TUI 106 -40.1Θ Oe 17.BB4 -0.416 1 .co 27.0V I with ATOM 6791 ABOUT TUK 106 -29.052 17.414 -0.46V 1.00 29.19 I about ATOM 6792 m TUI 107 -40.562 1B.734 -7.169 1.00 27.35 I 51 ATOM 6793 CA TUK 107 - 39.632 09/19/1 -6.403 1.00 29.15 I with ATON 6794 NE knock 107 -39.511 20.614 -6.307 1.00 2 9.00 and with ATOM 67 95 With GUK 107 -3 (1,874 ? -203 -7.54Θ 1 -CO 31-69 I with ATON 6796 CH1 TUK 107 -39.638 21, J54 -J .511 100 30.70 n with ATON 6797 Сё1 TUI 107 -39.059 22,362 -9.664 1.00 31.09 I with ATON 67 90 CO2 TUK 107 -37,510 21.075 -1.714 one . 00 32.92 n with ATON 6799 CE2 TUK 107 -36.921 21.579 -0.92 0 one . with 3 3.30 I with ATON 6800 CE TUK 107 -3? .702 22.221 -9.06Θ one . with 31.33 n with ATON 6801 HE TUM 107 -27.115 22.718 -11.012 1.00 31.72 I ABOUT ATOM 6802 WITH TUI 107 -40.069 10.403 -5.07V 1.00 27.30 I with ATON 680 3 about TUI 107 -41.029 10.923 -4.45 ’ 1.00 27.16 I and ATOM 6804 and AYOP ΙΟΒ -29.356 17,439 -4.073 one . 00 2 6.3V I N ATON 6805 CA A5P 108 -29.709 16.624 -3.547 1.00 27.34 I with ATOM 6806 sya DER yua 29.196 15.214 '3.652 ! . 00 28.85 I with ATOM 6837 ss AZR yuya -29.932 14.103 -2.044 2.00 32.64 I with ATOM 680V ΪΦ1 AZR 106 -40.910 14.543 -2.149 ! .00 28.23 n ΰ ATSN 6809 he? AZR yuz - 39.517 12,002 2.079 7.00 31.34 and with ATOM 6810 with AZR 108 -39.250 17 .262 -2.269 : .00 27.61 I with AT-OH 6811 ABOUT AZR 108 -38,456 10,208 -Y.319 7-00 27-35 I ABOUT ATON 6812 N ABA 109 -39,704 16.742 -1.135 one . with 26.89 I I ATON 6813 CA ABA 109 -39,248 11.106 0.114 7.00 28.36 I with ATON 6811 sv ABA 109 -40.160 16.614 1.264 1.00 28.1? I with ATON 6815 with A1A 109 -37.014 16.734 O.40E 100 30.74 I with ATON 6816 about ABA 109 -37.346 15.767 -0.209 100 30.34 I ΰ ATON 6817 eleven RNYO 110 -27.118 17,444 1.299 1.00 30.36 I N ATON 6810 CA Riyo 110 -25.829 16.997 1.015 1.00 29.18 I with ATOM 6819 sya RCE 110 -25.0Θ7 1H, 166 2.48 ’ 1.00 27.43 at with ATOM 6820 with RNE 110 -24.728 19.2B6 1.527 100 26.74 I with ATOM 6821 Village RNE 110 -34.OV4 20.420 2.006 1.00 09/25 I with ATOM 6822 CP2 RNE by -35-044 19.210 0.! 87 100 27.64 I with ATOM 6823 CE1 RNE 110 -33.760 21,470 1.146 1.00 29-39 I with ATOM 6824 CE 2 RNE 110 -34,725 30,253 “0.683 1.00 03/31 and with ATOM 6825 C2 RNE 110 -3 ", 0В1 2-. 307 - □ -201 100 28-21 and with ATOM 6826 WITH RNE 110 -36,142 15.930 2.056 1.00 30.56 I with ATON 6827 ABOUT RNE 110 -36-469 16,356 3.999 100 37.31 I ABOUT ATON 682 V and ABP 111 -36.06 $ 14.657 2.479 1.00 31.23 I N ATOM 6829 CA AIR 111 -36. 660 13.634 3.336 1.00 06/33 I with ATOM 6830 Si AZR 111 -27.352 12.546 2.451 1.00 33.67 I with ATSN 6831 Sat AZR 111 -26.ZV5 11,710 1.664 1.00 37.65 n with ATOM 6832 ΟΡί DER 111 -35.276 12.1BZ 1.326 100 06/37 I ABOUT ATON 6833 OI2 AZR 111 -26.756 10.560 1.344 1.00 38.69 to 0 ATOM 6834 WITH AZR 111 -25.717 13.009 4.355 1.00 32.70 nineteen with ATOM 683 $ ABOUT AZR 111 -26.162 12.365 B.305 ί .00 33.78 to ΰ ATOM 6836 N TEA 112 -34,418 13.213 4.167 1.00 32.63 I [] ATON 6837 CA TEA 112 -33,425 12-801 5.JU1 7 .00 32-15 and with ATOM 683B NE TEA 112 -32,699 11.505 4.109 100 3332 I with

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ATON baz C & 1 UA 112 -33,585 11.153 $ .7’0 1.00 30-53 N with ATOM 6840 £ & 2 UAY 112 -33,686 10,356 4-509 1.00 L. 40 AT with ATSN 68 + 1 WITH UAY 112 -32.409 13.91 4 5,343 ] -00 32.50 N with ATON £ 842 ABOUT UAY 112 -31,809 14.476 4.3? 0 1.00 04/33 eleven □ ATSM 68 + 3 N TKR 113 -32.112 14.228 6.602 1.00 32.1 $ n N ATON 684 4 CA TYR 113  31.161 15.277 6.953 1.00 $ 31.6 N with. ATOM 684 $ WITH& TV? 113 -31.В43 1B.ZZV 7.816 1.00 29.50 n G. ATON 6846 Sat tar 113 -32.931 37.105 7.123 1.00 28.17 n with ATOM 6847 CP2 TVR 113 -33,006 18.527 £ .077 1.0V 25.65 η with ATOM 6818 CE2 TER 113 -34,217 18.813 6.31 $ 1.00 26.45 n with ATON 6849 Cez TER 113 -32,567 19-566 7.341 1.00 24.52 AT with DTON 6850 001 TER 113 -34,969 16.597 6. 562 1.00 10/26 AT with ATON 6851 ΝΕ1 'TYR 113 -34.847 17-620 6,074 1.00 23 .26 at 0 ATOM 6852 C22 TIR 113 -34.611 20, Yves 6.008 ί .00 36.31 at with ATON 68 $ 8 saz TKR of -32.55Θ 20,806 7,037 1.00 Ϊ1, + 0 n with ΑΤΟΝ 6854 SI2 TIR of  33.771 21.139 6.377 1.00 25.50 n with ATOM 685 $ with TNR of -29.996 14.6V7 7.746 1.00 12/33 0 with ATOs 6656 0 TER of 30.136 13.634 B. 371 1.00 08/31 at with ATi " 6B57 and B ¥ 114  25.0 55 15-373 7.723 1.00 32.68 but N AGON 6858 CA B ¥ ] 14 -27.776 15.044 AT . 639 1.00 35.69 n with ATSM 6858 WITH B ¥ 114 “27,958 15.743 9.974 1.00 37.38 n with ATSM 6B60 ABOUT SAT 114 -28,994 16.42 * 10.170 1.00 38.62 at about ATSN 6661 N yen 115 -27.03 $ 15.587 10.094 1.00 38-12 and N ATSN 6862 CA oh 115 -27.189 16.182 52.218 1.00 40.72 to with ATSN 686-3 se bj 115 -26.590 15.262 13.235 1.00 + 3-53 ίί with ATSM 686+ se oh 115 '27 .4B8 11.063 13.619 1.00 51.75 n with Αΐϋ " 6B65 with BON 115 28.955 14.461 13.057 1.00 56.93 n with ATON 6Θ 66 OE1 SUS + 115 -29.269 15.223 14.770 100 58.91 n B DTON 6067 H £ 2 BON 115 -29.891 13.914 3.010 100 58.11 h 14 ATOM 60 6V with SEE 115 -26.573 17.573 12.303 100 39.56 9 with ATOM 6069 about Oh 115 -26,820 18.321 13-2Y 1.00 ZY.6V AND 0 DTON 6075 N B ¥ 116 -25,702 17.928 11.290 1.00 37.78 BUT N ATON 687 ’ CA B ¥ 116 -25.2Θ3 19.285 11,220 1-00 33-42 AND WITH ATOM 6072 WITH 0 ¥ 116 -23.874 19.430 11-752 1.00 39-35 AND with ATON 6873 ABOUT B ¥ 116 -2 3.4 07 10.644 12.568 1.00 39.93 AND about ATSN 687 + m ΤΉ8 117 23.188 20.466 11.267 ι. Οϋ 39.50 n n ATOM 6075 CA TIR eleven? “21.862 20.Θ03 11.750 1.00 39.22 eleven with ATOM 6876 NE Tiya 117 -28.776 20.115 10.720 1. with 39.77 at with ATOM 6077 OB1 TNR eleven? “19.402 20.645 11-2V4 1.00 41.61 at ABOUT ATOM 6070 Sat 2 TNV 117 “20.912 21.241 9.4 + 5 1.00 38.56 at with ATON 6079 WITH TNR 1 17 21.849 22.306 11.985 1.00 ST.56 at with ATON 68 00 ABOUT TNR eleven? -22.412 23.063 11.194 1.00 39.43 n 0 ATOM 60B1 N NOT 118 -21-22? 22-733 12.079 1.00 ZV.05 n 51 ATOM 68 02 CA NOT 110 -21 .275 24.13+ 13.498 1 .CO 36.71 n with ATON 6803 HE not 116 -21,169 24-238 3.5.024 1.00 ЗВ.21 at with DTON 6804 Sat MET 116 -21.254 2 $. 6 + 9 15.561 1.00 4 1.5V n with ATON £ 805 80 NOT IW -22.816 26-465 1 $ .157 100 $ 0. £ 5 n 3 DTON 6806 CE ket IW -22.441 28.169 15-524 100 47.35 n with ATON £ 607 WITH NOT 110 -20.14? 24,940 12.6 ?! 1 - CO 31. + B n with ATOM 6808 WITH NOT 110 “19.013 24.487 12.768 1-00 34.26 n about ATSN 688 * n UL 119 -20.474 26.159 12.419 1-00 31.60 n N ATON 68 * 0 CA UAY 119 -19.506 27.054 11.832 1.00 33.91 n WITH ATON 6891 SI UAY 119 -19.783 27.251 10.311 1.00 33. 34 eleven with ATSN 6 $ 92 COT UAY 119 -19.007 28.445 9.793 100 33.26 n with AGON 6693 SB2 UAY I9 '19 .376 26.001 9.531 1.00 31. 55 n with ATSM 6694 WITH UAY 119 -19.643 23.309 12.520 1.00 34. 59 n with AT F 6695 0 UAY ] nineteen -20.72+ 28-901 12.517 1.00 37 .76 n ΰ AT SK BV96 N TEN 120 -10.553 28-0 63 1E-N7 1.00 34.91 n eleven ATSM 6697 CA TNN 120 -16.554 30 -171 13.762 1.00 35.35 n WITH ATON 6898 NE TNN 120 -16.134 ZO, Oh? 3 15,? 56 1.00 35-BB to WITH ATOM 6999 061 Tn 120 -19.037 29, ΐ12 15,960 1-00 37.94 n ABOUT DTON £ 900 SY2 TIN 120 -18.154 31.444 15,902 1.00 34, 25 and WITH ATSN £ 981 WITH tiy 120 -17.570 31.085 13,038 1.00 35-16 n with ATP " 6902 ABOUT chan 120 -'6.442 ZOL05 12.768 1.00 35.56 n 0 ATOM 6903 I UAY 121 -18.020 32.2 91 12.721 1.00 36-37 and N ATSM 6904 CA UAY 121 “17.166 33.271 12.088 1.00 37, 55 n WITH ATSM 6905 NE UAY 121 -17.710 33.607 1C.703 1.00 38th n with ATSM 6906 SB1 UAY 121 -16.839 34.765 10.089 1.00 36.30 to with AT C 69617 CC2 UAY 121 - 17.774 32.170 9.704 1.00 36.74 n with ATSN 6906 WITH UAY 121 -17.063 34.191 12.985 1.00 38 .28 n with ATSN 6909 0 UAY 121  18.029 35.233 13.156 1.00 39.94 n about ATSN 6910 L Yaw 122 -15.834 34,694 13.563 1.00 beyond .45 n at ATOM 69 11 CA $ £ B 122 -15,694 35.75 $ 14.550 1.00 39.93 n with ATOM 6912 CE Yaw 122 -15,947 35.309 3 5.96? 1.00 40.21 n with ATSN 6913 ABOUT 5th 122 -15.862 36.342 36.92 0 3.00 $ 42.1 n with ATOM 6914 WITH 5 HER 122 -14.204 36.331 14.173 1.00 39.50 ί [ with

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ATON 6915 ABOUT VEN 122  13-326 35,615 14.199 1.00 37.65 AND 0 ATON 6916 N 5 EN 123 -14.165 37.627 14.726 1.00 41.5V N N ATOM 691? CA ZEK 123 -12.649 38,253 14.807 1.00 44.16 n with ATSM. 691B NE ZEN 123 -12.993 39,776 14,777 1.00 44.85 n with ATOM 6919 OS ZEK 123 -13.J75 40.223 15-794 1.00 49.05 n 0 ATSM. EE20 with ZEN 123 -12.105 37,819 16.079 1.00 44.60 and with ΑΤΰΜ. 6921 ABOUT Yaw 123 -10.893 37,995 16,164 1.00 4 5.69 n but ATON 6923 and ABA 124 -12.037 37,240 17.031 1.00 4 3.93 n to ATOM 6923 OA Ala 124 -12.252 35.801 19,301 1.00 4 2.21 n with ATOM 6924 sv A [L 124 “13.326 36,840 19.390 1.00 40.10 n with ATOM 6925 with ABA 124 -11.675 35,394 1B.214 1.00 42.14 and with ATOM 6926 ABOUT ABA 124 -12.274 34.500 17.620 1.00 43.33 n 0 ATON 6927 I ZEN 125 10.503 35,201 1V. B20 1.00 42.39 n I AGON 692B CA ZEN 125 -9.862 33,807 16-876 1.00 40.59 n | _ _ | ATOK 6929 NE ZEN 135 -I..355 31.041 10/19 1.00 42.02 n with ATOM 6930 OS ZEN 125 -7,752 34.799 16,072 1.00 45.10 to ΰ ATON 6931 with WAY 125 -10,466 33,067 20. & 10 1.06 36.95 [ί with ATOM 6932 ABOUT £$ th 125 -11,033 33.619 20,907 1.00 37.40 n 0 ATOM 6933 N Transnational corporation 12 6 -10.271 31.753 19, 97? 1.00 37.66 and I ATON 6934 CA tai 126 10.705 30,905 21.042 1.00 39.23 n WITH ATON 6935 SI tnr 126 -10.669 29.419 20.674 1.00 39.28 n with DTSM 6936 001 shooting gallery 126 -11.204 2B. 629 21.637 1.00 41.57 to 0 ATOM 6937 CC2 TNR 126 9.217 29,008 20.533 1.00 37.06 n with ATSM 6938 WITH TNR 126 -10,049 31.147 22.370 1.00 41.01 to with ATON 6939 0 TNR 126 -4.8 * 1 31,397 22,392 1.00 41.24 n about ATOM 6910 N Bw 127 -10.794 31.074 23.471 1.00 40.95 n and ATOM 6941 CA ΙΑ 5 127 -10.262 31.339 24.800 1.00 ST, 9V n with ATOM 6942 Sho Boo 127 -10.599 32.771 25.231 1.00 CB.46 and with ATOM 6943 se B ¥ 3 127 -10.108 33.139 26.625 1.00 39, B5 n with ATOM 6944 with Ι.Υ5 127 “10.301 34. 529 27.043 1.00 39.69 to with ATOM 6945 CE 1.7 3 12? • 10.208 34,033 26x494 1.00 40.59 n with ATOM 694 6 NOT B5 127 -10.600 33.727 29x429 1.00 41.49 n N ATOM 694? with Bw 12? -10.Y62 thirty . 359 25x609 1.00 37.64 I with ATOM 6948 0 Bw 12 1 -12.000 30.248 25.916 1.00 37.85 n but ATSM 694 9 I 01Ϊ 128 -10,705 29-648 26.536 1.00 36.50 n N ATOM 6950 CA SUE 128 -10.476 20.740 27,566 1.00 33.05 n with ATOM 6951 with Yu 128 -11.064 29.404 2B,? 5ϋ 1, ϋΰ 32.53 n with ATOM 6952 th SUE 128 -10.832 30.601 2B. 923 1.00 32.56 and 0 ATSM 6953 I GEO 129 -And .856 29.798 29, 5? 8 1.00 32.14 n n ATOM 6454 with RIO 129 -12.255 27.396 29.361 1.00 32.62 n with ATOM 6459 CA RPG? 129 -12.553 29.307 30.728 1.00 32.51 n with ATON 6456 sv RAO 129 “13.695 2B.411 30.E78 1.00 31.17 n WITH ATOM 6Y5? se REY 129 -13,119 27,096 30.561 1.00 AP sixteen n with ATOM 6958 with ₽no 129 -11.563 29.522 31.967 1.00 33 .22 and with ATOM 6959 about RNS 129 -10.742 29.732 32.161 1.00 31.90 eight 0 Ά7ΟΗ 6960 I Yaw 130 -11,954 30.513 32.B04 1.00 32.62 n N ATOM 6951 CA Yaw 130 -11.478 30,505 34.195 1.00 35.02 and g- ATSM 6962 sv ZER 1 30 -1 1.275 31-932 34,637 1.00 34.24 at £ ATON 6963 OS YOEV 130 -10.234 32.566 23.964 1.00 41.41 n but ATSN 6964 with ZEK 130 -12 . 522 29.007 35,050 1.00 35.50 n WITH ATON 6965 0 ZEK 130 -13.? 0 $ 30.118 34-958 1.00 37.01 n about ATOM 6966 I UAY 131 -12.091 2B.06® 35.004 1.00 34.84 n m ATON 6967 CA UAY 131 -13.026 20.121 36,? 16 ]., 00 34.06 n with ATON 6969 Sho UAY 131 -12x840 26.605 36.520 1.00 34.23 n WITH ATON 6969 CO2 UAY 131 -13.662 25.848 3? . 332 1.00 33.85 n with ATOM 6970 CC2 UAY 131 12.938 26.251 35 .046 1.00 34.73 n with ATOM 6971 with UAY 131 “12.660 29.460 ZV.136 1.00 35.71 n with ATSN 6972 0 UAY 131 -I, 760 ZV, 349 36.750 1.00 35.77 n 0 ATOM 6973 I RNE 132 -13.955 29 .678 36.914 1.00 34.57 n I ATSM 6974 CA RNE 132 “13.953 29.164 40,261 1.00 33.53 n but ATOM 6975 sv RNE 132 -14,266 30.664 40,499 1.00 32.57 at with ATSM 6976 ss RNE 132 -13.327 3Ϊ -593 39,762 1-00 34.21 n - ATOM 6977 CB1 RNE 132 -1 2 -103 31.922 40,344 1.00 35.59 n with ATSM 6976 CB2 RNE 132 -13.651 32.114 36,536 1.00 33.19 n b. ATON 6979 CE1 RKE 132 -11,214 32.?50 39, 674 1.00 37.01 n with ATON 6980 CE2 RNE 132 -12.769 32.943 37.062 1.00 35.41 n with ATON 6981 C £ GNE 132 -11.548 33.26? 30,430 1.00 36.20 n with ATON 6982 WITH RNE 132 -14.963 20.325 41.022 1.00 34.57 n with atom 6983 about RNA 132 -16.041 01/29/2 40.512 1.00 32.06 at 0 ATOM 6984 I PPO 133 -14x617 27.927 42.258 1.00 34.29 n 1s ATOM 6985 with RAY 139 -13.324 29.197 42.916 1.00 34.35 eight WITH ATSM 6986 SI PPO 133 <5-511 27 _g ! 32 43.108 1.00 35.13 n ΐ_ · ATOM 6 96? SR PPO 133 -14.593 26.624 44.220 1.00 33.32 n with ATSM 6980 ss PPO 133 -13.541 27.669 44.336 1.00 34.24 n with ATON 6989 with PPO 133 -16.64 5 27.96-3 43,662 1.00 35.55 n ί.- ATSM 6990 0 PPO 133 -16.426 29.128 44.668 1.00 36.64 n

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at ™ 690 * N B (1 134 -17.852 27,424 43.674 1.00 35.32 Η n atom 6992 CA B (1 ’34 - 10.977 26.048 44.366 1.00 36.08 n with ATON 6993 05 6E0 134 -20.209 29.394 43.450 1.00 34.28 Yo with ATOM 699 * Sat Bj [] 134 Ί9.960 20 .860 42.142 1.00 34.73 n with ATOM 6995 C & X Bw 134 -21.140 20.718 41.105 1.00 31.18 and 0 ATON 6996 SG * 2 Bw 334 -19.697 30.321 42. 475 1.00 33.05 !9 with ATOM 6997 WITH Bw 134 -19,299 21.224 45.618 1.00 36.02 N with ATSN 699V 0 LIE 134 -19,999 26.234 45. 505 1.00 34.6 $ N about ATOM 6999 L ABA 135 -10.645 27.635 ¢ 6,? 2 <! 1.00 31.22 N N ATOM 7000 CA ABA 135 -18,596 01/26/2010 47.917 ’.00 40.9? N g ATOM 7001 NE ABA 135 -17,561 27.367 4Θ.Θ91 ϊ.00 38.81 N with ATON 7002 WITH ABA 135 -19.957 26.725 4Θ.594 1.00 44.00 n with ATON ’Gooz 0 ABA 135 -20.712 27,697 4B. 62 6 1.00 40.78 n 0 ATON 7004 N REY 136 -20.283 25.550 49.148 1.00 48.76 n N ATSM 7005 SR REY 136 -19.146 24.338 49.152 1.00 49.46 n WITH ATSN 7006 CA REY 136 -21.531 25.360 49.090 1 .00 54.13 n WITH ATOM 7007 NE REY 336 -21-52V 23.014 $ 0.232 1.00 52.12 n with ATSM 700V Sat REY 336 -20.065 23-466 50.205 1.00 51.03 n with ATOM 7009 WITH REY 136 -21.500 25.236 51-132 : .00 $ 9-18 n with ATOM 7010 about REY 136 -20.570 26.460 51,? 94 Ϊ .00 59.54 and 0 DTOM 7013 N 5 EN 137 -22.782 26.737 51.432 1.00 67.10 HER N ATOM 7012 CA 5 EN 137 -22.993 27,638 52.560 1.00 74.14 N WITH ATOM 7013 SS- 5th 137 -24.411 20 .215 52.507 1.00 75.09 0 WITH ATON 7014 VHC 5 UI 137 +21.664 29.061 53.617 1.00 78.01 to about ATOM 7015 WITH 8th 337 -22.774 26.926 53.092 1.00 77.67 to with ATSM 7016 0 5th 137 -22.666 25.699 53.977 1.00 7Я-44 HER □ ATOI 7017 N £ EH 13B -22.492 21.70? 54.931 1 .00 02.40 TO N ATSM 701V CA 8 her 13B -72 L 21-163 56.24 " 1.00 J & .04 her WITH ATOM 7019 CH £ EC 13B -21.280 26.151 57.0 11 1.00 07.07 I with ATOM 702-0 Sat Yen 13B -2C. 112 23.463 56.271 1.0V 07.01 AT with ATOM 7021 WITH 5th 130 -23.414 26.041 57.007 1.0С 09.30 AT with ATON 7022 ABOUT 5 her 130 + 23.68V 27,512 5B. 085 1.00 Θ9.91 HER 0 ATSM 7023 N Ε + Ϊ5 139 ‘24 .161 25.016 56.678 1.00 91.76 n s ATSM ? 024 CA yuya 139 '25, 29V 25.325 57.457 1.00 93.44 E with ATSN 7025 NE ΑΪ3 129 -26,616 25.07 $ 56.0 $ 9 1.00 93-61 TO with ATSN 7026 SS ’. UZ 139 -26- 910 27.321 57.291 1.0C 94.61 HER with ATSM 7027 ST Bw 139 -? 6-11? 26.303 $ 6,442 1.00 96-03 HER with ATSN 7028 CE ΐ, ΥΕ 139 -26.243 29.721 56.976 1.00 90.42 AND with ATON 7029 H2 B7 139 -25,510 30.700 56, 125 1.00 95.24 AT I ATSN 703B g * ΕΪ8 ] 39 -75.349 23.79 $ 57,464 1.00 94.0 " HER g ATSN 7031 with ί.ϊ3 139 -26.414 23.202 57.63 " 1.00 95.08 HER with ATSN 7032 N C1U 143 -30.107 19.52? 59,201 1.00 59.11 TO N ATSN 7033 CA Be 143 -29.319 19.470 50.062 1.00 61.11 N WITH ATSN 7034 WITH 61Ϊ 143 -29.95? 10.625 56.96 " 1.00 60.28 H with ATON 703 $ 0 Be 143 -30.100 17.406 57.106 1.00 60.72 B 0 ATOM 703 $ N SUE 144 -30.342 19.200 55.B77 1.OS 58.29 b: N ATSN 7037 SD Be 14* -30.925 10.578 54.746 1.00 54.60 HER WITH ATSN 7030 WITH SUE 144 -29.972 10.554 53.562 1.00 52_H1 HER WITH ATSN 7039 ABOUT <5b ¥ 144 -20.023 17.772 53.550 1.00 53.00 Η about ATSN 7040 N TNV 145 -30.216 19.401 52.565 1.00 49.01 The EU N ATSN 7041 CA TNR 145 '29 -334 10.461 51.403 1.00 46.21 The EU WITH ATSN 7042 NE shadows 145 -30.109 19.311 $ 0.000 1.00 46.35 AND WITH ATSN 7043 G1 Transnational corporation 145 -31.019 20-IO ¢ 9, 929 1.0 (1 40.00 6 0 ATOM 7044 SSE shadows 145 -30. "77 10.001 50-056 1.00 44.9 (1 AND with ATSN 7045 WITH Transnational corporation 145 -20.562 20.775 51,343 1.00 44.27 TO with ATON 7046 0 Transnational corporation 145 -2Θ. 979 21.7Θ8 51,912 1.00 42.47 n 0 ATON 7047 n ABA 146 -27.428 20L51 50.651 1.00 41.79 HER μ ATOM 7040 cl ABA 146 -26. 691 21.974 50.374 1.00 40.00 HER WITH ATOM 704 9 1ΞΕ- ABA 146 -25.407 22.809 51.107 1.00 40.43 AND. with ATON 7050 g * ABA 146 ‘26. 374 22.857 40.ΒΘ8 1.00 39.46 HER g‘- ATSN 7051 0 Λ7Λ 146 -26.227 21.037 40.212 1.08 30.93 The EU with ATON 7052 N ABA 14? “26.278 23 .279 40.300 1.00 37.34 ([ to ATSN 7053 CA ABA 14? -25,943 23 .491 46. 906 1.00 35.51 Η with ATSN 7054 NE ABA 14? -26-394 24.512 46.374 1.00 34.09 The EU with ATOM 7055 WITH ABA 14? -24-509 23,977 46.874 1.00 s $ - $ 9 * ί with ATSN 7056 0 ABA 14? -Ϊ4-Ο55 24.852 17.620 1.00 35.64 AND Ώ ATSN 7057 N yee 148 -23,765 73-396 45,942 1 -00 34.79 n TO ATON 7050 CA 1.EG.1 148 -22.421 23.851 45.658 1.00 34.42 n g ATSN 7059 NE Bw 148 -21.402 23,006 46,425 1.00 35.26 n with ATON 7060 Sat £ yee 148 -21.395 22.515 46.O0Y 1.00 30.02 and g ATSN 1061 CO2 Bw 148 -20.408 21.250 44.961 1.00 30.38 n WITH ATSN 1062 CO2 Bw 148 -21.011 20.713 47.123 1.00 39.69 n g- ATON 7063 WITH Bjeo 148 -22.221 23.721 44.159 1.00 33.02 to WITH ATSN 7064 about Έ.ΕΟ 148 -22.934 22.968 43.498 1.00 32.43 n 0 ATSN 7065 N Be 149 '21 .267 24 .457 43.612 1.00 32.54 n N ATON 7066 CA SG. ¥ 149 -21.040 24.349 42.107 1.00 35.20 and WITH

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ΑΤύΜ 7067 WITH 61Ϊ 149 “19.729 24.94 $ 41.742 1.00 35.35 Η WITH ATOM 7060 ABOUT shoes 149 -18.812 25-371 42-537 1.00 34.93 Η 0 ATOM 7069 Th From ¥ 5 158 -19, $ 2 $ 25-201 40-451 1-00 36-17 Η Ν ATOM 7070 CA CPS 150 -18.464 25.898 39.974 1.00 3Θ.63 Η WITH ATOM 7071 WITH CPS 150 -ten . 025 2 6.64 3 38.841 1.00 36-90 Η WITH ATSN 7072 ABOUT CPS 15ϋ -19.729 28.576 04.04Β 1.00 37.67 Ή 0 LTSN 7079 NE One hundred 150 -17,360 24.086 39.601 1.00 42.69 eleven WITH ATON 7074 CPS 150 “17.554 23.900 38.089 1.00 55.7? Η five ATSN 7075 N Bw 151 -10.141 27.981 38.810 1.00 35.05 Η Η ATOM 7076 CA Ϊ, ΡΠ 151 -10.433 29.060 37.090 1.00 33.32 Η WITH ATSN 7077 NE Bw 151 -10.334 30.397 38.640 1.00 31.86 Η WITH ltam 7070 se $ E0 151 -18.250 31.673 37.803 1.00 34.10 Η WITH ATOM 7079 C01 1E’1 15' -19.60? 31.930 37-141 1.00 31.52 Η WITH ATOM 7080 CO2 Bj (1 151 -11.663 32,841 38,701 1.00 32.35 Η WITH ATON 7081 with Bw 151 -17,415 $ 29.03 36.164 1-00 35.1 $ Η WITH ATOM 7082 ΰ BEI 151 -16.204 01/29/2 37.002 1.00 34.ΪΟ Η 0 ATSN 7082 N UAY 152 -17.909 29.034 35.531 1.00 35.15 Η Ν ATOM 7084 CA UAY 152 “17.053 28.660 34.365 1.00 ZE.9? Η WITH ATSN U8 $ sv UAY 152 -17.542 27.662 33.519 1.00 34.25 Η WITH ATOM 7086 CC1 UDE 152 -16.662 27.474 32.299 1.00 33.15 Η WITH ATOM 7087 C52 UD ] 52 11.540 26.390 34.373 1.00 33.07 Η WITH ATOM 7008 with UDE 152 -11.090 30.136 33.536 1.00 35.52 Η WITH ATOM 7089 ϋ UAY 152 -16,059 30,380 $ 32.81 1.00 35 * 70 Η <3 ATOM 7090 N Εϊ £ 153 -16,025 30-931 33.644 1.00 35.56 Η μ ATOM 7091 CA Buoy 153 -16,020 32.325 33,194 1.00 36.90 Η WITH ATSN 7092 sv B5 153 -15.435 33.227 34.208 1.00 37.29 Η WITH ATOM 7093 SS Bw 153 -16.456 33.857 35.205 1.00 14.06 Η WITH ATON '.'094 € □ Bw 153 15.770 31.702 36.206 1.00 45.54 Η WITH ATON 7095 CE TL5 153 15.056 35.903 35-607 1.00 4 0 .07 Η WITH ATOM 7096 N7- ΕΪ-5 1 53 -14.280 36.672 36.708 1.00 4 0.70 Η Η ATON 7097 WITH BU5 153 “15-250 32,589 31,896 1.00 35.32 Η WITH ATOM 7098 0 BU5 151 -14.170 32.029 31.674 1.00 33.4E Η ΰ DTOM 7099 N Aw! ^one 154 -15.603 33.4 66 3 ’, 061 1.00 35.6? Η Ν ATOM 7100 CA D5R 154 -15.069 34-081 29.951 1.00 30.13 Η WITH ATON 7 1 01 NE AIR 154 -13.929 34,957 50,108 1.0θ 30.72 Η WITH ATON 7102 se AIR 154 -14.421 36.122 31.326 1.00 42.86 Η WITH ATON 7 1 08 o & 1 AIR 154 -15.540 36.626 31.078 1.00 42.06 Η 0 ATON 7104 □□ 2 AIR 154 -13.675 36.538 32.241 1.00 47.57 Η 0 ATON 7ΙΡ5 WITH L? R 154 -14.473 33.096 2Β. 945 1.00 37.05 Η Γ- ATON 7106 □ AZR 154  13.271 33.134 20.676 ι.οο 39.za Η 0 ATON 7107 μ TUI 15b -15.286 32.217 20.377 1.00 36.72 Η Η ATOM 1108 SD TUI 155 -14.7 69 31.349 27.326 1.00 35 .Β7 Η WITH ATOM 7109 NE TOUR 155 -15.004 29.803 27.690 1.00 35.27 Η WITH ATOM 7710 SS TOUR 15 $ “16.462 2 9.50V 27.Β07 1.00 37.64 Η WITH ATOM 7111 SSs TOUR 155 -17.179 29.004 2 $. 693 1.00 36.63 Η WITH ATOM 7112 CE1 TOUR 155 -18.510 $ 28.79 26.743 ί.00 30.10 Η WITH ATON 7113 CC2 TOUR 155 -17.123 23,569 29.032 1-00 36-52 Η WITH ATOK 7114 CE2 TOUR 155 -18.45? 29,217 29,140 1-00 36.4J Η WITH ATOM 7115 cg TOUR 155 -19.144 ΞΒ, 8θ2 28,017 1.00 3 '? , $ 4 II WITH ATON 7116 he TUK 155 -20.47¾ 20.465 10.20-5 Ι, ϋΟ 30.45 Η 0 ATON 7117 with tour 155 -15.390 31,670 25.966 1.00 36, ’? Η WITH ATOM 7118 about TUI 155 -16.3V2 32.414 25.001 1.00 35.25 Η 0 ATON 711 9 N RNE 156 -14.814 31.116 24,908 1.00 36.85 N μ ATOM 7320 SD RNE 156 -15.321 31.310 23.554 1.00 30.37 Η WITH ATOM 7121 se RNE 156 -15.072 32.745 23.008 1.00 30.02 Η WITH ATOM 7122 ss RNE 1 $ £ “15.500 39.032 21.705 1.00 12.62 Η 0 ATOM 7123 CP1 RNE 156 14.790 32,792 20-508 1.00 + 3.62 Η WITH ATOM 7124 CE> 2 RNE 156 -16,870 33,526 21.516 1.00 43.40 Η WITH ATOM 7125 SY RNE 156 -15-200 33,039 19 * 306 1.00 44.30 Η WITH ATOM 7126 CE2 RNE 15 $ -17,358 33.774 20.235 ] .00 43.01 Η WITH ATON 7127 C2 RNE 156 -16,561 33,530 1 9 -134 1.00 41.90 Η WITH ATOM 7128 WITH RNE 15 $ -14.646 30.342 22,593 1.00 39.91 and WITH ATON 7129 ABOUT RNE 156 -13,452 30.067 22-710 1.00 46-6? Η ο ATON 7130 N PPO 157 -15.410 29.793 21.635 1.00 40.59 Η eight ATON 7131 with RIO 157 -14.843 29.059 20.491 1.00 41.29 Η WITH ATOM 1132 CA RIO 157 -16.873 29.867 21.549 1.00 40.24 Η WITH ATON 7133 se RNO 157 -17.141 29.658 2C.065 1.00 +1.39 Η WITH ATOM 7134 ss RIO 157 ‘16 .070 20.698 19.661 1.00 42.40 Η 0 ATOM 7135 with rno 157 -17.532 20.777 22.402 1.00 30.74 Η WITH ATOM 7136 but RIO 15? -16.863 20.002 23.163 1.00 36.64 Η 0 ATOM 7137 N sy λ $ 8 “$ 10.84 20. $ 19 22-250 1.00 39.77 Η Η ATOM 7138 CA si 158 -19.543 27.476 22.049 1.00 41.74 Η WITH ATON 7139 sv si 158 21-058 2'ί, 665 22,739 1.00 40.97 Η WITH ATON 7140 se her 153 -21,620 28.752 23.634 1, ΟΟ 42.42 Η WITH ATON 7141 SR her 158 -22,272 2β. 194 24.993 1.00 + $ - 45 Η WITH ATON 7142 oops OBO 158 -21,641 27,366 25,594 1.00 47.64 eight 0

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ATOM 7143 OE2 OO 158 -33.423 2Θ.5Θ3 25.102 1.00 45.92 N ABOUT ATON 7144 · _ 158 -19.135 26,202 22,117 1.00 41.79 N with ATON 7145 0 si 158 -18.660 26.257 20.981 1.00 43.21 N ABOUT ATON 7146 [] ripples 159 -19.324 25.031 22.746 1.00 43.12 n I ATON 7147 with RYAB 159 -19.151 23.773 21.993 1.00 40.80 I with ATOM 1148 CA RIO 159 “19.854 24.763 24.090 1.00 42.75 n with ATOM 7149 CE ₽RO 159 -30.732 23,545 23.061 1.00 41.21 n with ATOM 715 " Sat rno 1 $ 9 -19.907 22,746 22.002 1.00 42.04 n with ATOM 7151 WITH RVO 159 -18-75 $ 24.454 28.116 1.00 43-47 n with ATOM 715? 0 ₽ 159 -17.610 24,? 04 24-748 1.00 43.74 n about ATOM 7153 N wow 160 -19.112 24.440 26.399 1,0 " 44.59 n N ATOM 7154 CA UAY 150 -18.333 23,682 27,381 ten" 45.26 n with ATOM 7155 With UAY 160 -17.819 24.563 28.546 1.0 " 44.95 n with ATON 7156 SB1 UAY 160 -17.135 25,000 20,015 1.00 45.98 n with ATOM 7157 SB2 UAY 160 -18.960 24.931 29.465 1.00 47.14 N with ATOM 7150 WITH UAY 160 -19.223 22.598 27.900 1.00 45.46 and £ In summer 7159 0 UAY 160 -20.436 22.770 20.090 1.00 15.76 n about ATOM 716 " N TMV 161 -18.631 21.479 20.358 1.00 44.80 and I ATOM 7161 cl tar 161 -19-341 20.45? 29.095 1.00 45.1? n with ATOM 71 m sv Transnational corporation 161 -19.1? E 19.06 $ 28,470 1.00 47. 53 n with ATOM 7163 CO2 tn 161 -17.767 18.653 28.658 1,0 " $ and .04 n ABOUT ATOM 7164 SB2 Transnational corporation 161 -19.424 19,101 26,973 1.00 four? , 52 n with ATOM 7165 WITH 1ΉΛ 161 -18.835 20.440 30.536 1.00 44.68 n with ATOM 7166 0 Transnational corporation 161 -17.665 20,714 30,000 1.00 44.39 n but ATOM 7167 N UAY 162 -19.733 20.131 31.468 1.00 43.69 n eight ATOM 7160 CA UAY 162 -19.364 20.021 32.074 100 42.46 n with ATOM 7169 NE UAY -19,903 21.165 33-710 1.00 41 .02 n with ATOM ? 1? About SB1 UAY ί ¢ 2 -19-551 21 .033 35.159 1.00 39. 15 n £ ATOM 7171 CO2 UAY 162 -19,553 22.510 33.154 ten" 39, 60 II with ATOM 717? WITH UAY 162 -19.853 18,692 33.439 100 43.98 and G. ATOM 7173 0 UAY 162 -31.023 18.344 33.302 1.00 44.77 n ABOUT ATOM 7174 N ZEK 163 -10.955 17.94? 34.06? 100 41.43 n N ATON 7175 CA ZEK 163 -19.347 16.736 34.7V? 1.0 " 41.B2 n with ATOM 7176 B ZEK 163 18.732 15.503 34,095 1,0 " 43.74 n with ATON 7177 OS ZEK 163 -17.320 15.465 34.201 1.00 47.54 n about ATON 7178 WITH ZEK 163 -18.854 16.052 36.199 100 10.92 n £ ATON 7179 about Yaw 163  18.02 " 17.710 36.505 1.00 40.33 n about ATON 7160 n TNR 164 -19.366 16.003 37.001 1.00 39.41 n I ATOM 71 "1 cl tnr 164 18-936 16.031 38 .469 100 39.92 n with ATOM 7102 sv TNR sixteen* -20.100 16.427 39.367 1.00 30.97 n with ATOM 7183 Sat TNR 164 -20,453 11,878 39,? $ 1 1.00 36.6 " and with ATOM 1184 C 02 TNR 164 -19.910 10.936 40.003 1.00 35.3 $ n with ATON 7105 CE2 TNR 164 -23,531 2C.133 39.599 1,0 " 35.70 and with ATOM 718 $ Cez TNR 164 -19-11 ' 18.986 41 .189 1.00 35.83 and with ATOM 7187 C01 TNR 164 -31.265 18.463 38.32 " 1.00 06.06 and with ATOM 7108 HE1 t? 164 -31, 33 9 19.Θ23 38,524 1.00 34, 61 n I ATOM 7109 C 22 TNR 164 -30.265 21.372 40.135 1.00 36.66 n with ATOM 7190 Cez TNR 164 -10.853 20,214 41.77 " 1.00 38.84 n with ATOM 7191 CH2 TNR 164 -19.427 21.392 41.266 1.00 37, 96 n with ATOM 7192 WITH TNR 164 10.365 14.690 30.B98 1.00 41.57 n £ ATOM 7193 ABOUT TNR 164 -18.923 13.641 30.579 1.00 41.54 I ABOUT ATOM 7194 n dzm 165 -17.247 14.734 39.623 1.00 43.99 n I ATOM 7195 CA Α3Ν 165 16-524 13.531 40.015 1.00 45.28 n £ ATOM 7106 NE D5Y 165 -17.216 12-870 41,211 1.00 44.3V II with ATOM 71 97 Sat D5YA 165 17,097 13.898 42.47? 1-00 4 4.74 Ή with ATOM 7198 001 Dzi 165 -15, 354 14, $ 79 42.515 100 40.85 n about ATOM 7199 feet D5YA 165 -17,323 13.309 43.5? " 1.00 43.01 n I ATOM 7260 with Dzi 165 -16,426 12,552 30,848 1.00 48.10 n with ATOM 7201 0 jia 165 -15.602 11.358 38.998 ten" 48.86 n ABOUT ATOM 7202 I ZEK 166 -16.071 13.075 37,679 ten" 50.62 n N ATON 7293 CA ZEK 166 -15.795 12.251 36.50? 1,0 " 54.00 I with ATOM 7204 sv ZEK 166 -14.620 11.310 36,707 1.00 54, 39 I with ATOM 7205 ABOUT ZEK 166 -13.465 12.038 37,171 1.00 56.87 n ΰ ATOM 7206 with ZEK 166 -17.003 11.436 36.065 1.00 55.66 I with ATOM 7207 0 ZEK 166 -16.854 10.353 35.505 1.00 56. 97 I about ATOM 7208 N □ ΕΪ 167  10.199 11.958 36.317 1.00 56.90 I. I ATOM 7209 CA SUE sixteen? -19.403 11.303 35.035 1.00 56.82 I with ATOM 7210 WITH SAT 167 -20,035 10.371 36,053 1.00 57.13 I with ATOM 721] 0 SH ¥ sixteen? -31.131 9.065 36.640 1.00 57.40 I about ATOM 7212 I DIA 16E -19,340 10.141 37.96? 1.00 95-72 I I ATOM 7213 CA DIA 168 -19-868 9.296 39. "24 1.00 .56.14 n with ATOM 7214 sv DIA 168 -18,752 8,958 40,018 ten" 54.67 I with ATOM 7215 WITH DIA 160 -21.030 9.980 39L46 1.00 56.76 I with ATON 7216 0 DIA 168 -51.869 9.316 40,359 ten" 51.75 I ABOUT ATOM 7217 I Bf 160 -31.073 11.303 39.676 1.00 55, 5C I I ATOM 7218 CA LES 169 -22.129 12.076 40,325 100 53.11 I £

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ATOM 7219 NE Bj 169 -21.5'9 13,317 41.263 1.00 52.46 N ATOM 7220 SS Bw 169 -22,471 14,079 41.979 1.00 52.36 N ATOM 7221 SY BEEZ 169 -23.459 13.291 42.031 1.00 50.70 N ATOM 7222 CO2 Bf 169 -21.660 15 .036 42.04? 1.00 50.14 The EU ATON 1223 WITH Bc 169 -22.909 12 .761 39.213 1.00 55.77 N atom 7224 about Bw 169 “22.540 13.670 38.588 1.00 $ 2.53 The EU AGON 7226 n Transnational corporation 170 -24.230 12.304 39.14? 1.08 52.69 The EU ATON 7226 CA TNR 170 -25.126 12.796 from Ϊ.Ο0 52.29 AND ATON 7227 NE Transnational corporation 170 -25.414 11.699 37.077 1.08 52.97 TO ATOM 7228 0С1 Transnational corporation 170 -25-930 10.54 3 37.744 Σ.ΌΟ 52.52 N ATOM 7229 002 Transnational corporation 170 “24.135 11.322 36.339 2.00 51.54 R ATOM 7230 WITH Transnational corporation 170 -26.447 13-274 38.702 1.00 52.12 n ATOM 7231 0 Transnational corporation 170 -27, 08 3 14-192 38.182 1.00 52.03 ke ATON 7232 N Yen 171 -26.934 12-649 39-790 2.00 51.23 and A70M 7233 CA century 171 -20.000 '3.043 40-469 1.00 50-24 but ATOM 7234 NE convict 171 -20.477 11.974 41.490 1.00 51 -95 N ATOM 723 $ those ΞΕΗ 171 -29.732 12.2 60 42.0 * 5 1.00 55.96 I ATOM 1236 with ZEN 171 -27.090 14.392 41.164 1.00 48.92 N ATON 723? ABOUT Yaw 171 -26.913 14.607 41.879 1.00 48.18 N ATSM 7230 N SUE 172 -20.040 15.290 40,946 1.CO 46.35 n ATSM 7239 CA 5ΙΛ 172 -28,194 16.600 41.509 1.00 44.63 n ATOM 7240 WITH SUE 172 -27.951 17.637 40.039 1.00 43.50 and DTSYA 7241 ABOUT SUE 172 -27,915 18,762 41-2? 6 1.00 43.02 and ATSM 7242 eight UAY 173 -27,301 17.306 39.711 1.00 41.66 N ATON 7243 CA UAY 173 -26.556 15,099 30-901 1.00 40.61 n ATSM 72 44 sv UAY 173 -25.533 17.313 30,052 1.00 40-49 n ATSN 7245 C61 UAY 173 -24.702 10.265 37.122 1.00 36.94 n ATOM 7246 CC2 UL OF “24.556 16.504 30.959 1.00 30.36 n ATOM 7247 WITH UAY 173 “27.414 10.941 37.974 1.00 39.99 n ATOM 7240 0 UAY 173 -28.250 1B.41B 37.240 1.00 39.43 n ATSM 7249 N H15 174 -27.202 5O-Y51 30,000 1.00 39.34 n ATOM 7250 CA ΗΙΒ 174 -27-856 21.144 37.06 = 1.00 39.73 n ATOM 7251 NE Η1Ϊ 174 -29.001 21.901 37,751 1.00 41-08 n ATON 7252 SS H1B 174 -29.858 22-600 36,000 1.00 4 5.12 n ATOM 7253 0 02 ΚΙ5 74 -29.7V8 22.828 35,455 1.00 46.87 n ATOM 7254 N □ 1 EC1E 174 -30.944 23.424 3?.? Yu 1.00 47.42 and ATOM 7255 CE1 RT5 174 -31.506 23. 997 36.159 1.00 46.85 n ATOM 7256 HE2 KGB 174 -30.823 23.652 35.007 1.00 47.8? n ATOM 725? WITH H15 174 -26.850 22.135 36.485 1.00 36.58 n ATOM ? 2 $ In 0 SKY 174 -26.371 23.035 37,176 1-00 37.51 n ATOM 7259 N TNR 17 $ -26.534 21.962 35.208 1.00 36.03 n ATOM 7260 CA tnr 175 “25.664 09/22/2013 34.507 1.00 36.61 n ATOM 7261 NE Transnational corporation 17 $ - 24,692 22.135 33.535 1.00 37.00 n ATOM 7262 0С1 TNR 175 -23.814 21.331 34.390 1.00 36.64 n ATOM 7263 CC2 TNR 175 -23,868 23.115 32,749 1.00 36.3? n ATOM 7264 WITH TNR 175 -26.504 23.068 33.694 1.00 36.47 n ATON 7265 0 Transnational corporation 175 -27.369 23,462 32,022 1.00 30.71 n ATOM 7266 N RNE 176 -26.3? 0 25.155 33.994 1.00 34.80 n ATON 7267 CA RNE 176 -27,245 26.165 33-416 1-00 33-49 n ATON 7263 NE ₽ not 176 -27.366 27.370 34-350 1.00 29.26 n ATOM 7269 With RNE 176 -20.218 27, Ts7 $ 35.5 4 1,0Р 29,36 n ATSM 7270 CC1 RNE 176 -27.003 26.234 36.543 1.00 28.93 n ATOM ? 271 C 02 RNE 176 -29.437 27,761 35.701 1 .00 76.76 n ATSN 7272 CE! RNE 176 -20.597 25.997 37,686 1.00 70.31 to ATON 7273 CE2 RNE 176 -30 .233 27.5 32 36.814 1.00 28.16 n ATON 7274 Sz RNE G? 6 “29 .012 26.640 37.790 1.00 29.02 The EU ATSN 7275 WITH RNE 1? 6 -26.734 26.636 32.060 1.00 34.09 n ATSM 7276 0 RNE 176 -25,530 26.650 31.022 1.00 35.66 n ATSN 7277 N PPO 177 -27,652 27.033 31.175 1.00 35.42 n ATOM 7270 with& REY 177 -? 9.’13 26.055 31.270 1.00 34.38 n ATON 7279 CA REY 17? -27,251 27-589 29.VY1 1.00 35.34 The EU ATON 7280 Sho PPO 177 -28,583 27.073 10/29 1.00 34.43 The EU ATOM 7281 With REY 177 -29.548 26.90? 29-830 1.00 36.56 and ATOM 7282 WITH RIO 177 -26.419 28.840 30-882 1 .00 35-62 The EU ATOM 7283 ABOUT T-bills 177 -26.609 29.640 30.986 1.08 O?, 58 n ATSM 7284 N ABA 170 -25.410 29.022 29.237 Ϊ .00 34.61 and ATSN 7285 CA ABA 170 -24.466 30.122 29.379 1.00 34.64 n ATSM 7206 Joint venture ABA 170 -23.295 29.930 28.424 1.00 32.4? n ATSM 7207 WITH ABA 1 70 -25.129 31.466 29.121 3.00 34.20 and ATOM 720V 0 ABA 1 78 -26.116 31.560 28.394 '1.00 35.25 n ATOM 7289 N UAY. 179 -24.583 32.507 29.734 1.00 33.24 and ATOM 7290 CA UD1. 119 -24.940 33.064 20.372 1.00 34.36 n ATOM 12 91 NE UAY 179 -24.935 34.704 30.613 1.00 35.45 The EU ATOM 72 92 C61 UAY 179 -23-532 34.8 65 31.190 1.00 34.78 n LTPM 7293 CC2 UAY 179 -25.460 36-158 30-246 1-80 33-91 n ATOM 72 94 WITH UAY 179 -23-904 34.352 2J.359 1.00 39.86 at

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ATON 7295 ABOUT UAY 179 -22-734 33,962 G8. + 13 1.00 34.73 Η 0 ATOM 7296 M LIE 1B0 -24.336 35.100 27, + 16 1.00 39.05 Η Ν ATON 7297 CA LEU 160 -25.402 35,795 26,416 1, UO 41.71 Η WITH ATON 7290 NE 1EO 180 -23.998 35.815 25.865 1.00 +1.69 Η WITH ATOM 7299 Sat yui 100 -23.180 36,524 23.902 1.00 43.45 Η WITH ATSM 7300 CO2 1yo 180 -21.0ΟΘ 35.879 23.862 1.00 +3.12 Η WITH ATOM 7301 SP2 tien 100 -23.925 36,450 22.65 5 1.00 + 2.68 eight WITH ATOM 7302 WITH Bru 100 -23.112 37.213 26-939 1.00 +2.76 Η WITH ATOM 7303 0 yee 100 -24.023 30.026 27.071 1.00 +4.73 N 0 ATOM 7304 and from 101 -21.045 37.511 27.202 ί.αα 44. Η S ATON 7305 SD 61Ya 101 -21.494 30.81 $ 27.750 1.00 +7.27 Η WITH ATON 7306 sv sn 101 -20.169 38.727 20-53 + ¢, 90 +0.06 and ι: ATOM 7307 se sn 101 -20.135 37,607 39.55+ ΐ.ΟΟ 52-26 [I WITH ATOM 7300 C11 eve 101 -18.767 3? .504 30.190 1.00 53.89 Η WITH ATOM 7309 OE1 C £ H 101 -18.275 30,407 30.79+ 1.00 56.33 Η 0 ATOM 73 * 0 YO2 BSh 101 -18.140 36.341 30.075 2.00 51.83 eight Ν ATOM 7311 WITH Ym 101 -21.339 39.857 26.640 1.00 47.64 Η WITH ATOM 7312 ABOUT ITC ten] -21.008 39.525 25. 50V 2-00 +5.43 Η 0 ATOM 7313 N 5EV 102 “21.589 41.117 27.005 1.00 +8.50 Η Th ATSN 7’314 CA 5 EN 102 -21.704 42.241 11/26/7 1.00 50.22 Η WITH ATOM 7315 NE Yaw tag -21.346 43,553 26.997 1.0S $ 50.7 Η WITH ATSN 7316 ABOUT ZEK 1Θ2 -22,606 43.70+ 27.526 1.00 55.71 Η 0 ATOM 7317 WITH Yaw 102 -19.91 (1 43,110 25, + 6Θ 1.00 +9.58 to WITH ATSN 7313 ABOUT ZEK 102 -19.711 42.528 24.327 1.00 50.47 Η ο ATOM 7319 N YEY 103 -18.964 41.531 26.198 ϊ.ΟΟ +7.76 Η Η ATOM 7320 GA Γί.Η 103 “17.606 41.360 25.693 .OS 46.55 Η WITH ATOM 7321 NE 5 £ B 103 -16.691 43.844 26. aoe 1.00 +6.41 Η WITH ATOM 7322 03 Yaw 10 3 - 16.966 39. + 79 07/27 4 1.00 47.06 Η 0 ATON 7 323 WITH Yaw 133 -17-533 4 0, 375 24.533 2.00 +5.50 Η WITH ATOM 7 324 0 Yaw 183 -16-5 + 9 43.209 sz.vo 1.00 47.15 to 0 ATOM 7 325 Th SUE 104 -19.634 30.610 ? 4.35+ 5.00 +3.61 Η Ν ΑΤΰΚ 7 326 CA C1L 104 -10,630 38.55+ 23.35+ 1.00 +1.62 to WITH ATSN 7327 WITH C1L 184 -18.155 37,206 23.073 ϊ.ΟΟ +1.63 ίί WITH ATOM 7,320 ό B1L 184 -10.108 36.225 12/23? 1.00 42.12 Η 0 ATOM 7329 N ive 105 -17.797 37,151 25.554 1.00 +1.00 Η Ν ATOM 7 330 GL ΠΌ 105 -17.301 35. VEB 25.782 1.00 39.48 Η WITH ATON 7331 NE 6ΕΙ7 185 -16.222 36.147 26.748 1.00 +0.59 N WITH ATOM 7332 SS b 105 -14.954 36.763 26.134 1.00 +1.75 Η WITH ATOM 7333 CO2 ι.ευ 13 $ 13.943 37 _oz + 27.230 1.00 +1.08 Η WITH ATOM ) 334 CO? T-I! 10 $ -14..363 35.029 25.080 2.00 + 0-63 Η 0 ATON 7335 with ny ’& $ -10.566 35-270 26.541 1 .00 37.17 Η WITH DTON 1336 0 LIE 105 -19.534 35.OBE 26.070 1.00 36.34 Η 0 ATOM 7,337 N TUE 186 -19-41 * 33.969 01/26/1 1.00 35.21 Η Ν DTON 7,338 CA T ¥ B 186 -19,544 33.257 27.520 1.00 35.8? Η γ ATON 7339 NE ΤΪΒ 186 -19.90 $ 31.958 26-79 (1 1. (10 35 .22 Η WITH ATON 7340 SS TUK 186 -20,404 32.132 25.400 ; .00 38.74 Η < ATOM 7341 οϋΐ TUI 106 -21.859 32, 213 25.201 1 .00 39.50 Η WITH ΑτΰΗ 7342 CE1 TUK 106 -22,393 32.33+ 23.930 1.00 +1.29 Η WITH ATOM 7343 C 02 TUI 106 -19.658 32.101 24.286 1.00 37.63 Η £ dton 7344 Сё2 TUI 106 -20.170 32.304 23.010 3.00 40.69 Η WITH ATON 734 $ Sz TUE 186 -21.545 32.378 22.840 1.00 +3.16 Η WITH DTON 7346 HE TUP 106 -22.060 32.402 21-565 1.00 45.56 Η 0 ATON 7 34? WITH TUK 136 -19.137 32.901 28.956 1.00 35.42 Η WITH DTON 7348 0 TUN 106 -17.962 .32.669 29.233 1.00 36.05 Η 0 ATON 7349 N 8EV 1B? -20.118 32 .841 29.054 1.00 33.07 Η Ν ATOM 7350 CA Yaw 107 -19,939 32.219 31.166 * .00 33-69 Η WITH ATOM 7351 NE Yaw 107 -19.760 33 .293 32-249 1.00 30.6+ ί [ WITH ATON 7352 SS Yaw 187 -10.614 34.090 31.992 1.00 31.10 Η 0 ATOM 7353 WITH Yaw 187 -ίί.157 31 .3 " 31.500 1 .00 33-04 Η WITH ATOM 7354 0 ZEK 187 -22.298 31.799 31.153 1.00 33.92 Η 0 ATON 7355 N LIE 108 -20.932 30.247 32.190 1.08 33.13 Η Η ATOM 7 356 CA 1EO 108 -22.0 + 1 29.488 32.762 1.00 32.13 Η WITH ATON 7357 her Bc 108 -22.372 20.284 31.Θ80 1.00 30.17 Η WITH ATOM 7 353 Ss Yo 108 -21.331 27,175 31.761 1.00 32.49 Η WITH ATON 7359 CO2 Bw 108 -21.234 26.317 32.963 1.00 30.00 Η WITH ATOM 7 360 CO? T.EKHZ 108 -21.747 26.310 30.510 1.00 29.79 Η WITH ATOM 7 361 WITH Bw 138 -21.753 29 .023 34.183 1.00 33.34 Η WITH ATON 7 362 0 BE4! 138 '20 -650 29.200 31-700 4.00 33.47 Η 3 ATOM 7 363 N 9EV 109 -22.755 20.430 34.011 1.00 32.Β9 Η Ν ATON 7,364 CA Yaw 109 -22,500 21.033 36.325 ’.ΟΟ 32.77 and τ ATON 7 365 NE Yaw 189 -23.210 $ 20.61 37-201 1.00 31.08 eleven WITH ATON 7366 SS Yaw 109 -22.656 29.947 37.313 1.00 33.26 Η <1 ATON 7 367 WITH Yaw 109 -23.15 $ 26. + 35 36.123 1.00 33-45 Η WITH ATON 7368 ΰ ZEK 109 -24.163 26.16+ 35.458 1.00 32.12 Η ΰ ATON 7 369 N ZEK 190 -22.502 25.546 36.Θ56 1.00 34.16 Η Ν ATOM 7E7O CA £ EC 190 -23.029 24 .220 37.10V 1.00 34.97 Η WITH

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ATSN 7371 NE 5EN 190 -22,098 23.3 57 36.521 1.00 35.56 Η WITH ATOM 7372 SS 0EV 190 -22,601 21, 882 36.16+ 1.00 36.81 Th ΰ ATON 7373 WITH 32Y 190 -23,130 24.0 + 9 38-617 1.00 36.41 to WITH ATON 737 + 0 £ YE 190 -22.105 24.356 39.350 1.00 35.33 at ο ATOM 7375 N MAY 191 -24.281 23.571 39.075 1.00 36-33 Η Ν ATOM 7376 CA 7Ab 191 -24.522 23.382 40.4E5 1.00 3ϊ, 43 at WITH ATOM 7377 NE UAY 191 -25.5Θ3 24.369 41.013 1.00 39.52 one! WITH ATOM ?behind C51 ΪΑΧ 191 -25.902 24.085 42.4I 1.00 41.66 Ε WITH ATOM 7379 Sat? ¥ DG, 191 -20.066 25.77+ 40.876 1.00 41.62 eleven WITH ATON 7380 g ¥ DT. ΐ 91 -24.990 21.960 +0.761 1.00 39.20 I WITH ATOM 7 381 0 νΑΙ, 191 -25.663 21.350 39.927 1.00 40.77 Η 0 ATON 7302 N ¥ ab 192 -2 + .8 + 7 21.437 + 1.92 + 1.00 39.29 Η Ν ATOM 7393 CA UAY 192 -25.145 20.13+ + 2-316 1-00 30.27 Η WITH ATOM 7394 NE 7Ab 192 -2 +, 027 19.066 42,249 1.00 37.49 and WITH atdm 7305 SY1 \ GUY 192 -32.Θ75 1 9.4 62 + 3 = 149 1.00 39.66 Η WITH DGOI 7396 SY2 7Ab 192 -2 +.579 17.790 42.650 1.00 38.15 Β WITH AGON 7397 WITH 7Ab 192 -25.700 20.223 43.724 1.00 37.59 ίί WITH ATON 7 388 about 7Ab 192 -25.123 20.8V2 +4.507 1.00 35.77 Η 0 AGON 7389 I TV B 193 -26.030 19.576 43.944 SHO 39.03 Η Η ATON 7 390 CA TNR 193 -37,465 19.546 45.26+ 1.00 40.19 Η WITH ATON 7391 NE Transnational corporation 193 -29,000 19-651 45.1 + 2 1.00 42.63 Η WITH ATOM 7 392 OS1 Transnational corporation 193 -39,342 20-9 + 1 44.618 1.00 +5.54 Η 0 ATOM 7393 CC2 Transnational corporation 193 -29.675 19,459 4 6, $ 04 1-00 41 .23 Η WITH ATOM 7 394 WITH '' STC 1EZ -27,102 18.2 + 6 +5.967 1.00 30.72 Η WITH ATON 7395 ABOUT Transnational corporation 193 -27.34 3 17,163 45.438 1.00 38.35 Η ο ATON 7396 N ¥ L 194  26.BOV 1B.357 47.150 1.00 30.96 Η μ AGON 7397 CA 7L 194 2b. 99B 17.103 47. B62 1.06 40.70 Η WITH ATOM 7 398 NE ΡΑΙ. 194 -2 + .452 17.105 47.B01 1.00 CB.53 Η WITH ATOM 1399 CO! UAY 19 + -33.986 1 7,097 46.362 1.00 39.05 Η WITH AGON 7400 OS? PAT, 19 + -23.041 10.271 40.566 1.00 34.97 Η WITH ATON 7 + 01 with UAY 194 -26.402 17 .191 49,333 1.00 + 2.41 Η WITH ATOM 7 + 02 0 7Ab 194 -26.782 18.239 49.076 1.00 42.66 Η 0 ATOM 1 + 03 to RICE 195 -26.315 16.035 50.003 ΐ .00 44-22 Η μ ATOM 7 + 04 OS RKO 195 -26.009 14.700 49.463 ΐ.00 45 .72 N WITH ATON ^g + hell CA RKO 195 -26.603 15.909 53.439 1.00 46.23 eleven WITH ATPN 7 + 06 NE RVO 195 -26.475 14.506 51.706 1.00 47.19 Η WITH ATOM 7 + 07 Sat RVO 195 -26.632 13.708 50.476 1.00 47.45 Ή WITH ATSM 7 + 00 with RVO 195 -2B.BV5 16.838 52.191 1.00 41.52 Ή WITH ATON 7 + 09 0 RCP Ju5 “24.301 16.671 52.005 1.00 40.34 Η 0 ATOM 7 + 16 N .CHECK 196 “26.05+ 17.751 53.031 1.00 47.03 Ή Ή ATON 7 + 11 CA DEC 196 “25-190 10.5V2 53-7 & 7 1.00 52.32 Ή WITH ATOM 7 + 12 NE 5th 196 -25.679 19.705 54.514 1.00 52.90 Η WITH ATON 7 + 13 F 5EK 196 -26-802 10/19 55.490 1.00 57.20 Η 0 ATOM 7 + 14 WITH ZEK ] 96 -24.35+ 17.737 54.789 1.00 53.77 Η WITH ATOM 7 + 15 0 5EK 196 -23.330 10.170 55-31? 2.00 5 + .60 Η ο ATOM 7 + 18 N ZEK 197 -24-838 16.526 55.04 5 1.00 55.09 Η μ ATOM 7417 CA 0Y 197 -24.154 15.615 55.9M 1.00 50.39 Η WITH ATOM 7 + 10 sa ZEN 197 -25.098 14.489 56.397 1.00 57.25 Η WITH ATSM 7 + 19 Os 5 EN 197 -25.329 13.570 55.34 5 1.00 56.5? Η ο ATOM 7429 with ZEK 197 ”22.912 15.020 55.292 1.60 59.35 Η WITH. ATOM 7 + 21 0 ZEN 197 -21.974 1 + .607 55.970 1.00 59.77 Η 0 ATOM 7 + 22 S ZEN 198 22.909 14.984 53.963 1.00 60.41 Η Η ATSM 7 + 23 Joint venture Yaw 190 -21.701 14.441 53.213 1.00 60.09 Η WITH ATOM 7424 sv ZEK 1 98 -22.231 14.008 51.01V 1.00 59.07 Η WITH ATSM 7425 ABOUT ZEN 190 22.37+ 15.135 50.967 1.00 60.91 Η 0 ATSM 7426 WITH ZEN 1 98 -20.659 15.470 53.060 1.00 61.53 Η WITH ATOM 1427 0 ZEN 198 -19-515 15.116 52.007 1.00 62.27 Η 0 ATON 7420 N LIE 199 -20,989 16.7 + 4 53.264 1.00 62. + 2 Η Η ATOM 1429 CA yee 199 -19.906 1?,? 99 53.1711 1.00 63.79 Ή ί ATON 7 + 30 NE yeea 199 -20.591 19.164 53.518 1.00 60.27 Η WITH ATOM 7431 ss Bf 199 -21.6Θ8 19.724 52.607 1.00 50.0+ Ή WITH ATON 74 32 SY new 199 -22.169 05.218 53.150 1.00 56.4+ Η WITH. ATSN 7433 002 LIE 199 -21.159 19.086 51.190 1.00 56.05 eleven WITH ATSM 7 + 34 G- LEA 199 -18.859 17. + 90 54.142 1.00 66.35 Η WITH ATSN 7 + 35 0 LIE 199 -19.092 17.296 55.337 1.00 68.30 Η 0 ATOM 7 + 36 n Be 200 - 17.635 17.437 53.634 1.00 67.32 Η Ν ATOM 7 + 37 □ A Be 200 -16.505 17,234 54.519 1.00 69.17 Η WITH ATSM 7 + 38 WITH Be 200 “16,023 15.799 5 + .633 ι.οο ba.va Η WITH ATOM 7 + 39 0 6Ι.Υ South Ossetia 14.97+ 15.556 5B.224 1.00 70.04 Η 0 ATOM 7 + 40 N TNN 201 -16,771 14.046 5+. OYAZ 1.00 67.65 Η η ATOM 1441 CA TNN Ϊ01 -16-2 + 1 13-499 53-930 1.00 67.09 Η WITH ATON 7442 NE TNN 201 -17.079 12.4 + 4 54.702 one . 00 67.94 Η WITH ATON 7443 0С1 TNN 201 -18,204 12.155 53-961 1.00 69.01 Η ο ATOM 7444 CC2 Transnational corporation 201 -17.430 12.967 56.09+ 1.00 67.66 Η WITH ATOM 7445 WITH TNV 201 -16.217 13.108 52.456 Ι.ΟΟ 65.6ί and WITH ATOM 7446 with Transnational corporation 201 -15.265 12.486 51.98+ 1.00 66.99 Η ο

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ATOM 74 "? N Bm 202 - 11.265 13.432 51.731 1.00 60.03 N N ATOM that CA he 202 -17.233 13.296 50.206 1.00 60.90 AND with ATOM 74 49 NE Bm 202 -10.726 13-167 49.795 1.00 61.55 N with ATOM 7450 With SEE 202 -18,053 13,129 48,209 1.00 64.43 I with ATOM 7451 SR SEE 202 11.913 47.677 1.00 66.51 eleven with ATOM ? 452 OE1 SON 202 -18,749 10.814 47,694 1.00 6 ?, 19 m with ATON 7453 HE2 SEE 202 -16.994 12.103 47.129 1.00 66.84 n I ATOM 7454 WITH SI 202 -16.617 14.48? 49.607 1.00 58.70 n with ATOM 7455 ABOUT Village 202 -16. B92 15.641 49.936 1.00 50.10 n with ATON 7456 N Transnational corporation 203 -15.725 14.214 48.666 1.00 55.82 n but ATOM 7457 CA Transnational corporation 203 -15.092 15.299 47.934 1.00 53.36 I with ATOM 7453 Sv Transnational corporation 203 -13.615 14.991 47.617 1.00 54.50 I with ATOM 745 $ 051 Transnational corporation 203 -13,537 13.011 46.810 1.00 55.00 n with ATON 1460 C <32 Transnational corporation 203 -52.026 14.789 48.903 1.00 54.39 and with ATOM 1461 WITH Transnational corporation 203 -15-030 15.553 46.631 1.00 49.40 I with ATOM 7462 ABOUT Transnational corporation 203 -16,299 14,617 45,965 1.00 47.29 I 0 ATON 7463 N TUK 204 -15.962 16-827 46.270 1-00 45.01 l but ATON 7464 CA TUK 204 -16.675 11.202 45.068 1.00 42.84 and with ATOM 74 65 NE ΤΪΚ 204 -17.Θ84 10.070 45.427 1.00 40.12 n with ATOM 7466 se TUK 204 -20.919 17.314 46.224 1.00 38.4 0 I with ATOM 7467 CP1 TUK 204 -19.065 17.527 47.590 1.00 SV.4V n with ATOM 74 63 CE1 TUK 204 -19.994 16.806 48.330 1.00 AM.92 I with ATOM 7469 CP2 TUK 204 -59.731 16.362 45.615 1.00 Z.50 I with ATOM 7,470 CE2 TUK 204 -20,659 15-639 46.343 1.00 CB.51 I with ATOM 7471 C £ TUK 204 -20.185 15,866 47,699 1.00 38-77 ] | with ATOM 7472 HE TUK 204 -21,706 15.140 48.425 1.00 41.70 I with ATON 7473 WITH TUI 204 -15.762 17.924 44.097 1.00 41.23 n with ATOM 7474 ABOUT TUI 204 -55.124 10.025 44.436 1.00 40.31 I with ATOM 7475 N ΙΕΕ 205 -15.694 17.395 42.8В5 1.00 41.27 n N ATON 7476 CA 1 her 205 Ί4.012 17.944 41.86V 1.00 41.45 n with ATOM 7477 With 1b 205 13-646 16.985 41.577 1.00 42.17 I with ATOM 1473 se? ΙΕΕ 205 -12.7 32 17.570 40.499 1.00 40.04 I with ATON 7479 CO! etc 205 -12.054 16-134 42-865 1.00 41.30 n with ATOM 1460 SR] T1.K 205 -11-695 15-767 42.693 1.00 41.84 I with ATOM 7401 with 1b 205 -15.601 18.150 40-591 1.00 4Τ-Ϊ2 ϋ with ATOM 7402 0 ΙΕΕ 205 -16,240 11.236 40,083 1.00 41-00 n with ATOM 7403 N SUYO 206 -15.563 19.373 40.067 1.00 40.41 I but ATOM 7404 CA SUYO 206 -16.252 19.620 '38, 819 1.00 42.5? n with ATOM 7405 WITH SUYO 206 -15.242 19.546 37.667 1.00 42.00 I with ATON 7406 0 SU 5 206 -14.135 20.070 37.152 1.00 41.39 n 0 ATOM 7407 sv SUYO 206 -16.974 20.992 38.895 1.00 45.3V I with ATON 7403 35 SU5 206 -16.100 22.456 38.247 1.00 54.25 n 3 ATON 7409 N DEN 207 -15.613 19.832 36.609 1.00 40.73 I but ATOM 74 00 CA AIN 20? -14.714 18.590 35.402 1.00 40.35 n ί- ATOM 7491 NE LINEN 207 -14.630 17.109 35.124 1.00 39.81 and ο ATOM 74 9? se AIN 207 -14.565 18.216 36.350 1.00 42.80 I with ATON 74 93 OP1 DEM 20? ) 5-521 15.533 36.725 1.00 42.96 n with ATOM 7494 YaR? D5N 207 -13.392 16.217 36.901 1.00 40.06 I but ATON 7495 with D5N 20? -15.198 19-390 34.201 1.00 39.19 but with ATOM 7406 0 Α5Ν 20? -16,219 19,070 33,677 1.00 39.54 I with ATOM 7407 N UAY 208 -14.456 20.44? 33.941 1.00 HEY.69 I n ATOM 74 03 CA UAY 200 -14.053 21.353 32,875 1.00 39.31 I with ATOM 7499 sv UAY 20Θ -14.612 22.825 33.288 1.00 39.03 I with ATON 7 500 OH1 UAY 200 -14.07 9 23.761 32.14? 1.00 3 6.52 n with ATOM 7501 C52 UAY 200 -15.432 23.154 34.533 1.00 36.09 I with ATOM 7502 WITH UAY 200 -14.069 21.061 31.604 1.00 41.22 I with ATOM 7503 ABOUT UAY 200 -12. B39 21.053 31.611 1.00 43.41 I 0 ATOM 7504 N HOUSE 209  14.782 20.021 30.511 1.00 43.06 m but ATOM 7505 CA DEM 209 -14.136 20.546 29.234 1.00 44.34 and with ATOM 7506 NE Α3Ν 209 -14.566 19.136 28.756 1.00 47.5V n with ATOM 7507 C5 Α5Ν 209 -13-650 18.677 27.570 1.00 54.59 I with ATOM 1503 001 Α5Ν 209 -32,994 19,486 26,913 ], 00 57.77 n with ATOM 1509 HP2 A5N 209 13-657 11-372 27.316 1.00 55.14 n n ATON 7510 WITH Α5Ν 209 -14.556 21.583 28,196 1.00 43.67 n with ATOM 7511 0 Α5Ν 209 -15.745 21.776 27.942 1.80 14.34 and with ATOM 7512 N HER 210 -13.573 22,261 27,612 1.00 42.73 n but ATOM 7513 CA HER 210 -13.923 23.22? 26.548 1.00 42.3? n with ATOM 7514 NE HER 210 -13,140 24.636 01/27/9 1.00 41.30 n with ATOM 7515 se HER 210 -13.78V 25.717 26.040 1.00 40.95 n with ATOM 7516 C 02 HER 210 -14.071 26.086 25.494 1.00 40.9V n with ATOM 7517 N □ 1 ΗΙ5 210 -12. B45 26.584 25.529 1.00 42.03 n but ATOM 7518 CE1 H1 5 210  13.432 27.442 24.712 1.00 40.17 n with ATOM 7 $ 19 NEZ N1E 210 -14.722 27.161 24.673 1.00 41.17 n but ATOM 75? 0 WITH NG5 210 -2.987 22.042 25.331 1.00 43.46 n with ATON 7521 0 ΗΙ5 210 -Ϊ1-01? 23-286 25.185 1 .00 43.46 and with ATOM 7522 N Bue 211 -13.558 22.01V 24,405 1 .00 44.53 n but

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atom 7523 CA Boo 211 -12.Θ11 21,468 23.32 " 1.00 45.33 to with ATOM 7524 NE Bw 211 -13.644 20.393 22.62 3 1.00 40.43 N with ATON 7525 ss Boo 211 -13.9СЗ 19, I9 23, 588 1.00 54.24 n with dtsm 7526 with Boo 211 -14.550 18.028 22.751 1.00 59.93 n with LT £ H 7527 se Bw 211 -14.674 16,701 23,638 1.90 63.06 n with ATON 752Θ "7 Boo 211 -15.144 15.575 22.008 1.00 64.57 n N ATON 7539 with Bw 211 -12.313 22.501 22.317 '.00 41.93 n with ATOM 7530 about Bw 21 1 -11.200 22.307 21.816 1 .00 43.23 n 0 ATSN 753 ’ m REY 212 13.113 23.534 22.020 1.00 40.22 n N ATSN 7532 SR HER 212 -14.467 23. "$ 2 22.506 ! .00 38.83 I with ATSN 7533 CA REY 212 -12-628 24.526 21,052 ί, 00 41.43 n with ATSN 7534 NE HER 212 -13,702 25.618 21.083 ; .00 39-54 at with ATON 7535 With REY 212 -14,939 24 .906 21.540 1.00 37- $ ΰ at with ATOM 7536 WITH REY 212 -11.229 25.079 21.373 1.00 44.16 n with ATSN 7527 WITH REY 212 -10.457 25.394 20.464 1.00 46.27 N 0 ATOM 7538 N IN HER 213 -10.903 25.107 22.661 1 .00 44.31 n N ATOM 753 " £ A ZEYA 213 -9.593 25.691 23.077 1.00 43.30 and with ATOM 7540 NE 5 EN 213 9.751 26.701 24.139 1 .00 43.36 n with ATOM 7541 AND? "EB 213 ™ 10.195 26.231 25.375 1.00 42.70 at 0 ΑΤΰΜ 7542 £ ZEK 213 -8.690 24.594 23.630 1.00 43.69 at with ATOM 7543 ABOUT ZEK 213 -7.972 24,070 24,062 1.00 44.07 at about ATOM 7544 N ΑΞΝ 214 -8,172 23.357 23.638 1.00 43.44 at η ATOM 7545 CA AYOI 214 -8.3? 2 22 .234 24.11C 1.00 46.0V and with ATOM. 7546 NE LINEN 214 -7.097 09/22/2013 23.272 1.00 4V .48 I with ATOM 7547 With ΑΞΝ 214 -7.308 21.690 21.032 1.00 52.65 I with ATOM 1548 0O1 llamas 2! four '7.140 22.457 20.095 1.00 52.37 at 0 ATOM 754? N02 Α3Ν ZH -7.919 20.483 21.652 1.00 52.33 I N ATOM 7550 WITH AZN 214 * 7.999 22.358 25.584 1.00 46.19 I with atom: 7551 ABOUT AZA 214  6,891 23 .016 25.996 1.00 45-93 n about ATON 7552 N TNN 21 $ -8.93 $ 22.904 26.372 1.00 45.35 I N ATOM 7553 CA ΤΉΗ 215 -8,716 23.108 21.794 1.00 44.99 Ή with ATOM. 7554 NE TNN 21 $ -9,062 24.553 28.198 1.00 41.21 eleven with ATOM 7555 OS1 TNN 215 -8.305 25.46 " 27,329 1.00 44.83 eleven 0 ATOM 7556 CC2 TNN 215 -8.835 24.822 29.632 1.00 43.77 I with ATOM 1557 WITH TNN 215 -9,599 22.162 28.600 1.00 45.50 I with ATOM 7552 ABOUT tn 215 -10.815 22.122 28.414 1.00 45.25 at 0 ATON 755? N Bw 216 -8.985 21.402 29.511 1.00 44.26 I at AGON 7 560 SL bw 216 -9.725 20.736 30.577 1.00 45.60 I with Agok 7561 CE1 Bw 216 9 * 439 19.234 30.595 1.00 47.96 I with ATON 7 562 Sat Τ.Υ5 216 -10.962 10.437 29.460 1.00 52.62 I with ATON 7 563 SR ACE 216 '9x051 16.537 29.665 1.00 55.74 I with ATOM 7 564 CE Bw 216 10.309 16.114 28.467 1.00 58.57 I with ATOM 7 555 N3 Bw 216 9.54 " 16-45E $ 27.24 1.00 60.46 n I ATOM 7 566 WITH Bw 216 -9.311 21.3.32 31.923 1.00 41.05 I with AT OK 7 567 ABOUT Bw 216 -8,132 21-579 32-144 1.00 43.16 I 0 ATOM 7 568 N UAY 217 -18.282 21.562 32-790 1-00 43.83 I at ATON 7 569 CA UAY 217 -9.99 " 22.049 34.134 1.00 42.88 I with ATOM 7570 B UAY 217 -18.42 " 23.81! 34.297 1-00 4 2.10 I with ATOM 7571 SY1 UAY 217 -10,096 24-003 35.702 1.00 40.42 I with ATOM 7572 SY2 UAY 217 -9.743 24.379 33.250 1.00 41.13 I with ATOM 7573 WITH UAY 217 -1C-.134 21.216 35.Π0 1.00 44.40 I with ATOM 7574 ABOUT UAY 217 -11.927 20.941 35.034 1.00 44.28 I 0 ATOM 7515 at AZR 218 -10,021 01.202 36.224 1.00 45.43 I I ATOM 7 57 6 CA d5r 218 -10.647 20.153 37.360 1.00 46.54 I with ATOM 7577 NE AZR 218 -9.950 01/190 37.663 1.00 49.28 n with ATOM 7578 SS AZR 218 -10.346 17.743 36.657 1.00 54.06 I with ATOM 7579 001 AZR 218 -11.245 17.982 35.322 1.00 56.26 and 0 ATOM 7590 002 AZR 218 -9.732 16-658 36,701 1-00 59.11 I 0 ATOM 7501 WITH AZR 218 -10.534 21-038 3 ".593 1-00 15.42 I with ATOM 7 592 0 FER 218 -9.450 21,515 ZY.925 1.00 45.41 I 0 ATON 7593 AT Bw 219 -11,650 21-354 39,365 1.00 43.94 I at ATOM 7 594 CA Boo 219 -11.679 22.099 40.444 1.00 43.70 I with ATON 7595 se Bw 219 -12.35V 23,479 40,119 1.00 43.41 I with ATON 1586 with Boo 219 -12.481 24.361 41.302 1.00 45.72 I with ATON 7 587 with Bw 219 -11.136 24.959 41.609 1.00 46.20 I with ATON 7588 CE Bw 219 -30.5B9 25.794 40.560 1.00 45.39 I with ATOM 75 & E ΝΖ Bw 219 -9.622 26.009 41.ΟΘ7 1.00 48.37 I I ATON 7 590 WITH Bw 219 Ί2.416 21.400 41.578 1.00 44.16 I with ATON 7591 0 Bt5 219  13.831 21.035 41.442 1.00 44 .32 I 0 ATOM 7592 to Bw 228 31.720 21.210 42.697 1.00 4 4.00 n I ATOM 7593 CA Bw 220 -12.356 20.635 43. "75 1.00 45.01 n with ATON 7594 se Bw 230 -31.294 20-017 44,794 1-00 48.33 I with ATOM 7595 ss Bw 220 -11.043 19-277 46.009 1.00 51.01 and with ATOM 7596 with Bw 220 -10.696 18.744 46,869 1.00 57.34 I with ATOM 7597 CE Bw 220 -11.185 17,029 47,990 $ 1.00 60.7 I £ ATOM 7590 No. Bw 229 -11.920 18,562 49,066 1.00 62.49 I N

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ATOM 7599 WITH Bw 220 -13.092 21.744 44.601 1.00 43.21 N WITH ATON 7600 0 Bw 220 -12.560 22.846 44.779 1.00 40.91 n 0 ATON 7601 N UL 221 -14.324 21.460 45.007 1.00 42.53 n I dtsn 7602 CA OL 221 -15.142 22.475 45.666 1.00 42.36 n WITH ATON 7603 NE il 221 -16.521 22.606 44.975 1.00 40.09 n with DTSM 7604 CB1 UL 221 -17.341 23.702 45.641 1.00 31.25 n with ATOM 7005 CC2 UL 221 - 16.930 22.30 $ 43.409 1.00 37.55 and with DTsN 7605 WITH UL 221 -15.336 22,092 47.126 1.00 45.76 to with ATOM 760? 0 UL 221 -15.936 21,064 4? - $ 26 '.. "About $ 4 .44 n with DTsN 7600 to eat 222 -Ϊ4.814 22,919 40.025 1.00 49.29 and n ATOM 7609 CA her 222 -Ϊ4.022 22.613 49.455 1.00 53.13 to with DTsN 7610 NE her 222 -13.394 22.573 50.004 1.00 54-00 0 with b ^ pm 7611 With her 222 -12.501 21.504 49.408 1.00 59.95 and with ATON 7612 sv yes 222 -11.109 21.907 50.028 1.00 63.23 n with ATCI 7613 OE1 si 222 -10.566 20.411 50.209 1.00 65.91 n 0 DTSM 7614 □ E2 si 222 -10.556 22.601 50.256 1.00 63.00 to 0 ATOM 761 5 WITH at" 222 15.609 23,656 50.224 1.00 53.98 N. with ATOM 7616 (7 n 222 -15.745 24,796 49.799 1.00 52.05 TO ΰ ATON 7617 at rt? 225 -16.124 29,271 51,412 1-00 $ 5-95 n m ATOM 7610 sv RVV 223 -16.15? 21.976 51,006 1.00 $ 5.5Я to with ATOM 7619 CA Ryo 223 -16.009 24,179 52.339 1.00 57.63 0 with ATOM 7620 NE RK & 223 -17.223 23.267 53.492 1.00 57.4 $ n with ATOM 7621 With eno 223 -17.264 21.894 52.096 1.00 56.08 N with DTSM 7622 WITH RVO 223 -15.092 25.306 52.B07 1.00 61.01 eight with ATON 7623 0 RVS 223 -14.674 25.152 52.92 1 1.00 61.98 N 0 ATON 7624 to 1.U5 224 -16.481 26.434 53.109 1.00 64.76 th N ATOM 7625 CA Bw 224 -15,710 27,608 53,596 7, 00 68.09 0 with ATOM 7026 NE T.U5 224 -16-60Y 20.84 $ 53.602 1.00 71.49 AND with ATON 7627 With Bw 224 -17,350 29.095 52,302 1.00 74.59 ίί with ATOM 7620 NE Bw 224 -18.401 30.095 52.518 Ϊ.Π0 76.06 AND g dtam 7629 CE Bw 224 -19.142 30.504 51.212 1.00 77.07 to with ATON 7630 ig Bw 224 -20.300 31.401 51.451 1.00 78.94 and N ATON 7631 with Bw 224 -15.OES- 27 .431 54.908 1.00 69.98 but with ATON 7632 0 Bw 224 -13.062 27,636 55.125 1.00 70.34 n 0 ATON 7633 oct B5 224 -15.340 27,105 55.928 1.00 70.58 n 0 TER 7634 Bw 224 n ATOM 3057 MD ON one 4 $ .а79 -0.173 21,279 1.00 64.24 ΙΟΗ to TER IO58 ID one 1 & Ν

ΕΝΏ

- 196 032 106

Table 16.2

ATSM one NE Transnational corporation 61 10,449 -40,716 -18.654 1.0 (1 36.3? Α WITH ATON 2 0С1 Transnational corporation 61 10.709 -42,070 -18,244 1-00 39.29 Α 0 ATSN 3 SY2 Transnational corporation 61 11,631 -39.827 -18,376 1.00 36.88 BUT WITH ATOM four WITH Transnational corporation 61 9.503 -39.926 -16.424 1.00 33.74 Α with ATON $ □ tnl 61 10.13V -38.932 -sixteen. 133 1.00 32.55 BUT 0 ATSN 6 N tyk 61 B. 55B -39.083 -18.502 ι.οο 33.91 BUT to ATSN 7 SL Transnational corporation 61 9.165 -40.263 -17.892 1.0 £ ι 34.36 BUT with ATON but N ABA 62 0.017 -40.760 -15.509 1.00 30.00 BUT 1t ATOM 9 CA ABA 62 B -917 10.452 ‘14 .074 1.00 26.49 BUT with ATON ten NE ABA 62 B .150 -41.50! -1.3. 337 b.oo 24 .01 BUT with ATOM eleven WITH ABA 62 10.345 -40,330 -13,425 1.00 06/24 BUT with ATON 12 0 ABA 62 11.301 -40.970 -13. 849 1.00 26.36 BUT about ATON 13 N Transnational corporation 63 10.427 -39.513 -12,301 1.00 21-7? BUT κ ATOM 14 SL Transnational corporation yz 11.687 -39.264 -11.691 1.00 1I .83 BUT with ± ζ> C-I COD. C L x £ _b σ-h ζγ .E · ι 4 _ ί 11. 'l χ υ ’. ' X ι g 0 4 | “| ATOM sixteen 031 Transnational corporation 63 ί] .064 -37.000 -11.029 1.00 19.65 BUT 0 ATOM one? those? teak 63 12.086 -37.256 -13.151 Ι.ϋΟ 17.35 but with ATON 18 about Transnational corporation 63 ίί.667 ‘39 .741 - 10.234 1.00 17.55 BUT with ATON 39 with Transnational corporation 63 0.611 30,991  9.663 b.oo 17.43 BUT with ATOM 20 N RNE 64 12.051 -39,806 -9, 649 1-00 ί Β. 91 BUT I ATOM 21 Si ₽ NOT 64 12.957 -40.230 -8,? 39 1-00 10.70 BUT with ΑΤίϊΜ. 7.2 sv anger 61 13.904 -41.433 -0.066 B, 00 10.53 BUT with ATSM 23 those RNE 64 34.152 -41.779 -6, 631 1.00 19.76 BUT with ATSM 24 CP1 RNE 61 13.146 -42.007 -5.745 b.oo 07/21 BUT with ATOM 25 C 02 RNE Bh 15.479 -41.693 -6.169 1.00 20.9? BUT with ATOM 26 CE1 RNE 61 13.405 -42.353 -4.418 1.00 22.93 BUT with ATSM 2? CE2 RNA 64 15.745 -42.237 -4.047 1.00 20.7 6 BUT with ATON 2B CE RNE 64 54.712 ‘42 -465 ‘3.972 1.00 20.Β5 BUT with ATOM 29th WITH RNE 64 35.562 -39.062 -7-197 1.00 19.32 BUT with ATON thirty 0 RNE 64 34.475 -30,300 -7.932 ί, αο 19.55 BUT 0 ATON B N H1Y 65 13.020 -30.846 -6.256 1.00 19.72 d to ATSM 32 CA H13 65 13.445 -3?, 744 -5.395 1.00 18.95 BUT with ATOM 33 NE H15 65 12.394 -36.638 -5.417 100 17.76 BUT with ATOM 34 Si ΜΙ3 65 12.152 -36.074 -6.780 1.00 19.55 BUT with ATSN 35 SP2 going 65 11.311 -36.101 -7,753 £ .00 20.70 BUT with ATSM 36 Him CT5 65 12.813 -34.962 -7.253 1.00 20.16 BUT s ATON 37 CE1 NTO ¢ 5 12.420 -31.709 -8.480 1.00 17.64 BUT with ATSM thirty ΝΕ2 I13 65 11.527 -35.616 -3.031 1.00 17.20 BUT N ATOM 39 WITH ΗΙΞ 6 $ 13.602 -30.196 -3.959 1.00 09/19 BUT WITH ATON 40 0 N1E 13.039 - 39.123 -3.460 ι.αο 05/18 BUT 0 ATOM 41 and AKO 66 14.608 -37.519 3-289 1.00 19.61 BUT N ATOM 42 CA AKO 66 1 5,107 ‘37 .964 -2,000 100 20.80 BUT with ATSM 43 NE ICE 66 18-306 -34-073 -2.238 1.00 20.79 BUT with ATOM 44 with Are 66 16.7 97 -39.615 -1.039 ; , οο 23.33 BUT with ιιτιΊμ 11 G. b ^ n ΊΟ 11 ΐ _ ‘Ία 7 ι □ -Ί Ί 1 3 Ί! ΊΠ one g ATOM 46 NOT AKO 66 13.7 69 -41.038 -1.533 100 25-62 L N ATOM 47 ΟΞ arias 66 20.031 -41.338 -1.02? 3.30 24.86 BUT WITH ATOM 4B MH1 AKY 66 20.346 -42.573 -2.195 1.00 24.3? BUT TO ATON 49 HH 2 que 66 20.974 -40.409 -1.7 60 1.00 23.60 BUT μ ATSM 59 WITH ΛΚϋ 66 15.496 -36.737 -1.172 1, οο 22.22 BUT WITH ATSN 51 with ARP 66 15.836 -35.695 -1.727 100 06/21 BUT ϋ ATSN 52 and SU5 67 15.429 -36.052 0.152 1.00 24.84 BUT Η ATSN 53 CA CPS B7 15.637 -35.694 1.022 1.00 2 6.62 BUT WITH ATSN 54 sv CPS 67 15,124 -35-566 2,437 1.00 26.30 BUT with ATSM 55 ss CPS 67 75-400 -34.603 3,602 1.00 02/29 BUT five ATON 56 with CPS 67 17,105 “35.321 1,107 1.00 28-15 BUT WITH ATSN 57 about CPS 67 17,951 -36.170 1.412 1.00 29.15 BUT 0 ATSM 5V N ABA 60 17.404 -34.045 0,063 1.00 28.74 BUT N ATSN 59 CA ABA 69 18,706 -33.593 0.78? 1.00 28.43 BUT WITH ATSM 69 sv ABA 63 18.856 -32.228 0.139 1.00 27.23 BUT with ATON 61 with ABA 63 19.438 -33.564 2.162 100 28.95 BUT with ATOM 62 ΰ ΑΙΑ 68 20.560 -33.551 2.270 1.00 30.22 BUT 0 ATOM 63 n Bw 69 16.623 -33.565 3.212 100 29.91 BUT l ATSN 64 CA 1.Υ.4 69 19.131 -33.726 4.570 1.00 31.16 BUT with ATON 6 $ sv BUZ 69 16.197  33.04 7 5.575 1.00 33.82 BUT with ATOM 66 SS Bw 6 $ 17.843 -31.621 5.209 1.00 36.96 BUT with ATOM 67 ST Bw 69 10.947 -30.629 5.550 1, οο 38.61 BUT with ATOM 6Θ CE Bw 69 13,401 -29-195 $ .237 1.00 41.46 BUT with ATOM 69 N2 Bw 69 19.397 -28-113 $ .730 1.00 40.60 BUT and ATSN 70 WITH Bw 69 19.233 -35.212 4,067 100 29-96 BUT with ATSN 71 ABOUT Bw 69 19,257 -35.04 5 5-273 1.00 30.13 BUT about ATOM 72 N AZR 70 20.427 -35.764 4,731 1.00 28.75 BUT μ ATON 73 CA AZR 70 20,500 -37.207 4.702 1-00 27.72 BUT WITH ETON 74 NE AZR 70 22.052 -37.571 4.623 1.00 30.30 BUT with

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ATSN 75 With A £ ₽ 70 22.243 -38.864 3.94? 1.00 33.51 BUT WITH ATSN 76 OP1 ABP 70 21.000 -38.932 2.675 1 .00 34.66 BUT ABOUT ATSN 77 CO2 L5R 70 22.934 -39.813 4.406 1.00 33.99 BUT 0 ATSM 70 WITH ABP 70 20.00V -37.850 6.045 1.00 25.79 BUT with ATSM 79 ABOUT AZR 70 19.346 -ZV.878 5.970 1.00 25.05 BUT 0 ATSN thirty m REY 71 20.259 -37.265 7. 225 1.00 24.93 BUT and ATSN 31 with PPO 71 21.116 -36.107 7,526 1.00 24.43 BUT with ATON 32 CA PPO 71 19-729 -37.890 B.445 1.00 24.69 BUT with ATSN 83 NE PPO 71 20.456 -31.157 9.572 1.00 24.4V BUT with ATOM 84 se yelling 71 20.34? -55-854 8,938 1.00 24.31 BUT with ATSM 85 £ p | Yu 71 18.20? -37.806 8-587 1-00 24.67 BUT with ATOM 85 ABOUT REY 71 17.603 -30,557 9.35-3 1.00 25-53 BUT but ATOM 87 m TVR 72 17.5V9 -36.892 7.04Θ 1.00 22.80 BUT N ATOM "eight CA TIR 72 16.145 -36.742 7.992 1.00 21.03 BUT WITH ATOM 89 NE TAP 12 15.749 -35.337 7.462 1.00 21.00 BUT WITH ATOM 90 se Tger 72 16.168 -34.3OV 8.454 1.00 20.7? BUT WITH ATOM 91 CO2 tar 77 15.958 -32.694 8.366 1.00 10.70 BUT WITH ATOM 92 Сё2 TVR 72 16.470 -32.326 9.551 1.00 10.39 BUT with DTSM 93 C £ 3 TNR 72 15.390 -32.056 7.406 1.00 16.BV BUT £ DTSM 94 Οϋΐ TNR 72 16,705 -34,531 9.650 1.00 19.91 L with ATOM 95 SE1 TAP 72 16,967 -33.345 10.316 1.00] 9.30 BUT I ATOM 96 C £ 2 TNR 72 16.425 -30.956 9.796 1.00 15.74 BUT with ATOM 91 S 53 TNR 72 15.348 -30.701 7.654 1.00 14.03 BUT with ATON 98 CH2 tnr 72 15.B61 -30.165 8.83V 1.00 14.11 BUT with ATOI 99 WITH TNR ? 2 15.496 -37.762 6. 993 1.00 21.80 BUT with ATOM 100 0 TNR 72 14.291 -38.007 7.090 1.00 24.16 BUT about DTSM 101 N ABC 73 16, 298 -30.362 6-120 1-00 21-43 BUT N dtsn 102 CA A KO 73 15, E2O -39-451 5.266 1.00 19.71 L € ATON 103 NE LCY 73 16.942 -39.936 4,341 1.00 15.20 L WITH ATSM ten" SS ABC 73 17.321 -38.950 3,212 1-00 13.51 BUT WITH ATSN 105 SR DEI 73 1B.419 -39.521 2.401 1.00 15.16 BUT WITH ATSM 106 NOT two 73 19.059 -40.830 1.856 ] .00 15.36 BUT n ATSM 107 C2 AR5 73 19.930 -41.794 1.576 1.00 12.61 BUT with ATOM 10V ΝΗ1 LAN 73 20.222 -41.601 1.793 1.00 10.92 BUT N ATOM 109 HH 2 tao 73 19.507 -42.950 1.079 1.00 11.59 BUT N ATOM 110 WITH YaRS 73 15,297 -40.629 6.091 1.00 17.55 D WITH ATOM 111 0 Ary 73 15.026 -40.952 7.147 1.00 16.42 I 0 ATOM 112 N Bf 74 54.245 -41.248 5.556 1.00 17.09 BUT N ATOM 113 CA yee 74 13.646 -42.430 6. 131 1.00 11.51 D WITH ATOM 114 SY GEO 74 32-264 -42.115 6.721 1.00 16.В2 l WITH ATOM 115 ss yee 74 12.207 -41.151 ? . 068 1.00 11.36 BUT WITH ATOM 116 s £} 1 yee 74 30.76? -40.742 9,206 1.00 15.71 BUT WITH ATSN G17 si2 ai 74 12.914 -41.699 9.069 1.00 14.95 BUT with LTSI IW with yee 74 13.493 -43,437 4.994 ’.00 18.74 BUT with ATOM 119 with Bw 74 12.401 -43.611 four . 451 1.00 20.09 BUT 0 ATSN 130 Ή REY 75 14.594 -44.102 four . 510 ; .00 19-33 BUT n ATOM 12 = CE ¹ ₽ro 75 15.932 -43.950 5.190 1.00 2? .44 BUT with ATSM 122 sd REY 75 14.609 -44.997 3.446 1.80 18.25 BUT with ATSN 123 sv PPO ?five 16.091 -45.274 3.226 1.00 16.29 BUT with ATON 124 se T-bills 75 16.714 -45.036 four . 531 1.90 15.69 BUT with ATSN 125 with REY 75 Ι3-Θ02 -46.2В0 3.619 1 .00 18.01 BUT with ATSN 126 with PPO 75 13.625 -46.766 4.729 1.90 19.35 BUT 0 ATSN 127 s si 76 13.319 -46.820 2.510 1 .00 17.66 BUT N ATSN 12V CA si 76 12.618 -40.092 2.569 1.00 16.82 l with ATSN 129 WITH si 76 11.119 -4? .06 " 2-556 1-00 16.73 BUT with ATSN 130 0 SI 76 1C.328 -40.792 2.431 1.00 16.3? BUT 0 ATOM 131 N tn 77 10.732 -46.610 2.702 1, OS 16.94 BUT I ATSM 132 CA tyn 77 9.352 -46.241 2.510 1.00 18.46 BUT with ATOM 133 NE tn 77 8.753 -45.699 3.799 1.00 20.12 l with ATOM 134 CX31 TAN 77 8.999 -46.643 4.050 1, СО 22.67 BUT 0 ATOM 135 ce2 tn 71 7.250 -45.499 3.642 1.00 20.19 BUT with ATOM 136 with tn 77 9.301 '45 .189 1.42? 1.00 17.73 BUT with ATOM 137 0 tn 17 10.106 -44.259 1.415 1.00 17.66 BUT 0 ATOM 133 N TOUR 18 8.362 -45.354 0.501 1.00 1B. 93 BUT one* ATOM 139 CA TUN 78 8.201 -44.474 -0.656 1.00 19.73 BUT with ATOM 140 sv TOUR 78 8,854 -45.173 -1.892 1.00 1B.09 BUT with ATON 141 se TUN 18 $ 10.20 -46.575 -1.679 1.00 19.0? BUT with ATOM 142 CE11 TUK 18 10.60] -46.777 -1.050 1.00 19.20 BUT € ATON 1 43 CE1 TUK 78 11.909 -47.114 -0.7'11 1.00 1V-YA4 BUT WITH DTOM 144 0ϋ2 to 78 11,323 -44.727 -2.035 1 .0 (1 10.89 BUT WITH ATON 145 CE2 TUK 78 12.633 -45.061 -1,? 71 1.00 10.34 BUT WITH DTOI 146 C7 TUK 78 12.917 -46.252 -1,137 1-00 10.13 BUT with ATOM 14? ΟΙΪ TUA 78 14.215 -46.565 -0.835 1.00 20.00 BUT 0 ATOM 14" with TUN 78 6.861 -44.025 -0.917 1.00 20.34 BUT with ATOM 149 0 TU V 7th 5.894 -44.735 -0.617 1.00 21.95 BUT 0 ATSN 150 I UAY 79 6.750 -42.926 -1.472 1.00 20.31 BUT to

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ATOM 151 CA UAY 79 5.460 -42.246 -1.791 1.00 19.33 BUT WITH ATOM 152 Sz UAY 79 5.336 -40 .845 1.171 1.00 19.66 BUT with ATOM 153 SY UAY 79 3.957 -40.279 -1.436 1.00 20.37 BUT with ATSKM 154 Sat 2 UAY 79 5.620 “40.916 0.319 1.00 17.30 BUT with ATSN 15 $ WITH UAY 79 5.344 -42.140 “3-392 1.00 10.00 BUT with ATOM 156 ABOUT UAY 79 5.816 41.103 zaoao 1-00 10-03 L about ATON 157 n UL ao 4.716 -43.129 -3.919 1.00 10.93 BUT N ATOM 150 SD UDD 00 4.500 -43.112 -5.359 1.00 18.97 L h- ATOM 159 sv UAY 00 4-142 “44-508 -5.872 1.00 10.62 BUT with ATOM 160 CC1 UAY 00 4.00 $ -44.504 -7.391 1.00 16.15 BUT with ATOM 161 CO 2 UAY 90 5.150 -45.513 -5.356 1.00 16.43 BUT with ATOM 162 with UAY IN 3.386 -42.157 -5.727 1.00 19.40 BUT with ATOM 163 about UAY IN 2.241 -42.362 -5.327 1.00 19.75 BUT 0 ATOM 164 N UAY 91 3.733 -41.123 -6.492 1.00 20.81 L to ATSN 165 CA UAY IN 1 2.000 -40.060 -6.0V9 1.00 22 * 18 BUT with ATOM 16 $ NE UAY WB 3.451 '30 .651 -6.730 1.00 22.25 L with ATOM 167 ssz UAY 01 2.536 -37,500 -7,304 1.00 19.1V BUT - ATOM 16V CC2 UAY 01 3.710 -30.366 -5.2 64 1-00 22.64 BUT with ATOM 169 WITH UAY 91 2-390 -40.229 -e.341 1.00 2 4.17 BUT L ATOM 170 0 UAY 01 3.? '.; -40.105 -9.259 1.00 24.19 BUT with ATOM 171 N LIE 92 1.123 -40.509 -8.546 1.00 26.03 BUT 6 ATOM 172 CA Bw AT 2 0.622 -40.717 -9.885 1.00 27.03 BUT with ATOM 17E NE Bw AT 2 -0.593 -41.641 -9.aga 1.00 27.37 BUT with ATOM 174 ss Bc AT 2 0.2V9 -42.068 -8.959 1.00 20.39 L with ATOM 17 $ SY Ι.ΕΙΙ 92 -1.516 -43 * 76? 8-028 ] .00 20.17 BUT with ATOM 176 CO2 Ι.ΕίΤ 02 0.80¾ -4 3.62 7 -9.674 1.00 27.31 BUT with ATOM 177 WITH be and 02 0.261 -59.362 -10.440 1.00 27.34 BUT with ATOM 170 0 BEO 93 0.090 -50,404 -9.701 1.00 24.96 BUT 0 ATOM 179 N Bw 91 0.162 -59.279 -11.7 60 1.00 30.55 BUT HS ATON 180 CA B ¥ e OT -0.317 -30.067 -32.414 1.00 33.51 BUT £ LTPM 181 Sz B ¥ yo OT -0.422 -ZB.206 -13.915 1.00 31.93 BUT with ATOM 182 SS Boo OT 0.905-BB.539 -14.576 1.00 34.59 BUT with ATCI 183 CE ίϊΞ OT 0.707 -39.240 -15.090 1.00 37.00 BUT WITH ATSN 18" CE Bw OT 1.EV9 39.202 * 16.705 1.00 38.83 L with ATON 185 NZ 1L5 03 1.749 -39.074 “38, ϋ52 1.00 4ίΙ, 40 BUT HS ATON 18 $ WITH Εϊϋ 03 “1.632 -37.702 -11. I52 1.00 36-22 L with ATON 187 ABOUT BT5 03 -605 “3Θ-553 -11,750 1.00 30.20 BUT 0 ATOM 18Θ N n 04 -1.855 -36.443 -11-475 1 -00 38.84 BUT N ATON 189 CA <zi 04 -3.120 -36.023 -10,919 1.00 40.89 BUT with ATOM 190 NE OBO 04 -3-069 -34.599 -10,426 1.00 47.2? BUT with ATOM 191 Sat si 04 -2.933 -33.546 -11.512 1.00 46.22 BUT. with ATOM 192 CE OBO 04 -3.066 -32.13Y -10,964 1.00 49.20 BUT with ATOM 193 OE1 si 84 -3.370 -31.995 -9.759 1.00 50.03 BUT 0 ATON 194 CE2 OBO 84 -2.972 -33.173 -11.734 1.00 51.27 BUT 0 ATON 195 WITH her 84 -4.181 -36.171 -11.996 1.00 41.56 BUT with ATOM 156 0 si 84 -3.880 -36.094 '33 .190 1.00 40.94 BUT ΰ ATSN 197 TO si 85 -5.413 -36.399 -11.550 1.00 42.71 BUT Ή ATON 198 CA CIO 85 -6.483 -36.829 12.443 1.00 4 3.97 L with ATSN 199 se her 85 -6.446 -36.052 “13.759 1.00 47.49 BUT with ATSN ? OO ss 85 -6.820 “34.579 “13-615 1-00 53-47 BUT with ATSN 201 with him 8 $ -6.aT9 -33.067 -14.955 1.00 $ 7-25 BUT with ATSN 202 ΟΕΪ hundred 0 $ -7.321 -33.093 -15-160 1-00 58.40 BUT about ATON 203 CE 2 sy 0 $ -5.985 -34.096 -15,004 1.00 58.66 BUT about ATOM 204 WITH sy 85 -6.407 -30.323 -17,724 1.00 41.83 BUT with ATON 205 WITH sy 85 -7.152 -30.839 -13.549 1.00 42.95 BUT 0 ATON 206 I Transnational corporation 86 -5.503 -39.019 -12.042 1.00 39.72 BUT to ATON 207 CA Transnational corporation 86 -5.570 -40.471 -11.973 1.00 36.25 BUT with ATOM 20V NE Transnational corporation 86 -4.213 -41.1С6 -11.60V 1.00 34.62 BUT with ATOM 209 □ 01 Transnational corporation 86 -3.301 -40.957 -12.701 1.00 30.95 BUT 0 ATON 210 CC2 Transnational corporation 86 4.379 42.505 -11.295 1.00 33.47 L with ATCI 211 WITH Transnational corporation 86 -6.599 -40.825 -10.902 1.00 35-99 BUT with ATSN 212 □ teak 86 -6.593 -40.255 -9.017 1.00 36.01 BUT 0 ATSN 213 I B13 87 -7.482 “41.701 “11,213 1.00 35-71 BUT at ATSN 214 SD N * 3 87 0.564 “42.009 “10-312 ] .00 36.27 BUT with ATSN 215 sv ΜΪ3 eight? -9.E23 '42 -308 '11, 112 1.00 38.7? BUT with ATOM 216 ss ΗΪ5 87 “10.446 -41.172 -N .715 1.00 41-65 BUT with ATSN 217 with; N1E 87 '11,072 “40.TS7 -11,143 1.00 41. B0 BUT with ATON 218 ηει ΗΙ5 87 -10.461 -40.937 -13.074 1.00 43.71 BUT II ATON 219 CE B ΗΙΞ 87 -11,070 -39.790 -13.314 1 .60 43.53 BUT with ATON 220 YE2 H15 87 -11.451 -39.273 -12.159 1.00 43.79 BUT s ATON 221 with Ηίδ 87 -0.239 -43.251 -9.393 1.00 35.00 BUT with ATON 222 0 I15 87 -7.406 -44.097 -9.705 1.00 36.51 BUT ΰ ATS " 223 n yee 8B -0.925 -43.2Θ8 -0.250 1.00 34.46 BUT I ATON 224 CA B 8B -0.567 “44.177 7.160 1 .00 32.12 BUT with ATSN 225 sv boo 80 -9.537 “43.994 -6.004 1.00 28.05 BUT with ATSN 226 ss boo 80 -9.207 -44.893 -4.017 1.00 26.09 BUT with

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ATSN 227 CO2 Bes 8B -7.810 -44.563 -4.29V 1.00 11/25 BUT ATON 22nd CC2 Bes Vy -10.249 -04 .721 -3.744 1.00 24.99 BUT ATSN 229 WITH Bes 88 -8.511 -45.652 -7.549 1.00 31.90 th ATON 230 ABOUT BEO 80 -7.850  16.438 -6.866 1.00 $ 2.53 BUT ATOM 2 31 N 5 EN 89 9.194 -46.Ο3Β -8.629 1.00 Z1.ba BUT ATOM 232 CA 5EK 09 -9,173 -47.440 -9.012 1.00 32.76 BUT ATOM 233 WITH& ZEK 09 -10-412 -47 .901 -3.31h 1.00 32.89 BUT ATSN 234 F 5 EN AT 9 -10,215 -four? , 494 -11.103 100 37.17 BUT AT0M 235 with 5 EN 09 -7,938 -47,674 -9.87 $ 1.00 32 .29 BUT ATOM 236 about ZEK AT 9 -7.371 -40.771 -9.852 1.00 32, 59 BUT ATOM 237 n em 90 -7.533 -46.652 -10.641 1.00 33.53 BUT ATOM 230 CA sm 90 -6.260 -16.691 -11.304 1.00 35.45 BUT ATOM 239 NE SB5G 90 -6.130 -15.500 -12.337 1.00 38. thirty BUT ATOM 240 With WOULD* 90 -7.054 -45.57V -13.538 1.00 41.60 BUT ATOM 241 SR OBI 90 -7.396 -44.199 -14.107 1.00 44.93 BUT ATOM 242 OE1 sn 90 -6.964 -43.179 -13.553 1.00 46.71 BUT ATOM 243 NEZ OBM 90 -0-148  44 .162  15-214 1.00 46.21 BUT DTOM 244 WITH Sc 90 -5.0 & Ι -46.714 -10,399 1.00 33.56 BUT ATOM 245 ABOUT OBM 90 -4.12 $ -17,444 -10,636 1.00 $ 33.8 BUT dt-mon 246 N £ Й 91 -5.176 -45.966 -9.209 1.00 32.2? L ATSN 247 CA WAY 91 -4.234 -46.079 -Θ.168 1.00 31.90 L ATOM 243 NE YONG 91 -1.673 -45.187 -7.010 1.00 32.61 d ATSN 2 * 9 Sat BEV 91 -4.020 -43.939 -7.044 1.00 35.08 BUT ATOM 250 WITH $ EV 91 -4.116 -47.509 -7.667 1.00 30.46 BUT ATOM 251 ABOUT 5EP 91 3-053 - 48.115 -7.740 1.00 02/29 BUT ATOM 252 N OBO 92 -5.219 -18,040 -7.159 ΐ .00 30.78 BUT ATON 253 CA SBO 92 -5.230 -19,385 -6, 61 6 1.00 29-62 BUT ATOM 254 NE OBO 92 -6.652 -49,765 -6,200 1, C0 38.03 BUT ATON 255 With yb 92 -7.297 -48.854 -5.173 1.00 $ 1.12 BUT ATOM 256 With si 92 -B.720 -49.2V9 -4.84? 1.00 33.15 D ATSN $ 57 OE1 SBP 92 -5.229 -50.204 -5.540 1.00 33.55 D ATSN 258 □ E2 sales 92 -9.326 -48.720 -3.90V 1.00 32.58 BUT ATSN 259 WITH OBO 92 -4.7 39 -50.399 -7.6 32 1.00 29 .04 BUT ATOM 260 ABOUT 0T. [] 92 -4.051  51.353 -7. 275 1.00 27.60 BUT ATSN 261 n ABC 93 -5.0 * 7  $ 0.202 6.999 100 29.96 BUT ATOM 262 CA AVB 93 -4.714 -51.186 -9.911 100 05/29 BUT AT SM 263 NE ABC 93 -5.381 - $ 8.8YO -11-259 100 31.00 BUT ATON 264 SS ABC 93 -5.574 -52.005 -12-21y 1.00 14.57 BUT ATOM 265 With ABC 93 -6.296 -51,599 -13.519 100 89.82 BUT ATON 266 ME AIS 93 -7.724 -51,277 -13.34 3 100 44.62 D ATOM 267 cg ABC 93 -8.289 -50.10 $ -13.651 100 45-59 BUT ATOM 26V HH1 AIS 83 -9.594 -49.90 $ -13.456 1 .co 44-61 BUT ATOM 269 IN2 ABC 93 -7.519 -49.120 -14.155 1.00 45.28 L ATON 27ϋ with DYS 03 - $. 229 -51.201.201 -10.020 1.00 27.72 D ATCI 271 about ABC 93 -2.613 -52.261 -10.149 one . with 2 6.82 D ATOM 272 N THY 91 -2.610 -50.011 -9.932 1.00 23.00 D ETON 273 CA tin 94 -1.197 -49.63? -10.06V one . with 26.43 BUT ATSN 274 NE tn 94 '0.822 -4V.354 -10.250 1 .co 25.41 BUT ATSN 2? five OS! tin 94  1.140 -47.942 -11.585 1.00 24.63 BUT ATOM 27 & CC2 tn 94 0.657 -48.145 -9.995 1.00 11/25 BUT ATOI 27 7 WITH TNK 94 -0.407 -90, 3 & 8 -8.994 1.00 2 6.50 BUT ATON 27 0 ABOUT Transnational corporation 94 0.637 -51.007 -9.081 ] .00 2 6.28 BUT ATOM 27 9 n ΑΙΑ 95 -0-890 -5 °, 1-5 -7.684 1.00 2 6.80 BUT ATON 280 CA ABA 95 -0.292 -50.736 -6.500 100 26-79 BUT ATSN 281 se ABA 95 -1.066 -50.34? - $ .26 $ 1-00 25.54 BUT ATSN 282 with ABA 95 -0.211 -52.25? -6.662 1.00 27.87 BUT ATOM 283 ABOUT ABA 95 0.753 -52.893 -6.322 1.00 ϊ ¥, $ 3 BUT ATOM 284 m ICE 96 -1.318 -52.041 -7.180 1.00 28.30 BUT ATOM 285 CA foxes 96 -1.396 -54.29? -7.327 1.00 28.84 BUT ATOM 286 sv Aye 06 -2.7V5 -54 .731 -7.793 1.00 29. $ 0 BUT ATON $ 87 WITH& But not 96 -3.303 -54. B45 -6.600 1.00 29.85 BUT ATSN 280 With Battery 96 5.163  55.261 -7.206 1.00 $ 1.96 BUT ATOM 239 ME ARB 96 -6.191 -54.262 -6.8V7 1.00 16.30 BUT ATOM 290 cg ABC 96 -6.973 -53.670 -7.7V9 1.00 37.39 BUT ATON 291 N111 Battery 96 -7.871 -52.774 -7.410 1.00 17.42 BUT ATOM 292 ΝΗ2 Battery 96 -6.865 -54.005  9.072 1.00 37.61 BUT ATOM 2EZ WITH ARB 96 a 336 - 54-783 -8.320 1.00 28.39 BUT ATOM 294 ABOUT ICE 96 $ 0.30 -55.011 -8-133 1. OS 28-76 BUT ATOM 295 N ICE 97 -0.16 $ -54.019 -9.391 1.00 27.77 BUT ATOM 296 CA ANS 97 0.755 -54.372 -10.459 1-00 28.70 BUT ATOM 297 NE two 97 0.576 -53.39? -11.620 100 30.62 BUT ATOM 29B se ICE 97 1.419 -53.715 -12.834 1.00 $ 4.33 L ATOK 299 SI Ayb 97 1.051 -52.027 -14.005 1,0o 17.30 BUT ATOM 300 IE AI 97 0.580 -53.596 -15.155 1.00 43.30 BUT ATOK $ 01 Sz bottom 97 -0.693 -53.661 -15.537 1.00 45.70 BUT ATOM 302 ΝΗ1 bottom 97  1.037 -54.385 -16.595 1.00 four? . ten BUT

5ί о э / Ί П <1 Ч Ο Ο 2 ϊ Ο ϊ ϋ <3 Ο Π 2 Ο ιΤ Π Γ> Ζ О Г> П Ο ϋ Π Ζ Ο Ζ Ε Π Ζ Π Π Π ϋ Ζ Ρ Π ςι ί) Π Π П С Ζ Ρ ΰ 0 (Ί Λ Ζ С Γ> Ζ ΰ Λ υ Γι · Γ1 ϊ О С7 Г? Ο Ο Ϊ ϋ (Э 'Э

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ATSN 303 MM2 ABC 97 -1.627 -53.000 -14.865 1.00 4 $ .09 BUT N ATSN 304 WITH YEVES 97 2-202 -54.3 + 6 -9.964 1.00 08/27 BUT WITH YATSN GOITER 0 ARS 97 2.983 -55.253 -10.248 1.00 20.38 Λ 0 ATON 306 N Bw 90 2.5 + 5 -53,296 -9,223 1.00 27.13 th N dton thirty? CA Bw 90 3.052 -53-161 -8.50 $ 1.00 23.63 BUT WITH ATSN CALL NE Bw 90 Z. ObE -51.911 -7.705 1.00 23.28 BUT WITH ATSN 309 SS Bbo 9Θ 4.960 -51,732 -6, 656 1.00 24.24 BUT WITH ATSN Zu SB1 Bw 9B 6.330 -51.042 -7.301 1. OS 25.92 BUT WITH ATSN 311 CB2 Bw 9Θ 4.790 -50.374 -5.996 1.00 23.65 BUT WITH ATSN 312 WITH jeo 9B 4.115 -54.376 -7.732 1.00 22.69 BUT WITH ATSN 313 0 Bw 9B 5.1 + 5 -55.031 -7. B49 1.00 23.28 BUT WITH ATSN 314 N 01.Ν 99 3.147 “54.601 -E.V74 1.00 22.70 BUT m ATSN 315 CA sy 99 3.20V -5B.7ё6 -5.931 1.00 21.72 BUT with ATON 316 NE bkv 99 1 .040 -55,904 -5.261 1.00 23.0? BUT with ATON 31? SS sy 99 1.095 -56.40 $ -3- 838 1.00 20.10 BUT with ATSN 310 Οϋ SY 99 1.553 -55.309 -2. Q5? 1.00 20.2? BUT with ATSM 319 OE1 SY 99 1.373 -5 $. $ 55 -1.669 100 29.74 BUT 0 ATSM 320 KE2 sy 99 1.551 -54.070 -3.351 1.00 29.27 BUT N ATOM 321 WITH sy 99 3.569 -57.066 -6. 644 1.00 20.42 BUT WITH ATOM 322 0 sy 99 4.434 -57.022 -6. 196 1.00 16.61 I but ATSN 323 I ABA 100 2.086 -57.306 -7.759 1.00 09/19 BUT n YATSN 32 4 CA ΑίιΑ 100 3.07) -58.504 -8.567 1.00 19.33 d with ATSN E2B C0 DYD 100 2.02 3 -58. $ 46 -9.668 1.00 $ 17.4 D with ATON 326 WITH ABA 100 4.464 -5 $ - 551 -9.160 1.00 10.79 BUT with ATSN 32? 0 ABA 100 $ -216 -59-499 -9-959 1.00 21.98 BUT 0 ATSN 32V n SY 101 four . Θ03 -57.524 -9.950 1.00 03/16 BUT N ATOM 329 CA sy 101 6.096 -57.452 -10.617 1.00 01/14 BUT with ATOM 330 NE sy 101 6.204 -56.11V -11.339 1.00 14 .22 I WITH ATSN 331 se sy 101 5.063 55.912  12.293 1.00 17.42 BUT with ATOM 332 With sy 101 5.207 -54.679 -13.146 1.00 01/20 L with ATSM 333 OE1 Sy 101 4.281 -B4.306 -13.870 1.00 24.1) BUT 0 ATSN 334 NOT? S1.Y 101 6.364 54.033  13-070 1,03 20.43 I N ATSM 335 WITH S1.M 101 7.217 -57.602 -9- 667 1.00 15-13 D WITH ATOM 336 0 sy 101 3.253 “58-205 -9.893 1.00 14 .83 BUT 0 ATSM 33? N ABA 105 6.997 -57.05+ -8,437 1.00 14.56- BUT S ATSN 338 CA ABA 102 7.97 5 -57.129 -7.348 1.00 13.30 BUT € ATOM 339 NE ABA 102 7.632 -56.117 -6.27 $ 1.00 11.40 BUT WITH ATSM 340 WITH ABA 102 0.04 7 -53.536 -6.749 1.00 13.44 BUT € ATSM 341 WITH ABA 102 9.107 -50.993 -6.339 1.00 12.59 BUT ϋ ATON 342 I ABA 103 6.910 -59.226 -6.690 1.00 15 .23 BUT S ATON 343 OA ABA 103 6.90 + -60.566 -6.1 + 2 1.00 17. 52 BUT WITH ATOM 344 NE ABA 103 5.43V -61.014 -5.094 1.00 13 * 93 BUT WITH ATOM 345 WITH ABA 103 Ί, 5E7 -61 .BOO -7.124 1.00 20.63 BUT WITH ATON 346 0 ABA 103 in * zvz -62.355 -6.731 1.00 20 * 64 D 0 ETON 347 N ADE 104 7.329 -61.291 - • 8.407 1.00 23.2 $ L to ATON 349 CA AKO 104 7.976 -62.104 “9.411 1.00 26.07 D £ DTOK 34 * NE DAY 104 7.556 -61.665 -10.806 1-00 2nd, ez L £ ATOM 350 se bottom ’04 6-24V - 62 .202 31-215 ten 33.7? d with ATON 3 $ 1 with foxes 104 5.090 -61.042 -12.629 1-00 33.49 BUT with ATOM 352 NOT ICE 104 4,707 -61.-099 -12.687 1.00 46.45 BUT N DTON 353 cg bottom 104 4.71 6 -59.002 -12-900 1-00 40.94 BUT WITH ATOM 354 HH1 AKO 104 3, 572 -59.128 -13.016 1.00 50.90 BUT s ATOM 355 NE2 ICE 104 5,861 -59. U9 -13.26 $ 1.00 49.24 BUT s ATOM 356 WITH ICE 104 9.401 -62 .901 -9.257 1.00 27.46 BUT £ ATON 357 0 ICE 104 10.200 -62.974 -9.467 1.00 29.34 BUT 0 ATOM 353 N but not 105 9.963 -60 .828 -0.074 1.00 26.17 BUT s ATOM 359 CA AI6 105 11.304 “60.669 “3.636 1.00 27.57 L with ATOM 360 NE ICE 105 11 * 766 -59.203 -a. 770 1.00 29.09 BUT WITH ATOM 361 se ICE 105 11.942 -BV .762 “10.220 1.00 34.0V BUT g. ATOM 362 wed ARS 105 12-558 '57, 373 “10,326 1.00 38-94 BUT with ATPM 363 ΝΕ A NA 10 $ 14.002 -B? .376 “10.107 1.00 40.02 BUT N ATOM 364 CE bottom 105 14,668 -56, 338 “9.635 1.00 46.10 BUT WITH ATOM 36 $ HH1 DAY 10 $ 16.004 -56,429 -9. + 70 100 48.21 BUT N ATOM 366 HH2 ISE 105 14.05? -55,210 -9.319 1.00 4 6.61 BUT N ATOM 36? with bottom 10 $ 11.77 $ -61-19 $ -7,260 100 26, J2 BUT WITH ATOM 365 0 AKO 105 12.947 -61 .228 -b.917 1 .co 25.8V BUT 0 ATOM 369 N SUE 106 10-793 -61, 609 -6. + 73 100 12/26 BUT TO ATOM 370 CA SUE 106 11.090 -62 .194 -5.174 100 25 * 7 + BUT WITH ATOM 371 0 SUE 106 1], 029 -61.231 -4.OOO 1.00 25.62 BUT with ATOM 372 WITH Eu 106 11.455 -61.566 -2.692 100 04/25 BUT about LTIM 373 [! TUI U7 10.497 -60.035 -4.237 100 25.4V BUT and ATOM 374 CA TUI 107 10.463 -56.990 -3.222 1 .co 01/25 BUT with ATSM 376 Sv TUI 147 10.7B0 “$ 7.627 “3. B46 1.00 24.93 BUT with ATOL 376 se tun ten? 12.237 -57.306 'c. 137 1.00 26.36 BUT with ATON 377 □ Ώ1 tun 107 13.070 “56.810 -3.183 100 25.50 BUT with ATSN 370 CE1 TUE 1111 14.406 ‘56 .570 “3. + 48 100 36.30 BUT with

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ATOM 310 CO2 TUI 107 12.7J1 -57.724 -5.369 1.00 26.57 BUT WITH ATOM 300 CE2 TUI 107 14.117 -57.407 -5.647 1.00 27.76 BUT WITH ATOM 301 C2 TUI 107 14.927 -56.909 -4.684 1-00 26-6? BUT G ATOM 302 Oh TUK 107 16.240 “56.640 -4.975 1.00 29.04 BUT 0 ATOM 353 WITH TUK Ί ϋ'ί 9-FROM -50.006 -2.471 1-00 24.Ί 9 BUT with ATOM 304 ABOUT TUK 107 8,110 -5Θ.Ϊ11 -3.054 1.00 25.14 BUT 0 ATOM 395 N WEIGHT 100 9.206 -59.045 -1.159 1.00 24.06 BUT N ATOM 386 CA Bj (1 100 8.156 -50.736 -0.275 1.00 23.40 BUT WITH ATOM 307 NE yee 10Θ 8.537 -59.153 1 .142 1.00 22.61 BUT with ATOM 300 with LIE 100 7.498 -5V.975 2. 234 1.00 24.41 BUT with ATOM 309 ΟΌ1 yee 100 6.261 -59.700 one . 981 1.00 27.40 BUT with ATOM 300 CP2 yee yua 8.073 “59.433 3. 562 1.00 25.45 BUT with ATOM 391 0 yee 1oa 7.891 -57.223 -0.043 1.00 22.40 BUT with ATOM 392 ABOUT LEU 100 8.830 “56-431 -0.309 1.00 23.50 L 0 ATOM 393 N TNV 139 6.62 $ -56.022 - 0.464 1.00 2,1,2? BUT N ATOM 394 CA Transnational corporation 109 6-268 -55.405 -0.403 1.00 19.0? BUT WITH ATOM 395 NE Transnational corporation 109 6.001 -54,760 -1.794 1.00 19.59 BUT with ATOM 396 OS1 Transnational corporation 109 4.895 -55.264 -2.390 1.00 19.90 BUT 0 ATOM 397 002 Transnational corporation 109 7.274 -55.056 -2.694 1.00 20.30 BUT with ATOM 398 WITH Transnational corporation 109 4.956 -55.235 0.309 1.00 17.86 BUT with ATOM 399 ABOUT ΈΗΗ 109 4.152 -56.150 0.351 1.00 17.14 BUT about ATOM 4 00 N Bw 110 4.741 54.044 0.049 1.00 18.44 BUT N ATOM 401 CA Bw 110 3.512 -53.708 1.552 1-00 19.57 BUT WITH ATOM 4 02 NE Bw 110 3.736 -53.841 3.054 1.00 2 (1.21 BUT WITH ATOM 403 CH Bw 110 2_ $ 05 -53.554 E.6Y 1.00 22.66 BUT WITH ATOM 4 04 With B5 NS- 2.449 -56.457 5.061 1.00 24.45 BUT with ATOM 405 CE yoon 110 1.013 -54.935 5.367 1.00 26.17 BUT with ATOM 436 N3 Bw 110 S.944 -56.941 6.235 1.00 29.22 BUT m ATSN 4 (and 0 Bw NA 3.001 -52.347 1.219 1.00 18.90 BUT with ATOM 408 about Bw 110 3.728 “51.359 1.344 1.00 20.91 BUT th ATSM 409 N Fuck ίίί 1.741 “52.270 0.009 1.00 19.04 BUT N ATSM 410 CA ΪΕΕ 111 1.095 -50.992 0.623 1.00 18.90 BUT with ATOM 411 NE 1b w -0.029 “51, (193 “P.4O6 1.00 11.7? BUT with ATOM 4 12 C52 TT, E 1 1 1 -0.751 -49.766 -0.525 1.00 18-36 BUT with ATOM 413 Сё1 1b 1’1 0.539 -51.524 -1.750 1.00 19.16 BUT with ATOM 414 CO2 EE 111 1,519 -50,522 -2.34? 1.00 17.30 BUT with ATOM 415 with ! Bj 111 0.496 -50.431 one . 927 1.00 18.80 BUT with ATOM 416 0 ! Bj 111 -O.40Y -51.010 2.512 1.00 17.44 BUT 0 ATOM 417 N yee 112 1.016 -49.291 2.373 1.00 19.52 BUT N ATOM 418 CA Bw 112 0.607 -46.762 3.687 1.00 19.22 BUT WITH ETON 419 sv Bw 112 1.845 -47.576 four . 273 1.00 19.32 BUT WITH ATOM 420 her yee 112 3.124 -40.911 4.439 1.00 22.22 BUT with ETON 421 CP1 Oec 112 4.303 -47.914 4.746 1.00 22.17 BUT with ATOM 422 Pops yee 112 2.935 -49.930 5.534 1.00 20.39 BUT with ATOM 423 with jeo 112 Ό.5 & 5 -47. vaz 3.622 1.00 10.62 BUT with ATON 424 about yee 1 12 -1.298 47.762 four . 599 1.00 18.34 BUT about ATON 425 N NT 5 1 13 TO-500 '47 .204 2,460 1.00 10, D4 I m ATON 426 CA ΗΊ3 113 -1.900 -46.344 2.299 1.00 19.02 L with ATOI 427 NE ΗΙ5 113 1-509 -45, about $ 0 3.05? 1.00 20.19 d with ATOI 428 With ΗΙ5 113 -2.658 -44.007 2.94 9 1.00 22.51 BUT with ATOM 429 CB2 ΗΙ3 OF -2.029 -42.99? 2. 066 1.00 22.37 BUT with ETON 430 N01 ΗΙ5 OF -3.716 -43.931 3.Θ30 1.00 21.62 BUT N ATON 431 CE1 ΗΙ5 113 -4.492 -42.916 3.494 1.00 21.55 BUT WITH ATOM 432 ΝΕ2 H15 OF -3.977 -42.310 2. 420 1.00 21.95 BUT N ATOM 433 WITH ΗΙ3 OF -2.114 -46.036 0.029 1.00 18.9V BUT WITH ATSM 434 ABOUT H13 OF -1.163 Ό5.968 0.059 1.00 19.75 BUT 0 ETON 435 N UAY 114 -3.366 -45.854 0.434 1.00 19.49 BUT M ATOM 436 CA UA1. 114 TO.662 -45..307 “0.910 ] .00 2C..ZE BUT WITH ATOM 437 Joint venture UAY 114 -4.120 “46.413 -1.678 1.00 19.03 BUT e ATOM 433 CC1 UAY I4 -4.729 “45.90.3 -3.119 Ί.00 16-9Θ BUT with ATOM 439 C52 CNT. I4 3.86 $ -47,777 -1.635 1.00 10.60 I with ATOM 440 WITH UAY 114 “4.414 -44.071 -0.793 1.00 21.30 BUT WITH ATSM 441 WITH UAY 1P -5.416 -43.998 -0.090 1.00 22.35 BUT 0 ATOM 442 N RNE 115 -3.932 -43.035 -1.460 1.00 22.44 BUT N ATSM 443 CA RNE 115 -4-532 -41.713 -1.351 1.00 25.41 BUT WITH ATOI 444 NE RNE 115 -3.533 -40.640 -1.757 1.00 26.99 BUT WITH ATON 445 SS RNE 115 -2.207 -40.613 -0.990 1.00 27.32 BUT WITH ATOM 446 SY RNE 115 -1.1V2 -41.3Β3 -1.209 1.BO 26.01 BUT WITH ATOM 447 TO2 RNE 115 -2.247 -39.836 0. 259 1.00 26.96 BUT WITH ATON 448 CE1 RNE 115 -0.063 -41.303 “0.403 ] .00 24.1 3 BUT WITH ETON 4 49 CE2 RNE 115 -1.130 -39.833 1.070 1.00 2 5.59 BUT WITH ATSM 450 SI RNE 115 -0.043 '40 .607 0.736 1.00 24.86 BUT with ATSM 431 n- RNE 115 -5.313 “41.538 '2.171 1.00 2 6.05 BUT with ATSM 452 ABOUT RNA OF -5.856 -41.860 -3.37 * 1.00 27.95 BUT 0 ATON 453 N H15 116 “6-044 -43.013 -1.503 1 .00 26.70 BUT μ ATOM 454 CA ΗΙ5 116 -8,110 -40.659 -2.124 1 .00 27.32 BUT WITH

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ATIM 455 Sho 6: 1st 116 -9.299 -40.991 -1.192 1.00 J4.94 L WITH yatom 456 Sz NT5 116 -9.464 -42.450 -0.886 1.00 Ζ4.70 BUT WITH ltan 457 SP2 ΗΙΕ 116 -10.511 -43-171 -0.59? 1.00 $ 4.63 BUT WITH ATOM 45 " N01 Ε-ΣΞ 116 -8,406 -43.330 -0.821 1.00 25.06 BUT th ATSN 459 SI 415 116 -B.852 -44.534 -0.506 1.00 23.26 BUT WITH ATSM 460 NOT? ΗΙ3 116 -10.162 -44.460 -0.365 1.00 22.78 BUT N ATOM 461 WITH ΗΙ5 116 -8,144 -39.153 -2.418 1.00 2Θ.43 BUT WITH ATOM 462 ABOUT ΗΙ5 116 -9.172 -38.612 -2.81E 1.00 29-04 BUT ΰ A * OM 463 N SUE 117 -7.022 -38.474 -2.215 1.00 29, 51 BUT to ATOM 464 CA SUE 117 '7.061 -37.021 + 2-127 1-00 32-31 BUT with ATOM 465 WITH SUE 117 -7.039 -36.199 -3-416 1.00 32.2 $ BUT with ATON 466 ABOUT Be 117 -7.454 +36.658 -4,469 1.00 32.39 BUT 0 ATSN 467 M Bj OF -6.563 -34.957 -3.206 ] .00 50.44 L N ATOM 468 CA ive eleven" -6.261 -34.099 -4.427 1.00 29.49 BUT WITH ATON 469 NE jeo 116 -6.188 -32.630 -3.991 1.00 27, 76 BUT with ATOM 470 SS Bj 118 -7.442 -31.991 -3.399 1.00 26.47 BUT with ATOM 471 CP1 ho 118 -7.061 -30.74V -2.612 1.00 26.36 BUT with ATSM 472 C 02 LIE 118 -8.421 -31.662 +4.511 1.00 25.77 BUT with ATON 473 WITH LIE OF -4.906 -34.520  4.966 1.00 29.07 BUT with ATSM 474 ABOUT B £ c on -4.315 - 33.070 -5.848 1.00 29.4) BUT 0 ATSN 475 M 1Y1G 119 +4.302 -35.602 -4.40? 1.60 29.38 L I ATOM 476 CA YELG H9 -3.051 -36.084 -4.747 1.00 29.49 BUT with ATON 477 NE Bw 119 -2.093 -35 -724 -3.624 1,0o 28,? 2 BUT with ATOM 478 SS Bw 119 -0.605 -35.959 -3.070 1.00 30.16 BUT with ATON 479 001 Bw 119 0.O7O -34.039 -4.26Θ 1.00 29.01 BUT with ATOM 480 CO? ive 119 0.025 -36.53V -2.602 1.00 29.14 BUT with ATOM 481 with Bf 119 -3.090 -37.600 +4.935 1 .ao 29.79 BUT with ATOM 482 ABOUT B'z 119 +2.874 -30-358 -3,980 1.00 30-11 BUT with ATOM 483 N ₽.o 120 -3.369 -30.061 -6-161 1-СО 29-03 d R ΑΤΪ3Μ 484 with Р1Ю 130 3-629 -37.259 -7.367 1.00 28.57 BUT 0 DOTC 46 $ CA RGO 126 -3.499 -39.498 -6,422 1.00 28.72 BUT with ATSM 486 sv REY 128 -4,078 -39.562 -1.831 1.CO 27.70 BUT with ATON 4th? se REY 1? P -3.675 -Sv.291 -0.455 1.00 28.64 BUT with AGON 488 with REY 121) -2.178 -40.242 -6.312 1.00 27.90 BUT with ATOM 489 ABOUT RVO 120 -1.167 -39.-938 -6. B90 1.00 28.70 BUT 0 ATOM 490 N Cb 121 -2.136 -41.334 -5.561 1 .00 27.12 BUT N ATOM 491 CA SUE 121 -0.998 -42.130 -5.392 1.00 25.12 BUT with ATOM 492 WITH SUE 121 -1.206 -43.167 -4.315 2.00 24.57 BUT with ATOM 493 ABOUT Cb 121 2.343 -43.528 +4.009 1.00 28.06 BUT about ATOM 494 n RNE 122 -0.108 -43.652 +3.746 1 .00 23.56 BUT N ATOM 495 CA RNYO 122 +0.166 +44.565 -2.6I 1.00 22.66 BUT with ATOM. 496 NE RNE 122 -O.560 +15.97] -3.064 1.00 23-01 BUT with ATOM 497 With RNE 122 0.355 -46.552 -1.189 1.00 25-01 BUT with ATOM 4 98 st RNE 122 I .429 -47.349 -3.747 1.00 24.64 BUT with ATON 4 99 SS2 RNE 122 0.120 -46.320 -5.457 1.00 25.34 L with ATOM 500 SK1 rne: 12?. 2.252 -41.903 -four, 1.00 23.8 & BUT with ATOM 50] CE 2 RNE 12?. 0.952 -4b, 8? 4 -6, 421 1.00 25.50 BUT with ATOM 502 SY RNE 122 2.015 -47.667 -6,043 1.00 24.61 BUT with ATOM 503 WITH RNE 12.2 1.196 -44.603 -1.945 1.00 22.06 BUT with ATON 504 ABOUT RNE 122 2.181 -44.162 -2,520 1.00 22.52 BUT 0 ATSM 505 N Bw 123 1.237 -45.115 -0.722 1.00 22.50 BUT at ATON 506 CA Bw 123 2.466 -45.171 0.064 1.00 23.34 BUT with ATOM 507 NE Bw 123 2.257 -44.478 1, 424 1.00 22.27 BUT with ATOM 508 ss Bw 123 3.295 -44.740 2-922 1.00 20.76 l with ATOM 509 CO! Bw 123 1.3E6 -43.683 2,536 1.00 18.72 BUT with ATSN 510 CO2 yee 123 2-505 +44.776 -3.841 1.00 19.62 BUT with ATOM 511 WITH Bw 123 2.032 -46.627 0.219 1.00 29.45 BUT with yatoi $ 12 with Bw 123 2.122 -47.432 0.823 1.00 23.19 BUT 0 ATON 519 n UAY 124 1.094 -46-958 -0.152 1.0O / 3.70 BUT n ATOI 514 CA UL 124 4.541 -48.342 -0.136 1.00 23.86 BUT WITH ATSN 515 NE UDT. 124 4.71 "-48.073 -1.580 1.00 21.15 BUT with ATSM 51 & C <51 UAY 124 5,646 -47,970 -2.357 1.00 19.01 BUT with ATSN 517 CO2 7Ab 124 5,263 -50.28Θ -1.550 1.00 21.6V BUT with ATSM 51B WITH UAY 124 5.B38 -48.557 0.657 1.00 24.90 BUT with ATSM 519 ABOUT UA1. 124 6.769 -47.751 0.996 1.00 23.20 BUT about ATSM 520 N Bw 125 5.860 -49.640 1.410 1.00 26.13 BUT I ATSN 521 CA Bw 125 7.057 -50.127 2.09V 1.00 27.32 BUT with ATOM 522 Sho YOW 125 6.696 -50.623 3-490 1-00 25-9? BUT with ATOM 523 se Lou 125 7.812 +51.373 four . 183 1.00 23.50 L with ATOM 524 with B5 125 ) .303 +51.061 5.549 1.00 2 5.85 I with ATOM 525 CE Bw 125 8.566 -52-431 6-316 1-00 28-11 BUT with ATOM 526 Ν & B $ 12 $ 8-220 -52.783 7.731 1.00 32.00 BUT N ATOM 527 WITH Bw 12 $ 7.613 -51.275 1.289 1.50 29.44 BUT with ATSN 528 ABOUT Bw 125 7.025 -52.302 1.057 1.00 30.59 BUT 0 ATOI 529 N MET 120 8,926 -51.097 0.073 1.00 29.55 BUT N ATSM 530 CA MET 126 9.507 -52.004 -0.066 1.00 27.34 BUT with

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ATRM 531 sv NOT 126 9.929 -51.996 -1.435 1.80 25.09 D WITH dtsm 532 Sat MET 126 9.170 -50.536 -2.052 1.00 24.16 BUT WITH ATSN 533 "about NOT 126 9.Θ24 -50.453 -3.795 1.00 24.67 BUT but ATOM 53 ί CE KET 126 9.694 46.996 -4.214 1.00 24.23 BUT WITH ATSN $ 3 $ WITH MET 126 11.654 -51.580 0.200 1.00 27.55 BUT WITH ATOM 536 0 MET 126 11.407 ‘50 -436 0-069 1.00 20.53 BUT 0 ATSN 53? N CENTURY 127 11,906 -52.514 -0.650 1.00 26.25 BUT At ATOM 530 CA YEK 127 13.272 -52,170 -1-035 1.00 24-19 BUT WITH ATOM 539 sa beck 127 13.991 -53-400 -1-590 1.00 23-41 BUT WITH ATOM 540 with YOEK 127 15.272 -53.060 -2,093 1.00 19.90 BUT with ATON 541 with 5 EB 127 13.336 -51.0? 4 -2.001 1.0 "23.63 BUT with ATSN 54 2 ABOUT I'm ev. 127 12.560 -51.066 -3.036 1.00 23.04 BUT 0 ATSN $ 43 Ή Be 120 14.279 -50.153 -one. 907 1.00 23.39 BUT N ATOM $ 44 CA Be 120 14 -572 -49.194 -2.953 1.00 25.02 BUT WITH ATOM 545 with Be 120 16.125 -49.044 -4.221 1.00 25.07 BUT with ATOM 546 about Be 12Θ 15.369 -49.174 5.221 1.00 25.E1 BUT 0 ATOM 54? N A5P 129 16,321 -51.157 -4.102 1.00 24.43 BUT B) ATOM 549 CA AZR 129 15.045 -51.872 5,327 1.00 23.02 BUT with ATOM 549 NE AZR 129 16.202 -53.270 -four. $ 92 1.00 25-00 BUT with ATOM 550 SS AZR 129 17.579 -53.266 -4.157 ι.οΰ BUT with ATOM 551 ΟΌ1 A $ P 129 18.039 -52.159 -3.878 1.00 29.0О BUT P ATSN 552 SGO2 L $ P 129 18.0V6 -54.365 -Z.E4O 1.00 27.23 BUT 0 In summer $ 53 WITH AIR 12 $ 14.333 -51.972 -6.433 1.00 22.97 BUT with ATOM 554 ABOUT AZR 129 ] $.] 70 -62.312 -7.556 1.00 24.66 BUT 0 ATON 555 N Bw 136 13-50O -51.677 -6.114 1.00 23.97 D N ATOM 556 CA Bw 130 12.493 -51.807 7.077 1.03 23.49 BUT with ATON 557 sv yee 136 $ 11.257 -52.37 -6.393 1.0O 22-01 BUT with ATON 559 SS- LIE 130 11.441 -53.659 -5,597 1.00 21.51 BUT with ATOM $ 59 CO2 Bw 130 10.365 -53.7Y -4,524 1,0 "19.and1 D n ATON 566 CO2 S? 3 136 11.390 -54.837 -6. 543 1.00 20.08 BUT with ATON $ 61 WITH Bw 130 12.139 -50.464 -7,700 1.00 23.13 BUT with ATOM □ 62 ABOUT bck ] thirty 11.135 -50.344 -0.410 1.09 23.93 BUT with ATSN 563 N 1.E1G 131 12.954 -19.453 -7. 429 1.00 23.2? BUT N ATOM 564 CA GE1T 131 12.666 -49.112 -7.915 1.03 24.47 BUT WITH ATOM 565 NE LEA 131 13-66 $ -47,117 -7.331 1.03 23.0? BUT WITH ATOM 565 SS L'O 131 13.505 -48.79 $  5-843 1.03 22.95 BUT WITH ATON 567 CP1 B''o 131 $ 14,607 -40.95 -5.118 1.00 22.36 BUT WITH ATOM 563 CO2 L'O 131 12.188 -46.066 5,568 1.00 20.28 BUT WITH ATON 569 WITH Bw 131 12.662 -48.002 -9- 43? $ 1.00 _r 3o BUT with ATOM 576 ABOUT Bw 131 11.704 -47.493 -13,025 1.09 25.04 BUT with In summer $ 71 N 132 13.726 -49.472 -13.07? 1.00 <7.21 BUT N ATOM 572 CA School 132 13.7V2 -48.456 -11.534 1.00 20.71 BUT £ ATOM 57 3 NE si 132 15.045 -49, 164 -12.034 1.00 30.39 BUT WITH ATOM 574 With Y’’O 132 16.295 -48.334 -12.008 1.00 32.76 BUT £ ATOM 57 $ With si 132 17.523 -49.061 -12 . 454 1.00 34.92 BUT WITH ATOM $ 76 OE1 yi 132 17.661 -50.244 -12.069 1.03 34.12 BUT WITH ATOM $ 77 OE2 si 132 18.35 $ -4Ε.47Ϊ -13.191 1.00 36.93 BUT 0 ATOM $ 7 " WITH Life 132 12.547 -49.136 -12.112 1.03 29.50 BUT WITH ATOM $ 79 0 01 i 132 12.00 $ -40.697  13.128 1.03 30.00 BUT WITH ATOM 500 N B'’s 133 12.106 -50.207 11-451 1.00 29.35 BUT N ATOM 591 CA Bw 133 10. "30 -60.960 -11. "79 1.00 20.02 BUT WITH ATOM 592 NE jeo 133 10.769 -62,229 -11,036 LOO 20-47 BUT WITH ATOM 593 SS LEA 133 9.429 - $ 2- $ 59 -11,156 1.0 $ 26.56 BUT WITH ATOM 594 SP1 B''o 133 9.241 -53.439 -12,578 1.00 26.64 BUT e; ATOM 595 whitefish Bw 133 9.ZE7 -54.123 -10.28 " 7.00 2 $ .35 BUT with ATOM 596 0 Bw 133 9.660 -50.132 -11.769 1.00 27.30 BUT WITH ATOM 507 0 ooi 133 8.901 -50.022 -12,733 1.00 77.9 " BUT <0 ATOM $ 0I N ΑΙΑ 134 9.435 -49.555 -ten. 592 1.00 25.72 BUT N ATOM 509 CA ABA 134 8.193 -4V.8E1 -10,314 1.00 24.04 BUT WITH ATOM 590 sv ATL 134 8.147 4B.430 -B.V47 3.03 24.07 BUT WITH ATOM 591 with ABA 134 8.032 -47.598 -11.19 $ 1.00 21.33 BUT WITH ATOM 592 0 DIA 134 6.917 -47.263 -11-603 1.00 21.21 BUT 0 ATOM 593 N Ι.Ε11 13 $ $ .141 -46.927 -11.407 1.00 13.76 BUT N ATOM 599 CA Bw 135 9.103 -46.742 12,323 1.00 17.09 BUT WITH ATOM $ 59 sv Bw 13 $ 10-491 -10.136 -12.414 1.03 17.50 BUT with ATOM 596 ss Bw 135 10.969 -44,445 -11,139 1-00) 8.y5 BUT with ATOM 597 001 BE1G 135 12-4 * 6 -44.197 -11-209 1.00 10.5? BUT with ATOM 593 from 02 B £ o 135 10.227 -43.139 -10.937 1.00 39.4 " BUT with ATOM 59? WITH Bw 135 Y. 579 -46.054 -13,713 ;, о 17.06 BUT with ATOM 600 0 Bw 135 7.968 -45.213 -14.352 1.00 36.31 BUT with ATON 601 n Boo 136 8.302 -47.277 -14.178 1.00 18-8 " BUT N ATOM 602 CA B5 136 8.217 -47.722 -15.438 1.03 ZE.70 BUT WITH ATOM 603 NE Bw 136 8.974 4Θ.935 -15,967 1.00 19.33 BUT WITH ATOM 604 Sat Bw 136 10.417 -40.673 -sixteen. 319 1.00 21.05 BUT WITH ATOM 665 With Bw 136 11.128 -49. EV7 • 16.527 1.00 25.15 BUT WITH ATON 606 CE Bw 136 12,639 -49.826 -16.408 1.03 29.77 BUT WITH

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ATOM 607 N2 BUOY 156 1EL74 “49-44 $ -17,324 1.00 33-49 BUT N ATOM 600 0 BUOY 136 6-718 -40.059 -16.366 1-00 18-94 BUT WITH ATOM 609 0 BU6 136 6,062 -40-132 -16,403 1-00 19.33 BUT 0 ATOM 610 N WITHOUT 137 6.175 -48,236 -14.160 1.00 09/19 BUT N ATOM 611 CA Betz 137 4.736 -48.494 -13.999 1,60 10.90 BUT WITH ATOM 612 NE Betz 137 four . 37B -48.740 -12,526 1.00 16.30 BUT WITH ATOM 613 SS beo 137 4.790 -50.075 -11.870 1.00 15 .79 BUT WITH ATOM £ 14 □ □ 1 whiter 137 4.652 -49.976 -10.379 1.00 14 .21 BUT with ATOM 61 $ wed? BEO 137 3.936 -51.207 -12.414 1.00 03/16 BUT with ATOM 656 G yaki 1 37 3.303 -47.320 -14.522 1.00 04/20 BUT with ATOM 617 0 ιευ 137 4-31E -46.163 -14.450 1.00 19.00 BUT with ATOM 610 N RKO 130 2-713 -47.611 -15.097 1.00 21.62 BUT N ATOM 619 With T-bills 130 1, 962 -48-887 -14-964 ι .oo ? 3.18 BUT with ATOM 620 CA tko 130 1.91 " -46.579 -15.721 1-00 23.00 BUT with ATOM 621 NE ? m 130 0.0 62 -47.38 $ -16.4 ?! 1.00 04/22 BUT with AGON 622 se Ryo 130 0.653 -48.570 -15.607 100 21.35 BUT with ATOM 623 with RIO 130 1.306 -45.617 -14.705 1.00 22.95 BUT with ATOM 624 0 RIO 130 0.952 -46.032 -13.608 1.00 23.32 BUT 0 ATOM 625 to fgv 139 1.195 -44,343 -15.0В0 1.00 11/23 BUT N ATOM 626 CA K15 139 0.54 3 -4 3. 32B  14.258 1.00 23.62 BUT with ATOM 62? NE ΚΙ5 139  0.625 -43.-920 -13.473 1.00 06/27 BUT with ATOM 623 ss nga 139 -1-69V -44.589 -14.334 1.00 31 .12 BUT with ATOM 629 C 02 H13 139 -2,450 “$ 43.96 “15-320 1-00 30-9-1 BUT with ATOM 630 N □ 1 H1 £ 139 -2.103 -45.823 -14.227 1-00 32.B7 BUT N ATOM 631 CE1 K1Y 139 -3.05V -46.061 -15.105 1.00 32.29 BUT WITH ATOM 632 YE2 Βίε 139 -3.2J6 -44.949 -15,704 1.00 32.01 BUT N AGON 633 0 NTV 139 1.476 -42.640 -13.278 1.00 22.78 BUT WITH ATOM 634 0 ΒΙ5 139 1.107 -41.655 -12.658 1.00 23.61 BUT 0 ATOM 635 l UAB 140 2.677 -43.195 -13.124 1.00 22.21 BUT N ATON 636 CA UAB 140 3.650 -42.649 “12.109 1.00 19.92 BUT WITH ATSN 637 NE UAB 140 4.B72 -43.576 -12.021 1.00 18.16 L WITH ATOM 638 CC1 UAB 140 $ .062 -42.973 -11.029 1.00 16.68 BUT WITH ATOM 639 CC2 UAB 140 4.427 -44,930 -11,555 1.00 18.58 BUT WITH ATON 640 0 UAB 140 4,130 -41.297 -12,677 1 .op 19-09 BUT WITH ATON 641 0 UAB 140 4.483 -41,124 -13, B41 100 10.54 BUT 0 ATOM 642 I ADB 141 4.150 -40.336 -11.765 1. OS 21.38 BUT N ATON 643 CA AZR 141 4.647 -39.001 -12.065 1.00 21.70 BUT WITH ATON 644 NE D5₽ 141 3.736 -37.976 -11.401 100 2Ϊ.53 BUT with ATON $ 45 With AZR 141 3.053 -36,603 -12.018 1.00 24.38 BUT with AGON 64 $ 001 AZR 141 4.019 -36. 375 -12.77 B 1. OS 26.94 BUT ΰ ATON 647 osg A5₽ 141 2.971 -35,766 -11.741 1.00 27.24 BUT 0 ATON 64 $ 0 AZR 141 B.OV? -Z.809 -13.508 100 19.63 BUT with ATOM 64 9 0 AZR 341 £ .989 -ZV.466 -12.190 1.00 18.59 L 0 Atda 650 I TUI 142 6.194 -39.293 -10.256 1.00 behind. ev BUT I ATON 651 CA TUV ] 42 7.488 -39. 3Θ3 9.609 100 13.4 $ L with ARON 652 se TUV 142 0-044 -27.900 -9.335 100 18.30 L with ATON 653 ss TUV 142 7.120 -37,082 -8.52? 1.00 19-0 * l with ATOM 654 SOWING TUV 142 7-309 -36.920 -7.1 $ 7 1.00 18.23 BUT with ATON 655 Сё1 TUK 142 6.496 -36.07? -6.421 100 17.86 BUT with ATOM 656 SI TUK 142 6.103 -36.373 -9.141 100 18.51 BUT with ATOM 657 CE2 TUI 142 5.205 -35.52V -0.413 1.06 18.75 BUT with ATON 65V C2 TUK 142 5,4V6 -35.302 -7.054 1.00 19.0V BUT with ATOI 659 HE TUN 142 4.676 -34.537 -6.331 1.00 38.33 BUT 0 ATON 660 WITH TUN 242 7.333 -40.160 -0.302 100 19.33 BUT with ATON 661 0 TUV 142 6.219 -40.402 -7.043 1.06 19.86 BUT υ ATOM 662 N I BE 143 8.447 -40.964 '7.709 1.00 18.21 BUT and ATOM 663 CA G BE 143 8.3V8 -41.236 -6.421 1.00 18.63 BUT with ATOM 684 NE G BE 143 8-795 -42.710 “6,560 100 19.75 BUT with ATON 665 "32 I BE 343 8.693 43.414 - $. 224 1.00 19.43 BUT with ATON 606 SI I BE 143 7.90? -43.303 -7,620 1 .110 18.58 L with ATON 667 CB1 I BE 145 8.575 -44. $ 20 -0.370 ι.-00 1 $, 29 Λ with ATON 66B with I BE 143 9.348 -40.544 -5.471 1.00 18.03 BUT with ATON 669 0 1BU 143 18.498 -40.326 -5.019 one . 06 20.14 BUT 0 ATOM 670 M si 144 8.076 -40.102 -4.294 1.00 18.26 BUT N ATOM 671 CA YBS 144 9.733 -39.529 -3.292 1.00 19.45 BUT with ATOM 672 NE SB 144 9.167 -ZV.157 -2.908 1.00 18.29 BUT with ATOM 673 Si OBO 144 10.120 -37,303 -2.068 one . 00 19.87 BUT with ATOM 674 CE yb (] 144 9.470 -36. B13 -1.543 1.00 21.24 BUT with ATOM 679 LE1 OBO 144 8.950 -35.224 -2.362 1.00 22.4V BUT 0 ATOM 676 0E2 ¢ 51.0 144 9.503 -39.707 Ό.307 one . 00 19.26 BUT ϋ ATOM 677 WITH OBO 144 9.890 -48.392 -2.04 1 1.00 19.63 BUT with ATOM 670 0 about 144 8-907 “40.944 -1-536 ! .00 20.55 L 0 ATOM 679 N 145 11.100 -40.514 1.539 1 .06 20.79 BUT n ATOM 6J0 CA si 145 11.344 -41. , 170 -0.38 " 100 22-29 L g. ATON 6B1 NE SBO 145 12,700 -41, 881 -0.408 1.00 2 4.00 BUT with ATOM 6B2 SS si 145 13.25? -42.460 0.904 1.00 2 5.6? BUT with

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ATOM 683 SR g, u 145 $ 14.6 -41,994 1 .229 1.00 27-32 ATOM 68+ 0E1 hell 145 14-909 -40-770 1.131 1.00 29.46 ATOM 635 ΟΕΞ Bi 145 16.601 -42.543 1, 578 ] -00 25.9 $ ATOM 686 WITH bs 145 11,071 -40,640 O. 934 1.CO 22.03 ATOM 687 ABOUT si 145 11.501 -39.512 1.141 1.00 21 .79 ATOM 68 V N ΑΞΡ 146 10,361 -41.330 1.826 1 .CO 21.77 ATOM 689 CA AZR 145 9.605 -40.690 3.010 1.00 21.В1 ATOM 696 NE AZR 146 0.94 6 -41.693 3.792 1.00 23.57 ATOM 691 OS AbR 146 B .061 -41.015 4.831 1.00 26.04 ATOM 692 □ 01 AIR 146 7.680  39.836 4.626 1.00 25.09 ATOM 693 OP2 A5P 146 7.735 -41.666 5.851 1.00 26.40 ATOM 694 WITH AIR 146 10.901 -40.164 3.902 1.00 20.29 ATOM 695 about AZR 146 11-9 + 4 -40.767 4-066 1.00 20. ’$ ATOM 696 N ZEN 147 10,653 -39.000 4.4? 2 1.00 20.98 ATOM 697 CA Yen 147 11.635 -38,327 5,320 1.00 21,? V ATOM 690 NE Yen 147 12.306 -37.175 4.553 1.00 21.45 ATON. 699 OS ZEN 147 11.393 -36.616 3.622 1.00 21.30 ATOM 706 WITH ZEN 147 10.917 -37.800 6. 539 1.00 22.03 ATOM· 701 ABOUT ΞΕΒ 147 9.633 -37.841 6.594 1.00 22.29 atoms 702 N VEN 14B 11.682 -37.2В0 7.4 95 1.00 20.ВВ ATOM SW CA 5 EB 14B 11.097 -36.709 but. 695 1.00 1B.56 ATOM Ju4 NE ZEN 140 32.ISO -36.971 9-875 1.00 17.76 ATOM 705 ABOUT Yen IW Ϊ1.Β17 -38-303 10,343 1,0 "23-02 ATOM 706 WITH ZEN Ί 40 10.740 -35-220 0.591 1 - СО 17.96 ATOM “07 ABOUT Yen 145 11.243 -34,500 7,705 1.00 1 B.68 ATOM. 70V N ΥΑΕ 149 9.017 -34.70-7 9.464 1.00 17.50 ATOM 709 CA ¥ ab 149 9.52Θ -ZZ.ZV2 9.732 1.00 14.60 ATOM 710 NE ¥ ab 149 B.123 -32.931 9.108 1.00 10.11 ATOM Ju 1 SB1 UAY 149 A. call -32-979 7.681 1.00 7.29 ATOM 712 SB2 ¥ ab 149 7.022 33.790 9.768 1.00 4.64 AGON 7; 3 WITH ¥ bj 1 49 9. $ 65 -33-14 $ 11,243 $ 1.00 14.7 ATSM T14 ABOUT UAY 149 9.483 -34-090 12-034 1.00 13.7 $ ATOM- 715 N RNE 150 9.6 $ 7 -31.802 11,635 1.00 b4.7b ATOM 716 CA RNE 150 9.950 -31-564 13,020 1.00 14.06 atom: 717 NE RNE 150 11.455 -31.301 13,209 1.00 13.70 atom: 710 SS RNE 150 12.340 -32.416 12.706 1.00 13.73 ATON 719 001 RNE 150 12.025 -32.40V 11.339 1.00 13.23 ATOM: 720 C 02 RNE 150 12.693 -33.464 13.544 1.00 12.73 ATON 721 s £ 1 ENE 150 13.651 -33.424 10.940 1.00 13.20 ATON 722 CE2 RNE 150 13.52Θ -34.408 13.093 1.CO 12.62 ATON 723 cg RNE 150 14.007 -34.46a 11.7J9 1.00 13.49 ATON 724 WITH RNE 150 9.161 -so.zaa 13.493 1.00 15.59 ATON 725 with RNE 150 9.022 -29.371 12-769 1.00 15.4V ATSN 726 N ABA 151 B .652 ’30.4 62 14.721 1.00 16.70 ATON YU? CA ABA 151 7.991 29.391 15,405 Ι.ϋΟ] ATOM 720 NE AT.L 151 7.546 -29-861 16-500 ] .00 14.66 ATOM “29 WITH ABA 15] Q.Y0? -23-134 15,498 1.00 $ 20.0 ATSN 730 WITH ABA 151 9.987 -28-2’4 15,863 1-00 21.40 ATOM 731 N BYN 152 e. 224 -26.8? 4 15.1Θ5 1.00 21.45 dtaya 732 CA SYA 152 0.999 -25.734 15.123 1.00 22.94 ATOM 733 NE BYN 152 8.B16 -25,094 13.751 1.00 22.61 ATOM 734 SS C " 152 9.251 -25.801 12.600 1.00 24.12 AGON 735 With BYN 152 10.729 -26.298 12.639 1.00 24.23 ATON 736 OE1 SEE 152 31.555 -25.426 12.000 1.00 25.3V ATON 737 ΝΕ2 SEE 152 11.073 -27.553 12.384 1.00 25.6Θ ATON 73B WITH SEE 152 3.690 24.693 16.212 1.00 24.95 ATSN 739 ABOUT SEE 152 Ё .769 -23.403 15.892 1-00 25.70 ATON 740 0X7 BYA 152 B .403 25,079 17.372 1.00 25.86 THEY 741 sn 152 ATSN 742 NE ZEN 153 -2.110 -5-552 31.55V 1.00 64.33 ATON 743 Sat DEN 153 -3.502 -5-729 31,243 1.00 65.73 ATSK 744 WITH ZEN 153 -1.930 -7.936 30.526 1.00 60.4V ATON 745 WITH ZEN 153 -2.486 -9.02? 30.714 1.00 61.2V ATON 746 N ZEN 153 -0.031 -6.953 31.818 1.00 62.19 ATSM 747 CA Yen 153 -1.516 -7,054 31.716 1.00 62.27 ATOM 740 N 1b 154 -1.691 -7.442 29.312 1.00 56.90 AGON 749 CA 1b 154 -1 .789 -8.241 28.096 1.00 53.64 ATON 750 NE 1b 154 -2.59V -7.4 97 26.997 1.00 54.07 AGON 751 SB2 1st 154 -2.566 -8.290 25.696 1.00 53.46 ATON 752 CC1 1b 154 4.033 7.264 27.459 1.00 $ 4.70 ATOM 753 SY 1b 154 -4.702 -3. $ 39 27.999 1.00 55.43 ATOM 754 WITH 3Ι.Ε 1 54 0.EJ7 -I.5E6 27.576 1.00 $ o, $ s ATON 75 $ ABOUT 1b 154 0.459 -7.63Θ 27.493 1-00 61.0 $ ATON 756 N PARADISE 155 -0.124 - 9 - 807 27,215 1-00 4 6.28 ATSN 757 SR RAO 155 -1.077 -10.92? 27.297 1.00 44.83 ATSN. 75Θ CA RAO 155 1.190 -10-23 $ 26.718 1-00 42.26

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AT SI 759 NE Ryo 155 1.044 -11.74? 2 $, 51 $ 1.00 43.5 * AT with ATSN 760 SS rmo 155 -0.419 -12.012 26.469 1.00 43.77 AT with ATSN 761 with E * R.O. 155 1.624 -9.511 25.468 1.00 38.35 AT with ATON 7 62 ABOUT Ryo 155 0.810 ”9.200 24.581 1.00 37.55 AT 0 ATSN 7 63 G] TYR 156 2.083 -9.073 25.464 1.00 35.05 AT N ATOM 764 CA TYR B56 3.404 8.189 24.434 1.00 31.77 AT with ATOM 765 NE TYR 156 4.931 -V.108 24.492 1.00 30.82 at with ATOM 7 66 C5 TER 156 5-560 • 9.409 23.B77 1.00 29.15 at with ATOM 7b1 CO2 TER 156 5-935 - 9.573 22.504 1.00 01/29 at with ATOM 769 CE2 TER 156 6.429 -10,807 22.365 1.00 20.46 at with ATON 769 Cez TER 156 5.693 -8,741 21.303 1.00 26.9V at with ATOM 770 SY TYR 156 5.845 -10.597 24,498 1.00 20.63 and \ g ATOM 771 ΝΕ1 tyr 156 6.30? -eleven . 409 23,592 1, O0 27-93 at N ATSN 772 022 TER 156 B.870 -11.380 21.145 1.00 27.62 at with ATOM 773 Syaz TYR 156 6.337 -9.230 20.1Θ3 1.00 01/27 at with ATOM 774 SM2 TYR 156 6.821 -10.538 20.068 1.00 27.44 at with ATSN 77 $ WITH TYR ΧΞ6 2.945 -B .565 23.034 1.00 thirty . 37 at with ATOM 776 ABOUT TER 156 2-745 7.698 22.188 1.00 29.94 at 0 ATOM 777 N AZES 157 2.790 9,060 22.792 1.00 30.00 at N ATOM 779 CA ΑΕΝ 157 3.496 -10.356 21,461 1.00 04/30 at with ATOM 77 Oe NE Yen 157 2.841 -11.844 21.307 1.00 30.90 at with ATOM 780 SS AND YOU 157 2.297 -12.631 22.566 1.00 32.76 at with ATOM 781 O01 AIN 157 2.670 -12 . 393 23.720 1,0o 32.26 at about ATOM 762 ΗΌ2 AND YOU 157 1.406 -13 . 582 22.282 1.00 32.48 at N ATOM 783 WITH AYY 157 1.042 -10.132 21.050 1.00 29.16 at with ATOM 794 0 AIN 157 0.759 “9.778 19.905 1.00 2H. 1B at 0 ATOM 705 N Bf 158 <1-118 -U.E-Yu 21,979 1.00 20.71 at g; ATOM 706 CA Bw 158 -1.275 -10.005 2], 720 1.00 11.29} at £ ATOM 787 NE Bw 158 -2,159 -10.499 22.869 1-00 26, 66 at with ATOM 708 SS hgi 158 -2.299 -12.012 23.001 100 23,99 at with ATOM 709 SY Bjeo 158 -3.309 -12.316 24.011 1.00 22.11 at h- ATOM 790 C 02 Bw 158 -2.656 -12.624 21.661 100 12.63 at g · h · ATOM 791 WITH Bw 158 -1.3B0 -0.493 21.595 1.00 thirty . 36 at with ATOM 792 0 LIE 158 -2.015 -7.956 20.690 100 2? .77 at 0 ATOM AND oh 159 -8.734 -7 .018 22.531 1.00 34. 34 at to ATOM 794 CA S1.i 159 0.599 -6.377 22.499 1.00 03/30 at with ATOM 795 NE CCA 159 0-373 - 9.958 23.596 1.00 42.36 at with ATON 796 se si 159 0-570 -4.472 23.794 1.00 49.68 at with ATOM 797 SR SY? 359 1.4 9? -4, H6 24.917 goo 54.93 at with ATOM 798 OE1 si 159 1,838 -5,078 2B.690 1.00 56.1 1 at ΰ AGON 799 Oez si 159 1,804 -2,960 05/25-3 1-00 .57-72 at ABOUT ATOM 800 with eat 1 $ 9 -0.001 -5.946 31,133 1.00 37.9-2 at with AGON 801 ϋ sy? 159 -0.657 -5.665 20.497 1.00 $ 36.3 at 0 ATOM 802 N ANS 160 0.991 -6.595 20.605 100 37.80 at Ιΐ ATON 803 CA ANO 160 1.690 -0.254 19.451 1.00 37.18 at with ATON 804 NE ANS 160 2.871 -7.182 19.217 1.00 30.09 at with AGON 805 ss anch 160 3.727 -6.822 01/18/1 1.00 40.19 at with ATON 806 with ABC 160 4.297 -5.430 18.181 1.00 43.31 at with ATON 887 NOT ABC 160 4.594 -5.181 39.590 1.00 47.57 at N ATON 808 Sz! ARC0 160 5.820 -5.112 20.106 1.00 4Η.3Θ at WITH ATON 809 NTs1 LAN 160 5-9V6 -4.890 21.409 1.00 40.57 at AT ATON 810 ΝΗ2 ABC 160 6,879 “5-250 19.321 1.00 47.72 at to ATON 811 WITH ABC 160 0.709 - 6,255 10.220 1.00 36.61 at with ATON 812 ABOUT ABC 160 0.748 -5.290 17.457 1.00 35.07 at ABOUT ATOM 813 AND 1b 161 0-071 -7.961 U-034 1-00 37.0 $ at to ATOM 814 CA 1b 161 -0.735 -7.569 16.032 1.00 36.70 at with ATON 815 NE 1b 161 -1.0Θ8 -E.056 36, 049 1.00 34.95 at with ATOM 816 CC2 1b 261 0.157 -9.095 16.187 1.00 34.16 at with ATOM 817 CC1 1st 161 -2.0E6 -9.495 1? .698 1.00 31,99 at with ATOM 818 ίϋΐ south 161 -2.663 -10, B65 17.42 5 1.00 11/31 at with ATOM 819 WITH 1b 16B -2.037 -6.760 16.042 1.00 37.39 at with ATON 820 about 1b 161 -2.845 -6.851 15.922 1.00 36.70 at about AGON 821 n Transnational corporation 162 -2.220 -five . 9? 2 37.Θ93 1.00 30.95 at and ATON 822. SD TIR 162 -3.346 -5 .046 17.977 1.00 39.63 at with ATON 833 sv TNV 162 - 3-960 -5.062 19.366 1.00 37.84 at with AGON 824 OS1 TIR 162 -4,768 -6,230 19.511 1.00 36.55 at but ATON 825 ssg TIR 162  4.795 - 3-028 19.560 1.00 37.94 at with ATOM 826 with TIR 162 -2.896 -3.629 17.696 1.00 42.17 at with ATOM 827 0 TIR 162 -2.00? -3,116 10,373 1.00 43.4 $ at about ATOM 828 N RVO 163 -3.507 -2.973 16,695 1.00 44.52 at N ATOM 829 with RVO 163 -4,456 -3.54] 15.722 1.00 0 4.90 at n- ATOM 830 CA RVO 363 -3.231 -I.557 16.428 1.00 46.29 at with ATON 831 NE RVO 363 -3.805 -1.316 35.062 100 45.4? at h- ATON 832 se RVO 163 -4.953 -2.330 14.977 1.00 45.09 at with ATON 833 with RVO 163 -3.824 -0.6 $ 2 17.508 1.00 4Θ.53 at with ATON 834 0 RVO 163  4.773 -1.027 18.198 1.00 47.74 at about

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ATON 835 N X 164 -3.266 0.559 17.657 1.00 50.33 AT ATOM 836 With FIG 164 -2.151 1.049 16.825 1.00 51.64 at with ATSN 837 CA X 164 -3.672 1.546 18.666 1.00 $ 0.37 and with ATSN 830 NE RYAS 164 -2.039 2.779 1J.314 1.00 $ 0.83 AT with ATSM 839 se RIO 164 -1.638 2.229 17.606 1.00 51.59 at with ATSN 048 with PPO 161 -5.170 1.045 18.640 1-00 49.80 at with ATON 841 with RYAS 164 -5-784 2.055 19.696 1.00 49, U at about ATOM 842 N OH ¥ 176 -14.1 + 4 -13.280 18.361 1.00 32.04 at to ATOM 843 SD B ¥ 176 -12-995 -13-701 17, $ 10 1.00 33.60 at with ATON 844 with OH ¥ 176 -13.130 -14.191 16.169 1.00 33.76 at with ATSM 845 about SUE 176 -14.095 -13.549 15.451 1.00 36.77 at ABOUT NFC 846 N eu 177 -12.770 -15.327 15.766 1.00 32.50 at to ATOM 847 CA eu 17 7 -12.976 -15.794 14.401 1.00 31.46 at with ATSM 046 WITH yy 177 -14.045 -16.a £ 5 14.275 1.00 30.95 at with ATSM 849 WITH eu 17 7 -13.760 -13.006 13.924 1.00 30.29 at about ATSM 659 N ZEK 170 -15.280 “16.490 14.552 1.00 30.81 at N ATOM 851 SD yen 170 -16.381 -17.452 14.69 $ 1.00 30.09 at with ATOM 852 NE 5 EN 176 -17.61U -16,729 15.221 1.00 30.25 at with ATSM 8 $ 3 With ZEK 1'18 -17.669 -15-393 14-138 7.00 32.95 at ABOUT ATSM 954 WITH ZEK 179 -16.747 -13.256 13.431 1.00 30.60 at with ATSM 855 ABOUT CENTURY 17 0 -17.146 -19.414 13.539 1.00 31.32 at about ATSM 056 N yee 179 -16.613 -17.655 12.250 1.00 29.16 at to ATSM 057 CA yee 179 -16.991 -18.327 11.022 1.00 28.05 at with ATSN 650 NE Seb 179 -17.207 -17.306 9.900 1.00 27.27 at with ATSM 059 Ss .EC 179 -18.273 -16.239 10.143 1.00 26.69 at with ATSM 860 SP1 E.EC 179 -10,583 15-514 8.095 1.00 22.64 at with ATSM 861 CE> 2 EVENING 179 -19-514 -36-095 10.699 1.00 26.13 at with ATSM 962 WITH Her 179 -15.960 -19.359 10.554 1.00 28.95 at with ATSM 963 WITH Bf 179 -16.396 -20.296 9.8 32 1.00 29.75 at ΰ ATSM 064 N UAY 130 -14.709 -19.194 10.939 1.00 29.57 at l ATSM 065 CA UAY 160 -13.690 -20.076 10.392 1.00 28.73 at with ATSM 066 NE UAY 139 -12.380 -19.321 10.040 1.00 29.20 at with ATOM 067 SY1 UAY 180 12.692 - 17.92V 9.531 1.00 20.9V at with ATSM 060 SS _T 2 UAY 130 -11.467 -19.203 11.232 1.00 30-37 at with ATSN 069 WITH UAY 100 -13.350 -21.229 11.329 1.00 28.24 at with ATON 070 ABOUT UD1. 180 13.657 -2] -211 12-525 1.00 26-19 at ABOUT ATSM 0? 1 N si 181 -12.710 -23 -240 10.746 1.00 29-33 eight N ATSM 072 SD oh 161 -12.366 23-461 L. 439 1.00 30.53 at with ATSM 073 NE si 181 -13.206 -24.615 10.094 1.00 32.40 g with ATSN 074 With n 131 -13.309 -25.010 11.006 1.00 37.22 at with ATSM 075 SV si 181 -14.641 -26.513 11.66Ϊ 1.0С 40.66 eight with ATSM 976 OE 1 her 181 -14.661 -27.688 And. 235 1.00 44.08 at with ATSM 077 OE2 n 181 -15 . 675 -25.805 And. 971 1.00 42.45 eight about ATSM 070 WITH her 181 -10.801 -23.710 And. 186 1.00 29.02 eight with ATSM 075 ABOUT syo 181 -10.433 -23.763 10.036 1.00 28.64 0 with ATSM 090 TO UAY 182 -10.120 -23.844 12.267 1.00 29.16 at N atci 091 CA UAY 182 -Θ.6Θ3 -24.032 12.162 1.00 27.69 at with ATSM 082 NE UAY 182 -7.935 -23.145 13.172 1.00 26.22 at with ATSN 003 CC1 UAY 182 -6.457 -23.419 11/13/7 1.00 25.33 at with ATOM 084 C52 UAY 182 -8.1Θ6 21-694 12,047 1-00 26.31 eight with ATOM 005 WITH UAY 102 “0.309 -25.403 12-304 1.00 27.39 eight with ATOM 066 ABOUT UAY 162 “8,629 “26,073 13,415 1.00 26.94 AT Ο- ATSM 087 n TUK 103 -7. ¢ 44 -26.053 11.3 * 1 I, 00 28.09 AT Ν ATSM 090 CA T ¥ B 103 -7,113 -27,402 11.515 1.00 29.37 AT with ATOM 889 NE T ¥ B 163 -7,? 21 -28,135 10,103 1.00 29.70 AT with ATOM ao SS TUK 193 -8.562 -28.795 9.965 1.00 31.B9 at with ATOM 091 C01 TUK 183 -9.592 -20,132 9.300 1.00 31.43 at with ATSM VE2 C £ 1 TUN 103 -10.819 -28.743 9.094 1.00 31.92 at with ATSM 893 002 TUK 103 -8.797 -30.0V7 10.416 1.00 32.07 at with ATOM 691 CE2 TUK 103 -10.014 -30.704 10.213 1.00 32.69 6 with ATOM 895 sa knock 103 11.024 30.032 9.554 1.00 33.05 at with ATSM 096 he knock 103 -12.237 -30.666 9-360 1-00 34.31 eight ABOUT ATSM Y97 with TUK 103 -5.661 -27.315 11.944 1.00 30.17 AT with ATOM 99 $ ABOUT ΤΥΗ 103 -4.060 -26. $ 96 11-339 1-00 31.22 AT ABOUT ATSN Y99 n LIE 104 -5.326 -28.045 12-999 1.00 30.04 at m ATOM 980 SD Bw 104 -3.963 “28.099 13.502 1.00 30.29 at with ATOM 901 sv LIE 104 -3-9 $ * -27.140 14.901 1.00 30.85 at with ATOM 962 se LIE 104 -2.652 -27.012 15.786 1.00 12.45 at ί- ATOM 903 οϋΐ LIE 104 -1 -684 -26.140 15.300 1.00 32.56 at ί ATSM 994 CO2 LIE 1B4 -2.956 -27.627 17.270 1.00 31.96 at with ATOM 905 with LIE 104 -3.380 -29.499 13.294 1.00 30.49 at with ATOM 906 ABOUT LIE 10-4 -3.397 -30.484 13.819 1.00 30.53 at about ATOM 307 N LIE 105 -2.312 -29.594 12.515 1.00 30.52 at to ATOM 998 CA LIE 105 -1.519 -30.047 12.432 1.00 32.04 at with ATOM 999 NE LIE 10 $ -1.170 -31.162 10.991 1.00 32-70 at with ATOM 910 se LIE 10 $ -2.32 $ 31.422 10-023 1.00 33.68 at with

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ATOM 911 sons 185 -2.960 -30.097 9,644 1.00 34.74 AT with ATOM 912 CO2 ΙΕϋ 185 -1.013 -32.130 8.70® 1.00 33.81 AT with ATON 913 with Bf 185 -0.340 -30.715 13.204 1.00 32,10 AT with ATOM 914 ABOUT Bf 185 0.51Θ -29.875 13.016 1.00 06/33 AT with ATOM 915 s AIR 186 -0.244 -31.547 14.312 1.00 32.16 AT I ATOM 91 6 CA AIR 186 0.716 -31.296 15.365 1.00 03.03 AT with ATON 91? sv AIR 186 0.299 -30.036 16. 118 1.00 35.89 AT with ATOM 91Θ with A5P 186 1.439 -29.410 16.876 1.00 40.10 AT with ATOM 919 ΟΠΈ A5P 186 2.197 -24.616 16.272 1.00 41.27 AT ΰ ATOM 920 OP2 A8P 186 1-575 -29,714 18,082 1.00 44,20 E about ATOM 921 WITH L ZV 186 0.70? -32.485 $ 16.31 1-00 32.10 15 with ATOM 922 ABOUT AZR 186 0.362 -33.583 15,901 1.00 33.15 AT 0 ATOM 923 and TNR. 187 1.365 -32.265 17.494 1.00 30.56 AT n DTOM 924 CA TNR. 187 1.426 -33.291 18,525 1.00 29.30 AT with ATOM 925 OH rot 187 2.265 -32.840 19.786 1.00 29.76 AT with ATOM 926 s TYPE OF 187 1.56V -31.790 20.387 1.00 20.42 AT 0 ATOM 927 CO2 tn 187 3.625 -32.325 19.235 1.00 2B.84 AT with ATOM 92 Θ WITH Transnational corporation 187 0.02] -33.501 19.042 1-00 29.16 AT with ATOM 925 ABOUT teak. 187 ‘0.934 <2.961 18.496 1-00 30.24 AT ΰ ATOM 930 and ZEK 18Θ -0.101 <4.279 20,109 1.00 29.21 AT I ATOM 931 CA ZEK. 180 -1.387 -34,471 2.0.756 1.00 20.11 Ώ with ATOM 932 sv ZEK 180 -1.352 -35.725 21.63? 1.00 25.76 AT with ATOM 933 06 ZER 180 -0.424 -35.577 22.608 1.00 23.67 AT 0 ATOM 934 with ZER. 180 -1.703 -33.237 21.594 1-00 29.15 AT with ATOM 935 0 YOK 18Θ -0.601 -32.520 22.020 1.00 29.20 AT ΰ ATOM 936 N ΐ 1.E 189 -2.991 -32.993 21.815 1 .oa .31.00 AT I ATOM 9.37 CA π.Ε. 189  3.458 -31.82 " 22-560 1.00 3 ’-96 AT with ATOM 930 sv TIE 189 -4 .547 31-09] 21,767 1.00 32.72 AT with ATOM 939 C62 GJE 139 -5-002 -29-EBZ 22.512 1.00 34.1? at with ATOM 940 SY1 GJE 189 -4.000 -30.715 20.393 1.00 34.80 at with house 941 cm 1b 189 -2.5 50 -30.250 20.422 1.00 14.94 at with ATOM 942 with NOT 189 -4.033 -32.223 23.915 1.00 33 .62 at with ATOM 943 with- NOT 189 -4.439 -13.385 24.105 1.00 32.27 at about DTOM 944 m det 150 -4.063 -31.292 24.860 1.00 32.36 at I ATON 9 * 5 CA B1 190 -4 .961 -31.489 26.064 1.00 33.98 at with ATOM 94th he Bby 190 -4.083 -31.063 27.305 1.00 32.89 at WITH ATOM 94? ss Bk 190 -4.502 -31.617 28.548 1.00 36 <7 at with ATOM 940 Joint venture Ky 190 5.107 30.914 29.599 1.00 39.51 at with ATOM 9 * 9 0Ε1 Sfs 130 -6.187 30.364 29-405 1.00 42-3? at about DTOM 950 mcg Bm 190 -4.410 <0.750 30.726 100 "0.5V at N ATOM 951 with he 190 -6.135 -30.666 25.936 1 -0 ° 34-78 at WITH DTOM 952 about 6Ι.Ν 190 6.184 29-509 26,356 1.00 35.39 at 0 ATOM 953 N ZEK 191 -7.162 -31.280 25.353 1.00 35.4 6 at N ATOM 954 CA Yaw 191 -8.255 -30.546 24,721 1.00 36.57 at WITH ATOM 955 NE ZEK 131 -9.034 -31.450 23.707 1.00 36.91 at WITH DTOM 956 OS ZEK 191 -9.937 -32.247 24.540 1.00 37.76 at 0 ATOM 957 WITH ZEK 181 -9.231 -29.962 25.718 1.00 07/07 at WITH ATOM 950 0 ZEK 191 -10.183 -29,285 25.333 1.00 36.92 at 0 ATOM 959 n AIR 192 -9.010 -30.245 26.995 1.00 37.93 at N ATOM 960 CA AIR 192 -9. B53 29.681 28.032 1.00 38.96 at WITH ATOM 961 NE AIR 192 -10.593 -30,797 28.784 1.00 43.84 at WITH ATOM 962 with Huh? 192 -9.655 -31.797 29-420 100 47.60 at WITH ATOM 963 C1O1 ADB 192 -8.434 -31,704 29-155 1.00 50.20 at ABOUT ATOM 964 SP2 AZR ] 92 -10.102 32.669 30,102 1.00 48-6Y at 0 ATOM 965 WITH gift 192 -9.078 -24.793 29.001 100 36.46 at with ATOM 966 ABOUT AZR 192 -9.563 -29.451 30.070 1.00 35.63 at 0 ATOM 9 £ 7 14 H15 193 -? .672 -28.411 28.611 1.00 01/34 R μ ATOM 960 CA ΗΙ3 193 -1 .17 4 -27.356 29.319 1.00 34.03 at WITH ATOM 969 NE No 193 -5.059 -27.022 28.619 1.00 33.96 e WITH ATOM 970 SS ΗΙΞ 193 -5.066 -25.959 29.30V 1.00 33.51 at WITH ATOM 971 CO2 ΗΙ3 193 -3.978 -26.03V ίο. on 100 33.22 at WITH ATOM 972 HO1 ΗΙ5 193 -5.378 -24,621 29.215 1.00 33.43 at n ATOM 973 SI H1Y 193 -4.517 -23,920 29.930 100 33.67 at with DTOM 974 M = 2 H15 183 -3.658 -24.756 30.483 1.00 33.30 at N DTOM 975 WITH ΗΙΞ 193 -0.089 -26.13V 29.309 100 33.86 at WITH ATOM 97 6 ABOUT H1 $ 193 ’B.669 “25.795 28.274 ] .00 34.18 at with DTOM 97'1 s Battery 194 -a.214 -25.43V 30.461 1.00 32.52 Ξ N ATOM 970 SY Battery 194 -9.264 24.507 30.662 1.00 10/31 at WITH ATOM 9? 9 sv ARB 194 -9.40] -23.830 32.026 1.00 29.1 6 9 WITH ATOM 980 with AKC 194 -8.795 -22.340 31.959 1.00 2®.99 at WITH ATOM 981 with Battery 194 -9.65? -21.522 32.934 100 26.01 at with ATOM 982 NOT ICE 194 -AT . 3 38 -21.07 5 34.132 1.00 23.97 eight N ATOM 983 NE ABC 194 -7.321 -20.212 34. 126 1.00 23.47 at WITH ATOM 984 ON1 AKC 194 -7.334 -19.064 35.2 62 1.00 23.1E at N ATOM 985 HH 2 Battery 194 -7, 479 -19.699 32.984 100 23.23 e N DTOM 986 WITH AKC 194 -9.235 -23.471 29.552 1.00 07/31 at WITH

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ATON 9 67 0 ABC 194 -10.245 -22.835 29.249 1.00 32.31 0 with ATSN 568 TO syo 195 8.073 -23.327 28.930 1.00 31.93 eight η ATSM 539 Sa si 195 -7 .034 -22.250 27.981 1.00 31.02 AT with ATSN 590 se CEO 195 -6.324 -22.075 27,007 1.00 31.22 eight with ATON 991 SY ye and 195 - $. 917 -21.036 26-191 1.00 32.56 AT with ATSM 992 with Yeo 195 -5.079 -19-625 27,350 1.00 33.36 AT with ATON 993 OE1 CH1 195 -6.529 -19.063 26,404 1.00 ZT, 05 AT 0 ATON 994 those? CEO 195 -5.191 -10.782 26.736 1.00 32.52 E 0 ATSN 99 $ with CEO 195 -8,506 -22.462 26.617 1.00 30.14 AT with ATSN 996 0 oh 195 -B .057 -21.490 25.939 1.00 29.15 AT 0 ATON 99T n TEE 196 -0.696 -23.726 26.221 1.00 29.91 Yo N ATSM 998 CA 1b 196 -9.100 -24.037 24.055 1.00 29.25 eight with ATOM 999 NE 1b 196 -7.951 -24.687 24.064 1.00 27.84 AT with ATOM 1000 CC2 1st 296 -6.054 -23.670 23-003 1.00 2 6-24 I with ATOM 1601 SY1 ΙΕΕ 196 -7.436 -2 $ .909 24.034 1-00 26-53 Ξ with ATOM 1002 CO2 1st Ϊ96 -6.554 -26.019 24,033 1.00 24.05 AT with ATON 1603 with TIE 196 10-214 -24-999 24,011 1.60 30-60 AT with ATON 1004 0 1b 196 -10.94 "-25.135 23.700 1.00 30.51 at 0 ATON 1663 n CEO 197 -10.512 -25,606 25,916 1.00 32.24 at N ATSN 1006 CA si 15? -11.490 -26.759 25.910 1.00 34.74 at with ATOM 1607 NE oh 157 -And. 616 -27.350 27.309 1.00 35.54 at with ATON 1608 SS CH1 157 -12.153 -26.413 20.324 1.00 38.11 0 with ATON 1009 With CH1 197 -13.648 -26.430 20.324 1.00 41.63 at with ATON 1010 OE1 st 197 -14.254 -25.395 20.669 1.00 45.11 at 0 ATOI 1011 tag st 197  14.219 -27.404 21 - 9? 1 ; .Oa 43.30 at 0 ATOM 1 (13 2 with ίϊΙΛΪ 197 -12.055 -26.207 25.413 .00 34.09 at with ATON $ 101 about οΐΛί 197 -13.359 -25.251 25.844 1.00 34.37 at ΰ ATOM 1014 [four SUE 196 -13.446 -27.346 24,497 1.00 34.64 at N ATON $ 101 CA SUE 193 -14.707 -26.631 23.918 1.00 34.42 at with ATOM 1016 WITH SUE 196 -14.534 -25.954 22.570 1.00 35.86 0 with ATOM 1017 ABOUT SUE 193 -15.436 -26.602 21.132 B.OS 36.41 at about ATOM 1016 N AEC 159 -13.333 -25.318 22.354 1.00 36.46 at N ATOM 1019 CA AVy 199 -13.031 -24.694 21.066 1.00 3? .71 at with ATOM 1020 NE AYOS 199 12.258 - “23.416 21.257 1.00 34.47 at with ATOM 1021 SY A cop 199 12.909 -22,372 22.12? 1, O0 41. 61 at with ATOM 1022 with ICE 199 -11.808 -21,766 23,062 1.00 43.31 at with ATOM 1021 Ye A cop 199 -12.472 -? 0,7p 23.877 1.00 45.69 at μ ATOM 1024 cg LKy 199 -12.610 -19.453 23.475 1.00 40.05 at with ATOM 102 $ IgT1 lvg 199 -12.153 -18.552 24.203 1.00 4 9.22 at 0 ATOM 1026 N112 AND YOU 199 -12,200 -19.095 22.262 1.00 40.95 at and ATOM 1021 WITH two 199 -12.275 -25.673 20.242 1.00 37.4Θ at with Accident 1020 0 ABC 199 -12,100 -25.507 19.042 1.00 37.33 at 0 ATOM 1029 N UAY 200 -11.700 -26.692 20.916 1.00 ZV.20 at I ATOM 1030 units UAY 200 -10.894 -27.662 20.2V6 1.00 39.4 ’ at with ATOM 1007 sv UAY 200 -9.503 -27.665 20.976 1.00 40.93 E with ATSN 1032 ---. 131 UAY 200 -8.662 -28.836 20,408 1.00 40.39 at with ATSN 1033 CC2 UAY 200 -8.791 -26.346 20.688 1.00 40.81 at with ATSN 1034 with UAY 200 -11.516 -29.051 20.361 1.00 39.27 at ί- ATSN 1 (135 0 UAY 200 -11.652 -29.620 21.4 (3 1-00 39.50 at ο ATSN 1036 n MET 201 -11.904 -29-565 19.199 1.00 39.35 and N ATSN 1037 Sa NOT 201 -12.387 -30.930 19.063 3-00 38.4 7 eight WITH ATOM 103V sv NOT 201 “33,537 -30.96Θ 16,051 1.00 39.97 th WITH AtaN 1039 Si NOT 201 $ 34.1 6 -37.335 17.062 1.00 43.51 with WITH ATON 104 V in MET 201 -13.40? -33.296 16.515 1.00 49.43 eight eight ATOM 1041 CE MKT 201 -13.756 -34.EV5 17,094 1.00 46.63 AT WITH ATSM 10412 with ICG 201 -11.233 -31.001 18.575 1.00 37.52 at WITH ATON 104 s about ICG 201 -10.035 -31.727 17.414 1.00 37.13 at 0 ATSM 1044 n UAY 202 -10.680 -32.612 19.4 67 1.00 36.78 E N ATSN 104 5 CA UL 202 -9.624 -33.533 19.076 1.00 H.76 at WITH ATSM 104 6 sv UAY 202 -0.927 -34.157 20.303 ] .00 34.00 AT WITH ATON 1047 CC1 UAY 202 -0.212 -35.42V $ 19.90 1.00 33.07 at with ATSM 1648 SY2 UAY 202 -7.934 “33.373 20.080 ] .00 33.22 AT g ATOM 104 9 WITH UAY 202 -10.226 “34.641 10.230 1.00 36-1 $ AT with ATOM 1650 0 UAY 202 Ί1.025 “35-447 10.716 1, 00 35.82 AT 0 ATON 1051 N TNV 203 “9.048 -34.66V 16-956 1.00 36.30 at and ATOM 1052 CA T11Y 203 -10,360 -35.662 16.041 1.00 35.62 at with ATON 1653 Sv TNV 203  10.967 -3 $. 31 b 14,560 1.00 34,? 4 at with ATOM 1654 axis TNV 203 -0.719 -35.602 14.257 1.00 34.72 at 0 in 1655 Sat2 TNR 20.3 -10,240 -33.021 14.334 1.00 33.32 at with ATON 1056 WITH TIR 203 -9.745 -36.993 16.309 : .oo 36.32 at with ATSM 1051 0 TIR 203 -9. 147 -37.151 17,447 1.00 37.09 at about ATON 1058 N AZR 204 -9.8Θ1 -37.950 15,497 1.00 37.59 at to ATOM 1059 CA L5R 204 -9.461 -39.31 $ 15.706 1.00 30.74 at with ATOM 1060 NE AZR 204 -10.615 Ό0.264 15.511 1.00 42.30 0 with ATON 1061 SY AZR 204 -11.162 “40.090 14.112 1.00 (7.00 at WITH ATOM 1062 Οϋΐ AZR 254 ΊΟ.7Θ3 “40.892 13.226 1.00 50.09 at 0

- 210 032106

In summer 106 $ □ r2 LÖR 204 -11.953 -39.137 13,891 1.00 40.9? eight 0 ATOM 106-1 WITH AZR 204 0.293 -39.6? 1 14.086 1.00 37.16 AT with ATOM. 106 $ 0 AZR 204 -7.862 -40.023 14.046 1.00 36.21 AT 0 atom 1066 AND RNE 200 7 .760 -30.684 14.151 1.00 35.84 AT and ATOM 1067 CA RNE 205 6.668 -EEE .913 13.249 1.00 33.48 at with ATOM 1068 NE RNE 205 -6,603 -37.018 12.190 1.00 31.69 AT with atzh 1069 SS RNE 205 5.044 - 38.049 11,166 1.00 31.35 at with ATSN 1070 From 01 RNE 205 -4.286 -31.002 11.317 1.00 31.19 6 with ΑΤΰΚ 1071 C 02 RNE 205 -5.79 " -36.627 10,051 1.00 32,23 at with dton 1372 CE1 RNE 205 -3.303 -37.726 10.371 1.00 31.97 at with dton 1673 CE2 RNE 205 -4.613 -39.052 9.102 1.00 32.26 at with ATOM 1371 cg RNE 200 3.560 -38.502 9.264 Ϊ .00 30.67 at with ATSN 1C75 with RNE 205 -5.314 -39.001 13.959 1.00 32.6? B with ATSN 1076 0 RNE 200 -4.993 -38.201 34,942 1.00 32.36 at 0 ATON 1077 N WOULD) 206 -4.515 -39,978 13,563 1.00 31.16 at N ATOM 1079 CA Joint venture) 206 -3.160 -40.042 14.060 1.00 30.22 at with ATSN 1079 NE Bi 206 -3.1 b6 40.639 15.456 100 30.05 Yo with ATSN 1080 SS si 206 -1.784 -40.171 16.05V 100 32.36 B with ATSN 1081 sa si 206 -1.197 -41-639 17.292 100 35-04 B with ATON 1082 0Y1 si 206 -1.549 -41, 109 18.397 100 38.43 AT 0 ATON 1083 OE2 si 206 -2.063 -42.050 17.160 1.00 34.70 B about ATSN 1034 with Bs 206 -2.250 -4O. B43 13.142 Ϊ .0 $ 28.67 AT with ATCI 108 $ ABOUT Bi 206 -2.529 -41.991 12.025 1.00 27.95 at 0 ATSN 1086 N Α5Ν 207 “1.163 -40,213 12,712 1.00 29.34 at N A'SM 1087 CA Α3Ν 207 -0.115 -40.394 11,966 1.00 09/29 E with ATOM 1C80 NE Α5Ν 20? -0.283 -40.651 10.462 1.00 29.34 3 with ATSN 1089 SS Α3Ν 207 0.661 -41-504 E-62V 100 28.97 AT with ATON 109C G1 Α3Ν 207 0.231 -42.440 8.961 100 27.50 AT 0 ATOM 1091 N □ 2 Α3Ν 207 1.956 -41.175 9.643 ) .00 00.2? at n ATSN 1092 £ ABN 207 1.249 -40,382 12.415 100 2 ".09 at with ATOM 1093 0 Λ5Ν 207 1.760 -39.399 11,070 1 -CO 29.19 at 0 ATOM 1094 N UAY 200 1.635 -41.05? 13.39? one . 00 2 6 - B <1 at and ATON 1095 CA UDD 2 (1 V 3.126 -40.654 13,925 one . 00 25.13 at with ATOM 1096 NE UL 20 V 2.9V? 40.135 15, K one . with 23.53 at with ATON 1097 SB1 UDD 20 V 3.211 -38.342 15.38V 1.00 22.53 at with ATOM 1098 SB2 UAY ? 0V 2.27V • 41.159 16.219 1.00 21.79 at with ATOM 1099 WITH UL 206 4.13? -41-809 10.892 1 .co 26.2V Yo with ATOM 11O0 WITH UD1. 206 3-752 -42.969 13.992 1 .co 26.4V at 0 ATOM 1101 AND RKO 209 5-416 -41.4 "2 13-122 1 -CO 2 ". 1B at N ATOM 1192 with ΡίΟ 209 5.845 -40.119 13.351 1.00 06/29 at with ATOM 1103 CA Nuclear weapons 209 6.562 42,394 13.62? 1-00 30.05 at with ATOM 1104 NE PPO 209 7.692 -41-600 13.190 1.00 2 ".79 at with ATOM 1105 se ? to 209 7.339 -40.177 13.466 1 - CO 26.64 at with ATOM 1106 g ΡΡ. '. Ι 209 6.872 -42.725 15.200 100 33.70 at with ATOM 1107 with ?in 209 6.671 -41.89? 16.166 1.00 34.02 at 0 ATOM 1108 N si 210 7.373 -43.924 15.529 1.00 3 ", 33 at N ATOM 1109 CA si 210 7.634 -44.337 16.899 1.00 44.60 at with ATOM 1110 CE si 210 8.115 -45.777 16,947 one . with 46.99 at with ATOM 1111 Sat ST, in 210 7.149 -46.753 16.350 1.00 52.51 at with ATOM 1112 SR 11/01 Zu 7.807 -4Β.Ο7Θ 16.052 1.00 56.6V at with ATOM 1113 CE1 WOULD! 33 0 ".749 48.440 16.791 1.00 58.71 at 0 ATOM 1114 CE2 si 71 0 7.890 -48.744 15.077 1.00 58.5V at 0 ATON 1115 WITH SUE 310 8,682 -43.400 17.531 1.00 46.80 at with ATOM 1116 0 si 210 9-615 -42-998 16.867 1.00 45.6? at ΰ ATON 1117 N si 211 8.532 -43-210 18-823 ι .00 50.20 at N ATOM 1118 CA si 211 9.506 -42-412 $ 19-54 1.00 53-31 at with ATOM 1119 SHO · si 211 9,122 -42.343 21.050 ] -00 $ 4.42 at with ATOM 1120 Sat syo 211 7.641 -4 2.600 21.242 1.00 56.19 at with ATOM 1121 With si 211 6.791 -41.386 20.950 1.00 56.76 eight with ATOM 1122 0E1 si 211 7.332 -40.269 21.041 1.00 50.23 at 0 ATON 1KZ CE2 WOULD! 211 5.5V9 -41.543 20.631 1.00 55.21 at 0 ATOM 1124 WITH si 211 10.872 -43.060 19.410 1.00 55.25 at with ATOM 1,125 ABOUT she’s 211 10.EV 1 -4 4.286 19.400 1.00 55.73 at ΰ ATOM 1,126 N D8R 312 11.907 -42.237 19.296 1.00 57.4? at N ATSN 1127 CA AZR 312 13.257 -42.726 19.497 1.00 59.60 at with ATOM 1128 NE AZR 212 13.33 $ -43.ZV6 20.870 1.00 61.46 at with ATSN 1129 SS AZR 312 14-753 -40.565 21.348 1.00 63.54 at with. ATOM Fine art 001 AZR 212 15,701 -43,219 20-613 100 60.22 at 0 ATOM 1131 002 AZR 212 14,911 44,110 22.166 1.00 60.41 at about ATSN 1132 WITH AZR 212 13.595 -43.735 18,407 100 6 ’., 25 at with ATON 1133 0 AZR 212 14.004 -4 3.364 17-310 ) .00 62-4 4 at 0 ATON 1134 N Bub 222 5.879 -33.583 21.994 1.00 46.00 at N ATOM 1135 CA B $ 222 4.625 -34.166 27,575 1.00 46 ,? " at with ATON 1136 NE Bub 222 3.455 -33.569 28.341 1.00 41.8? at with ATSN 1137 Sat Bw 222 3.481 -33.867 29.023 1.00 50 . ST at with ATON ] 13Y SS Bw 222 2.20 $ -33.138 30.501 1.00 52.96 at with

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ήΤϋΗ ΑΤΰΜ 1139 1140 CE N5 Bw Bw 222 232 2.195 -33.878 1.06 $ -33.423 31.954 .32.731 1.00 55.03 1.00 39.69 AT AT with AT ΑΤϋΜ 1141 WITH Bw 222 4.362 '34, 040 26,079 1.00 45.41 at WITH ΛΤϋΜ 1142 0 Bw 222 4.825 -33.080 25,445 1.08 45.49 at 0 ATOM 1143 N CPS 223 3.646 -35,003 25.540 1.00 43.53 at n ATOM 1144 CA CPS 223 3.32? -35,050 24,125 1.00 41.93 at with ATOM 1145 WITH CPS 223 2.291 -33.991 23.704 1.00 40.12 at with ATOM eleven" 0 CPS 223 2.093 -33.666 22,619 1.00 39.08 g 0 ATOM 114? NE CPS 223 2.774 -36.424 23.779 1.00 43.01 at with ATOM ] CE> Nuclear weapons CPS 223 3.674 -37.758 24,630 1.00 45.72 at $ ATOM 1149 but LZR 224 1.613 -33.402 24.009 1.00 38.02 at M ATOM 1150 CA AIR 224 0.509 -32.452 24.646 1.00 36.21 at with ATOM 1151 NE A5P 224 -0.267 -32-332 25-907 1.00 30-96 B with ATOM 1152 SS AYOP 224 -0.850 -33.650 26,351 1.00 41.36 AT with ATON 1153 001 A5P 224 -0.148 -34.67 $ 26,266 1.00 41.09 but 0 ATOM 1154 002 AIR 224 -2.017 -33.657 26,792 1.00 42.87 at about ATOM 1155 WITH AIR 224 1.2Θ0 -31.118 24.421 1.00 34.0? at with ATOM ] 1 $ £ 0 ΑΞΡ 224 0.778 -30.248 23.706 1.00 32.46 at about ATOM 1157 and ZEL 225 2.442 -3 (1.979 25.053 1.00 31.41 b N ATOM 1158 CA YEI 225 3.169 -29.721 25.120 1.00 28.08 five with ATOM 1159 sv 5ВВ 220 4.651 -30.002 25.351 1.00 26.55 Yo with ATOM 1160 OS Yaw 725 5.418 -20.047 25.088 1.00 27.45 AT 0 ATOM 1161 with Yaw 725 3,004 '28 .809 23.906 1.00 26.58 g with ATOM 1162 0 CENTURY 225 2.371 -27.760 23-991 1 .00 25-91 AT 0 ATOM 1163 N NEZ 226 E, 5? 6 -29.203 22,710 1.00 25.93 uh at ATON 1164 CA H1Y 226 3.721 -20.286 21.651 .00 25.28 at with ATON ] 3 65 with (P5 226 4.530 -20.958 20.541 1.00 25.17 at with ATON 1,166 ss ΗΙ £ 226 4.905 -20.039 19.419 1.00 25.61 b with AGON 1167 cms 813 226 5.842 -27.065 19.339 1.00 25.96 B with ATSM ] 168 N01 Chga 226 4.308 -20.100 30.17? 1.00 25.61 AT 14 AT SI 1169 CE1 NGZ 226 4.864 -27.205 17.380 1.0 (1 26.04 B with ATON 1170 HE2 ΚΙ3 226 5.799 -26.563 10.060 1.00 26.81 B but ATON 1171 WITH 815 226 2,307 -7? .807 21,095 1.00 24.30 AT with ATSN 1172 0 ΗΙ3 226 2.1 Ή -26.61.3 20.867 1.00 24-47 at about ltan 1173 N SUE 227 1,460 -2Θ. 742 20,083 1.00 23.30 at at dtsn 1174 CA that u 227 5.196 -20.419 20,251 1.00 22.28 at with ATSN 13 75 WITH B w 227 -0.772 -27.718 21.184 1.00 23.20 at with ATSN 1176 0 tau 227 -1.509 -26.907 20.754 2.00 23.VY at 0 ATOM 1317 N Transnational corporation 228 -0.604 -20.022 22.4 ?! 1.00 23.01 E at dtsm 1 3 7Y CA TNR 228 -1.561 -27.394 23.447 1.00 22.63 E with ATSN 117 $ NE TNR 228 -1.39-4 -20.024 24.042 1.00 23.38 Yo with ATON 1180 OP1 TNR 228 -1.316 -29.450 24.748 1.00 23.12 E 0 ATON 1161 Pops TNR 228 -2.456 -27.409 25.782 1.00 21.03 E with ATSN 1,162 WITH TNR 228 -1.233 -'25.913 23.542 1.00 22.38 B with ATSN 1183 0 TNV 728 2.121 -25.067 23.61 4 Ί.Ο0 23.VZ B about ATSM 1184 N NGZ 229 <1.050 -25.592 23-534 1.00 22-67 Yo but AT SK 1185 CA 813 229 0.446 -J4.19 $ 23,574 1.00 22-18 but with ATOM 1186 NE NGZ 229 1.964 -24.077 23.632 : .00 22.78 at with ATSN 1187 SS NEZ 229 2.44 $ -22.?20 24,041 1.00 $ 23.9 at with ATON 118B C 02 ΗΙΕ 229 2.598 -22.359 25.264 1.00 23.15 at with ATON 1189 N01 NEZ 229 2.896 -21.783 23.132 1.00 21.61 E at ATON 1190 Сё1 N1K 229 3.305 -20.70? 23.770 1.00 21.68 at with ATSN P91 ΝΕ2 NTY 229 3. I6 -20.909 25.074 1.00 23.94 AT at ATON 1192 WITH IGZ 229 Ό.0Θ0 -23.527 22.323 1.00 21.39 AT with ATON ] 193 0 ΗΙ5 229 -0.646 -22.443 22.381 1.00 20.56 6 but ATSM 1,194 N B13 220 0.096 -24.387 21.184 1.00 20.66 Yo but ATOM 1195 CA 1. Щ? 230 -0.314 -23.605 19.919 1.00 21.11 B with ATSM 1196 NE Bw 230 <1,134 -24.495 18.764 ΐ .00 21-06 th with ATSM 1197 With BE0 g 30 1.647 -2-1.572 18-592 1.00 22-74 AT with ATON 1198 Οϋΐ Bw 230 1.993 -25.388 17.359 1.00 21.39 AT with ATSN 1199 CO2 Bw gzO 7.284 -23.156 38.418 1.00 23.15 at with ATSN 1200 WITH Bw 230 -1.621 -23.401 19.850 1.00 21.39 AT with ATON 1201 0 Bw 230 -2.296 -22.404 19.304 1.00 21,? 6 at with ATSN 1202 N ήίΑ 231 -2.569 -24.341 20.431 1.00 21.33 at at ATSN 1203 CA ASA 231 -4.026 -24.270 20.417 1.00 21.00 at with ATSN 1204 SY ASA 231 -4.618 -25.474 21-13E 1.00 18.46 E with ATON 1205 with LEA 231 -4.471 -22.979 21.090 1.00 22.12 E with ATSN 1206 0 ASA 231 -5.335 -22.264 20.572 1.00 21.92 B 0 ATOM 120? N tau 232 -3.868 -22.685 22.240 1.00 21.96 Yo at ATSN 1208 CA Syu 232 -4.101 -21.468 22.965 1.00 24.03 TO with ATSM 1209 WITH OW 232 3-799 -20.213 22.207 1.00 24.50 AT with ATSN 1210 0 tau 232 -4, $ 73 -19.265 22.132 ΐ.00 25.89 to SG MY 1211 N UAY 235 2.609 -20.196 21, 628 ι, .αο $ 25.9 3 but ATON 1212 CA UAY 233 -2.169 -19-014 20.908 ΐ.08 26.71 at with ATON 1213 NE UAY 233 -0.805 -19,224 20,252 1.00 25.92 at with ATCI 1214 M1 UAY 233 - <1.390 -1? . 959 19.531 1.00 25.35 at with

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atom 1215 SS2 UAB 233 0.21 $ -19.601 21.294 1.00 25-45 Yo WITH ATOM 1236 WITH il 233 -3.171 -18.663 19-823 1.00 02/28 Yo with ATOM 1217 ABOUT HOUR 233 -3,284 -17.506 19.424 100 29-94 AT 0 ATOM 121B N UAY 234 -3,906 -19.664 19.349 1.00 29.13 AT N ATOM 1239 CA UAB 234 -4.92? -19.44? 13.330 1.00 28-46 g with ATOM 1220 NE UAY 234 -5.133 -20.693 17.455 1.00 2 9.28 at with ATOM 1221 CO2 UAY 234 -6.540 -20,693 16.905 1.00 29.41 eight with ATOM 1222 CC2 UAY 234 -4.135 -20.704 16.310 1.00 30.36 AT with ATOM 1223 WITH UAY 234 -6.2018 -19.046 18.854 1.00 26.66 at with ATOM 1224 ABOUT HOUR 234 -6.833 -18.043 18.425 1.00 2 6.52 at about ATOM 1225 S £ EV 235 -6.819 -29.822 19.7B1 1.00 25.95 E to ATOM 1226 SL YE.Y 235 -8.194 -19.648 20.222 1.00 2 6.62 E with ATOM 1227 NE CENTURY 235 -9-046 -20.814 19.740 1.00 27.31 E η ATOM 1228 schz 5EV 235 -8.946 -21.905 20.639 1.C0 30.51 6 0 ATOM 1229 with 5EP 23 $ -8.354 -19.516 21.735 1.00 26.18 Yo with ATOM 1230 ABOUT Yaw 235 -3.471 -19,410 22.230 1.00 25.76 AT 0 ATOM 1231 S SBU 236 -7,243 -19,531 22.464 1.00 26.66 at G4 ATOM 1232 CA SBU 236 -7.295 -19.505 23.91? 1.00 2 6.34 at WITH AT0M 1233 WITH SBU 236 -8.147 -18.384 24 .488 1.00 10/27 at g * ATOM 1234 □ SBU 236 ‘8.256 -17.300 23.899 1.00 26.56 at ABOUT ATON 1235 N BUT NOT 237 -8.749 -18.637 25.646 1.80 27.20 at eight ATOM 1236 SL AII 237 -9.678 -17.693 26.250 1.00 28.66 B g ATOM 123? sv ANO 237 - U, 4 12 -’8.3b8 27-422 100 31-42 AT € ATOM 1238 with bottom 237 -15, $ 5 $ -19.253 76-9911 ] .(ten 36-85 at € ATOM 1239 with ABC 237 -11.97? -20,233 28.086 1 .co 41.17 at WITH ATOM. 1240 ΝΕ bottom 237 -13.193 -20.955 27.729 1.00 46.01 at TO ATON 1241 C2 ANO 237 -13.224 -22.136 27.114 1.00 48.46 3 with ATOK 1242 ΝΗ1 DAS 237 -14.395 -22.702 26.833 1.00 49.07 at and ATON 1243 HH2 ANY 237 -12.093 -22.756 26.784 1.00 48-35 E to ATOM 1244 WITH bottom 237 - 9.021 36.416 26.748 1.00 27.85 E with ATOM 124 $ ABOUT bottom 231  1.582 -15.331 26-603 1-00 26.35 B about ATON 124 6 N AZR 216 -7.838 -16.546 27.334 1.00 28.76 E and ATOM 1247 CA A5P ; 3g -1.118 -15,392 27.963 1.00 30.27 AT with ATOM 1248 NE D5R 23 $ -6.617 -15.685 29.280 100 33.62 B with ATOM 1249 SS AZR 233 -7,733 -16.134 30.216 Ί .00 37.65 AT with ATOM 1250 Οϋΐ AZR 238 -AT . 91Ϊ -15.968 29.852 1.00 39.82 AT ABOUT ATOM 1251 □ 02 A51 ¹ 238 -7.429 -16.652 31.316 100 01.01 at ABOUT ATON. 1252 WITH Ά5Ρ 238 -5.935 -15.002 26.97V 1.00 29.53 at with ATOK 1253 ABOUT A5E 238 -5.566 -73.836 26.902 1.00 29.35 at about ATOK 1254 N ABA 239 -5.342 Ί5.985 26.311 1.00 01/30 at N ATOM 1255 CA ABA 239 -4.086 -15.779 25.601 100 29.41 at with ATOM 1256 sv ABA 239 -3.024 -16.745 26.132 1.00 27 .71 at with ETON 1257 WITH ABA 239 -4.251 -15.961 24.098 100 29.33 at with ATOM 1258 ϋ ABA 239  3.298 - 15.821 23.342 1.00 29.65 at about DTON 1259 N SBU 240 -5.4 62 -16.280 23-663 1.00 30.49 at n ATON 1260 SL SBU 240 -5.670 -16,564 22.258 100 29-73 at with ATOM 1261 WITH SBU 240 - $.? 4b -15,301 21-434 l 00 29.50 at with ATOM 1262 ABOUT SBU 240 -5.901 -14.210 21.967 100 28.77 at about ATOM 1263 N UDB 241 -5.539 -15,449 20.129 1.00 29.66 at n ATOM 1264 CA UAY 241 -5.801 -14.389 19.165 1.00 29.00 at with ATOM 1265 NE UAB 211 -4,807 -11.534 17.934 1.00 27 .73 at with ATOM 1266 CC1 UAB 241 -5.211 -13.462 16.912 1.00 27.00 at with ATOM 1267 SY2 UAB 241 -3.441 -14.432 18.359 1.00 27 .06 at with ATOM 1268 WITH UAY 241 -7.261 -14.426 18.703 1.00 29.65 at with ATOM 1269 WITH UL 241 -5.006 -13.454 18.869 1.00 over .73 at about ATOM 1270 N DIA 242 -7.670 -15.555 18.130 1.00 29.93 at I ATON 1271 CA ABA 242 -E.018 -1 & .693 17.580 100 25-53 at with ATOM 1272 NE ABA 242 -8,964 -16.377 36,220 7 .00 28.85 at with ATON 1273 WITH ABA 242 9.921 -16,478 S - $ 15 Mr. .oo $ 28-8 at with ATOM 1274 ABOUT A1L 242 -10,393 -17.559 10.176 1.00 12/28 at ABOUT ATON N BU-1 243 -10.] $? -15.930 19,696 1.00 29.26 at at ATOM 1216 CA Bw 243 -11,157 -16.492 20.502 1.00 29.82 at with ATOM 1237 NE Bw 243 -11.44 $ -15.500 21.697 1.00 20.15 at with ATOM 1270 SS Bw 243 -10,347 -14.472 21.869 1.00 26.26 at with ATOM 1279 With Bw 213 -9.612 -14.683 23.175 1.00 26.89 at with ATON 1280 CE Bw 243 -8.704 -13.506 23.508 100 26.93 at with ATOM 1281 N8 Bw 243 -5.473 -13.398 24.973 1.00 26.14 eight N ATOM 1282 WITH B £ 243 -12.415 - 16.735 19.747 1.00 31.25 eight with ATOM 1283 ABOUT Bw 243 -12.645 -16.054 18.750 1.08 33.02 but about ATOM 1284 N SUE 244 ‘13 .220 - 17.7 18 20.123 1.00 3]. 12 one! N ATOM 1285 CA SBU 244 -14.451 -17, zze 19,385 1.00 31-63 at with ATOM 1286 WITH YBU 244 -14.296 -18.595 18,025 1.00 31.34 at with ATOM 128? ABOUT SBU 244 -15.258 -19,141 11,487 1-00 31 .g? at ABOUT ATOM 1288 N Dba 24 $ -13-100 -10.542 17,456 1.00 31.32 at n ATOM 1289 CA ABA 245 -12.768 -19.446 16.366 1.00 32.05 at with ATOM 1280 NE ABA 246 -11.446 -19.059 15.757 100 31.24 at with

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ΑΤΐΙΜ 1291 WITH Ll 245 -12.693 -20.94? 16.956 1.00 32.00 AT with ΛΤΟΚ 1292 □ L1L 245 -12.549 -21.012 18.170 1.00 33-90 at about dton 1293 N ΞΕΕΙ 246 -12.764 -21.964 16.111 1.00 33.5+ at to dton 1294 CA Yen 246 -12.791 -23.227 10.625 1.00 34.92 at with dton 129 $ NE ZEK 246 -14.207 -23.775 16.536 1.00 36.59 at with ATON 1296 (HZ YEK 246 -15.062 -23.000 17.353 1.00 39.79 at 0 ATON 1297 with ZEK 24 6 - 11.021 -24.180 15.951 1.00 34.43 at with ATSM 1st YEY but ZEK 246 -11.525 -24.051 1 + .7ba 1.00 34.27 at ΰ ATOM 1299 m MET 247 -And -334 -25.115 16.719 1.00 34.89 at N ATSN 1300 CA MET 247 -19.205 -25.047 16.292 1.00 35.66 at with ATOM 1301 se MET 247 -9.02 6 -25.702 17-237 1.00 38.44 at with ATOM 1302 08 NOT 247 -0.439 -34,296 17,103 1.00 41.75 at with ATSN 1303 50 NOT 247 -7.185 -23,860 18,326 1.00 45.85 at -one ATSN 130+ CE NOT 247 -5.032 -24.890 17.796 1.00 44.65 at with ATSN 130 $ WITH NOT 247 -10.199 -27.436 16.194 1.00 35.05 at with ATSN 1306 but NOT 24? -11.242 -EV.001 16.995 1.00 Ϊ + .54 at 0 ATSM 1307 to ABE 240 $ .909 -EV.066 15.190 1.00 3 + .2Θ 0 N ATOM 1308 SD Battery 2 40 -9.950 -29.509 15.003 1.00 33.81 0 with ATSN 1309 se ABE 2 + 0 -10.015 -29.914 13.097 1.00 35.62 at with ATSM 1310 ss ABC 24Θ -11,084 -2Ya.YaCH4 13-551 1.00 30.31 at with ATSN 1311 with ICE 249 -12.9!? 6 -29,472 12,566 1.00 40.60 at with ATON 1312 NOT NSA 240 -13.589 -30.609 13,149 1.00 4 + .00 at N ATSN 1313 CE IB 240 -14.713 -30.509 13,849 1.00 45.66 at with ATSN 131+ ON1 Battery 240 -15.285 -31.596 14.351 1.00 46.06 at N ATSN 131 5 ΝΗ2 Battery 249 -15.E60 -29. 320 14.041 1.00 46, 30 at to ATSN 131 6 WITH ABC 249 -8.526 ‘30 .023 14.905 1.00 32.41 at with ATS " 1317 0 ABC 249 “7.05 (1 ‘29 -692 13.925 1.00 32.44 at ΰ ATSN 1310 N ZEK 249 -8.063 -30.836 15.857 1.00 29.90 at N ATON 1319 CA ZEK 249 -0.694 -31,247 15-930 1-00 2?, 61 at with ATSM 1320 NE ZEK 249 -6.250 -.31,200 17.393 1.00 27.24 at with ltpm 132) OS VEN 219 -5.6V1 -32.427 17.811 1.00 27.75 at 0 ATON 1322 with $ EI 249 -6.420 -32.638 15,330 1.00 26.69 at with ATOM 1323 about 5 BI 21 $ -7.102 -ZZ.Ö08 15.649 1.00 27.35 at 0 ATON 132+ and Bc 250 -5.415 -32.727 10/14 1.00 35.2P R Ή ATON 1325 CA Bjp 250 -4.962 -34.-316 14.044 1.00 24.40 at with DTON 326 NE LEU 250 -4.700 34.070 12.521 1.00 25.99 at with ATSN 1327 se yee 250 -5. $ 64 -34.03 $ 11.643 1.00 25.42 at with ATOM 1320 SG1 ! .ri 250 -6.634 -32.602 11.736 1.00 25.61 at with ATSN 1329 002 Bjeo 250 -5.674 -34.32 $ $ 10.20 1.00 25.09 at with ATOM 1330 with ιευ 250 -3-493 -34.224 14.691 1.00 23.33 at with atci 3331 0 yee 250 -2.813 -33.257 15,010 1.00 23.67 at about ATON 1332 N ABC 251 -3-091 -35.477 14.691 1.00 22.89 at l ATOM 1333 CA LEI 251 -1.759 -35.763 15,438 1.00 22.61 at with ΑΤΏΜ 3334 sv ICE 251 -T .859 -36.714 16, 630 1.00 21.26 at with ATOM 1335 Si LEI 251 -0.407 -37.028 17,209 1.00 23.82 at with ATOM 1336 With ICE 251 -0.5 + 2 -37.959 10.419 1.00 26.20 at with ATOM 133? NOT Liy 251 0.709 -37.945 19,102 1.00 26.31 at Ή ATSM 1330 cg LAY 251 1.351 -39.036 19.505 1.00 25.2? at with ATON 1339 Ν4Γ] Liy 251 0.363 -40.233 19.299 1.00 24.93 at N ATOM 13 + 0 ΝΗί ARB 251 2.477 ‘30.931 20.275 1.00 25.73 at TO ATOM 13 + 1 with ARB 251 -ABOUT. 812 -36.355 14.406 1.00 23.30 at with ATOM 5 3 + 2 about two 251 -0.951 -37.511 13.993 1.00 23.07 at 0 ATSN 1343 N MIND. 252 0.174 -35.55 $ 14.002 1.00 23.27 at to ATOM 1344 CA UAY 257 1.136 -35.992 12.999 1.00 24.29 at with ATSM 13 + 5 NE UAY 252 1.134 -35.018 11.791 1.00 24.61 at with ATSM 1346 CC1 UAY 252 -0.102 -35.150 11,053 1.00 24.12 at with ATOM 13 + 7 SY2 UAY 252 1,350 -33,633 12,261 1.00 25.97 at with DTON 1310 WITH UAY 252 2.5 + 6 -36.054 13.570 1.00 24.19 at with ATOM 1349 0 UAY 252 3.447 -36.634 12.959 1.00 25.34 at 0 ATOM 1350 N boo 253 2.720 -35.454 14.744 1.00 34.84 at to DTON 1351 CA Bf 253 4.006 -35.411 15. + 30 1.00 34 .76 at with ATOM 1352 NE Bf 253 4.361 -33.967 15.776 1.00 33.72 at with DTON 1353 SS ive 253 4.361 -33.960 14.625 1.00 23.29 at with ATOM 1354 C01 ii 253 4.64 $ -31. 576 15.154 1.00 21.59 at with ATOM 135 $ C 02 Bw 253 5.403 -33.352 13.607 1.00 23.92 at with ATOM 1356 with Bw 253 3.E50 -36.233 16.71 + 1.00 26.34 at with ATOM 135? 0 Bf 253 3.063 -36.031 17.551 1.00 26.64 at 0 ATOM 1350 N DEM 254 4,907 -37.147 16.070 1.00 27.39 at to ATOM 1359 CA AZES 254 4,999 -37.981 10,066 1.00 27.84 at with ATOM 1360 NE AIN 254 5,908 -39,131 11.032 1.00 20.42 at with ATOM 1361 SS AZES 254 7,439 -30.676 11,036 1.00 20-34 at with ATOM 1362 001 DYY 25+ 7.727 -37.406 17.001 1.00 30.4? at 0 DTON 1363 N02 AZES 254 0.358 -39.630 17.708 1.00 29.32 at N DTON 1364 WITH her 254 5.414 -37.177 19.306 1.00 20, 2? at with ATOM 136 $ ABOUT L5M 254 5.418 -35.938 19.295 1.00 29 .25 at 0 ATOM 1,386 TO From ¥ 5 255 5.756 -37.004 2C. 376 1.00 39.16 0 N

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ATOM 1367 CA CPS 23 $ 6.024 -37.239 21.655 2.00 28.63 ATON 136 $ WITH COURT 255 7.325 -36.487 21.675 1.00 26.69 ATOM 1369 0 COURT E $$ 7.626 -35.606 22.645 2.00 27.25 ATON 1370 NE COURT 25 $ 6.045 - ZY.258 22.781 2.00 32.30 ATOM 1371 £ c CPS 255 4-40? -36.9 + 2 23.137 1.00 43. $ 6 ATSZN 1 312 N sya 256 ίϊ-Ίΐΐ -36.622 20.617 1.00 24-58 ATON 1373 CA syp 256 9.340 -35. $? 5 GO.Zgo one . 00 21.14 ATSN 1374 NE SL 256 10.503 -36.8 + 6 20, + 06 1.00 21.92 ATSN 1375 her Sib 256 10.613 -37.723 21,623 1.00 24.98 ATOM 1376 With YES 256 11.095 -39.115 21.295 1.00 28.39 ATON 1377 Сё1 E1L 256 11.509 -39.398 20.165 1.00 30.69 ATON 1378 NOT? 6126 256 11.04 $ -40.001 22.283 1.00 30.25 ATON 1E? 9 WITH 61.Ν 266 9.337 -34. B93 19.357 1.00 20.02 ATSN 1380 0 BTgM 256 10.30 $ -34.517 18.J + 3 1.00 19.29 ATON 1391 N SUE 35? 8.139 -3+ 479 18-950 1.00 19-22 ATOM 1382 CA SUE 257 8-00 + -33.430 17.957 1.00 19.26 ATON 1393 WITH SUE 257 8.2 "! -33.906 36.5 + 2 1.0O 19, + 5 ATOM 1394 0 SUE 257 8.408 -33.104 15,619 1.00 18.96 ATSN 138 $ M 115 258 8.240 -35.223 16.370 1.00 20.81 ATON 1386 CA Boo 258 8.602 -35.826 15.123 1.00 21.90 ATON ] 397 NE £ UB 258 9.762 -36.856 15.415 1.00 21.99 ATON 13 $ a Sat B5 258 10.399 -37.4 + 2 14.179 1.00 27.25 ATOM 1389 SR 1.Υ5 U8 11.905 -37.233 14.196 1.00 30.54 ATOM 1390 CE Bj5 2 $ 8 12.624-ZV.401 13.536 2.00 3 + .07 AE'OM 1391 M B 258 14-066 -ZV.101 13-269 1.00 37.21 ATOM 1392 0 Bw 253 7.536 -36.476 14.353 1.00 21-06 ATOM 1393 ABOUT YOW 258 6.699 -37,167 1+ .923 1.00 23.60 ATON 1394 I SUE 259 7.50+ -36.235 13,050 1.00 22.0? ATSN ] 39 $ CA SUE 259 6.571 -36.918 12.17V 1.00 22.34 ATOM 1396 WITH SUE 259 7.238 -37.276 10.8 62 1.00 22.86 ATOM 1397 0 6ΟΥ 259 8.467 -37.230 10.747 1.00 23.37 ATON 139Y n TNR 260 6.435 -37.637 9.866 1.00 21.04 ATOM 1399 CA TIR 260 6.966 -37.958 8.5 + 8 1.0 $ 21-8 $ ATOM 1400 NE TNR 260 6.869 -39.462 8.253 1.00 20.56 ATOM 1401 001 TNR 260 5,496 -39.859 8.2 + 8 1.00 19-54 ATOM 1402 OS! ” TNR 260 7.622 -40.251 9.D09 1.00 ϊ 9-92 ATOM 1403 WITH Transnational corporation 260 6,203 -3'1,201 7, + 75 1.00 22.65 ATOM 1404 0 TNR 260 5.OYO -36.7'17 1,104 1.00 24-48 ATON 1405 I 7АЪ 261 6.811 -37.024 6,306 1.00 22.69 ATOM 1406 CA UAY 261 6.173 -36.26? 5.2 + 7 1.00 21.49 ATON 1407 sv UAY 261 7.091 -36.153 + .010 1.00 20.59 ATON 140V SB1 ? Ab 261 6.402 -35.364 2.919 1.00 19.43 ATSN 14 09 CC2 EA 261 8.389 -35.473 + .400 2.00 19.44 ATOM 1410 WITH UAY 261 4.872 -36.951 4.060 1.00 21.94 ATSN 1411 ABOUT EA 261 3.850 -36.301 4.624 1.00 22.12 ATON 1412 N DER 262 4.911 - ЗЕ.278 4. 2.00 22.53 ATON 1 + 13 ate DER 262 3.757 -39.076 four . 42B 2.00 22.26 ATON 14 14 sv DER 262 4.165 -40.5 + 1 4.284 1.00 22.47 ATOM 1415 OS Yaw 26Ϊ 4-95 $ -40.9 + 1 5.390 1.00 2 $ .99 ATON 1416 with DER 262 $ 2.60 -ZA.962 5.414 1.00 21-68 ATON 1417 0 DEC 262 1-467 -ZV.77 $ $ .009 Ι, Ορ 32.09 ATOM 141B and SUE 263 3.916 -39.076 6. south 1.00 21, 4 $ ATON 1419 CA SUE 263 1.909 -30,867 7.72 4 1.00 21.21 ATOM 1420 0 SUE 263 1.256 -37.506 7.56? 1 .00 22.4'3 ATON 1421 0 C1U 263 o.sbz -37, zge 7.045 1.00 21.36 ATON 1422 AND Transnational corporation 264 2.039 -36.538 7.103 1.00 22 .11 ATON 1423 CA Transnational corporation 264 1.527 -35.202 6.08? 1.00 21.72 ATSN 1424 NE TNV 264 2.644 -34.228 6.597 1.00 21.29 ATON 1 425 061 Transnational corporation 264 3.532 -34.176 7.715 2.00 20.27 ATON 142 $ CC2 Transnational corporation 264 2.074 -32.850 6.34V 2.00 21.16 ATON 142? WITH TNV 264 0.5Y5 -35.208 5.701 1.00 23.10 ATSN 1428 0 TNR 264 “0.547 -34.732 5.796 2.00 29.02 ATON 1429 N Bw 26 $ 1.050 -35.753 +, 584 1.00 23-29 ATOM 1430 CA Bw 26 $ 0.233 -35.904 3.388 1.00 21-J6 ATOM 1431 NE yi 26 $ O_? 0 + -36-860 2,412 $ 1.00 20.3 ATON 14 32 SS b 265 ^ .200 -36.3 + 0 1.005 1.00 20.98 ATOM 1433 CC1 Bf 265 Ϊ.Β79 -37.45? 1, 015 1.00 20.52 ATON 1434 CC2 Bw 265 1.990 -35.139 0.919 1.00 19.35 ATOM 1435 WITH Bw 265 -1.135 -36.455 3,745 B, 00 21 .2? ATON 1436 ABOUT Bw 265 -2.159 -35.900 3.361 1.00 23.43 ATON 1437 AND 1b 266 -1.136 -37.555 four . 485 1.00 19.76 ATON 143V SL I HER 266 -2.355 -ZV.257 +. In WE 1.00 18.31 ATON 1 4 39 About 1b 266 -2.002 -39.5V5 5,543 1.00 16.VO ATON 1440 062 ΙΕΕ 266 • 3.251 -40.323 5.957 1.00 13.7V ATON 1441 C <31 L.E 266 -1.151 - + 0.436 1.60.3 1.00 14.0+ ATOM ] 4 + 2 C01 TEE 266 -S.945 -41.830 $ .071 1.00 14 .01

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Vg

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ATIM 1443 WITH ΙΙΈ 266 -3.219 -37.386 5.746 1.00 20.40 & with ATOM 1444 ABOUT ΙΕΕ 266 -4.434 -37.447 5.703 I .00 20.07 & 0 ATOM 1445 N SUE 267 -2.560 -36.566 6, 560 1.00 21.94 AT N ATOM 1416 SL SUE 26? 3.283 +35.624 7.393 1.00 21.97 0 with ATOM 1447 WITH SUE 267 -4.090 -34.693 6.520 1.00 22.46 0 with ATOM 1440 about SUE 267 -5.301 +34.527 6.717 1.00 23.67 0 0 ATOM 1419 N Bw 2 60 -3.444 -34.092 5-538 1.00 21.50 AT N ATOM 1450 CA Bc 2 her -4.124 + 33-185 4,639 1.00 21 .24 AT with ATOM 1451 NE Bw 260 -3.108 -32-832 3. ή'ί U 1.00 21.00 AT e ATOM 1452 SS Bj 260 -1.978 -31-721 4.384 1.00 20.19 at with ATOM 1453 CC1 ho 265 -1.029 -31.208 3.291 b .00 20.01 at with ATOM 1454 SY2 Bf 260 -2.550 -30.556 5.130 1.00 19.61 at with ATOM 1455 WITH ΕΕϋ 260 -5.214 -33.910 3.Θ41 1.00 22.54 at with ATOM 1456 ABOUT ΐ-Ευ 2 60 +6.269 -33.333 3.55V I .00 24.3? at 0 ATON 1457 N eat 269 -4.983 -35.172 3.490 1.00 21.06 at n ATON 1450 CA si 269 6.009 -35.930 2.77V 1.00 21.18 at with ATON 1459 NE hundred 269 -5-553 -37.367 2.519 1.00 22.31 at with ATOM 14 60 SS hundred 269 + 6.368 -ZV.070 1.431 1.00 24.62 at g'—, _ ATSN 1461 SS hundred 2 69 +6.384 -39-593 1.562 $ 1.00 2 .91 at with ATOM 14 62 OE1 hundred 269 -8.320 -40.154 1.966 1.00 27.02 B 0 ATON 14 63 CE2 oh 269 -7.382 -40,229 1.287 1.00 2?, 61 AT WITH ATON 1464 WITH si 269 -7,250 -35.85? 3.680 1.00 20.82 AT with ATSN 14 65 0 si 269 -6.365 -35.650 3.208 1.00 21.02 at 0 ATSN 1166 N G NOT 276 7.032 -36.321 4.906 1.00 19.63 at N ATSN 1 46? CA RNE 270 -8.100 -36.429 5.081 1 .00 17.51 and WITH ATON 14 6 $ sv ΡΕΙΕ 270 +7.495 -36.822 7.220 1.00 16.07 at WITH AGON 14 69 Sat RNE 270 -8.46? + 36-847 0-342 1.00 1 $ .79 at WITH ATON 1470 CO2 RNE 270 -0-923 -38-046 8.040 1.00 16.02 at _ ATSN 1471 CO2 RNE + TO -8,084 -35, b? 2 0.940 1.00 16.62 B with ATON 1472 CE1 RNE ; g * 0 -9-774 -38-081 9.933 item 32 AT with AT SI 1473 CE2 RNE 2? 0 -9.728 -35.697 30.023 1.00 17.59 at 0 ATSN 1474 cg RNE 270 -30.176 -36.910 10.523 ΐ .00 18.31 at with ATSM 1475 with RNE 270 -8.060 -35.114 5.997 1.00 16.78 at with AT SI 1476 about RNE 270 -10.009 -35.096 6.065 1.00 17.12 at 3 ATON | 477 N 1b 271 -8.125 -34.012 6.000 1.00 Y.76 at N ATSN $ 147 SL NOT 271 -3.743 +32.713 6.1J5 1.00 16.00 at WITH ATSN 1 4? 9 sv 7Ι + Ε 271 + 7-696 -31.603 6.253 1.00 + 6.26 at * ATOM 1400 CC2 1b 271 -8.316 -36.272 6.509 1.00 15.52 at £ ATSN 1451 C51 Hw ??) 6.715 -31.K78 7-390 ) (10 16.07 at G ATSN 140Ϊ CO2 ΙΙ.Ε 271 -8.099 -30.666 7.767 1.00 16.57 at with ATSM 1453 with 1b ? 7 1 -8-69? + 32-109 5,039 1.00 16-31 at V ATSN 1454 Ο- YOU5 271 -10-801 -31.90 $ $ -247 1.00 10.27 at about ATSN 1455 Ν Battery 27? -9.276 -32.72? 3,025 1.00 18.55 at m ATSN 1406 CA ARS 27? -10.080 -32-368 2,687 ] .OP 14.16 at / “ ATOM 1487 NE ARB 272 -9.1 & 7 -32.521 1.425 1.00 13.53 at with ATSM 1458 SS ARS 27? -9.870 -32.159 0-112 1.00 14-31 at ATCI 1489 With AK.S 272 -10.647 -31.195 -0.084 1.00 14.45 at with ATCI 1490 ΝΕ ARS 272 -10.953 -30.998 -1.404 3.00 18.03 at N DTSI 1491 C '£ ICE 272 -11.694 -30.000 -1.938 1.00 17.53 at WITH ATSM 1492 ΝΗ1 LNAS 272 -11.920 -29.89 $ -3.237 1.00 10.77 at TO ATSN 1,493 HH2 Ah! Yu 272 -12.217 -28.114 -1.117 1.00 17.11 at Th ATSM 1494 WITH ARS 272 11.332 +33.229 2.569 1.00 14.98 at with ATOM 1495 0 LRS 272 “12.411 -32.735 2.240 1.00 13.74 at 0 ATSM 1,496 N Bw 273 -11.213 -34.511 2.090 1.00 16.77 at N ATOM 149? CA 175 273 -12.300 -35-39 $ 2-914 $ 1.00 19-1 at WITH ATON 1498 sv 175 273 -11-971 -36.834 3.234 1.00 19-12 at with ATSM 1498 Sat Bw 273 -13.11 $ -3? .702 3.711 1.00 21.09 E1 with ATOM 1500 With Bw 273 -13.100 -37.79? 5.246 1.00 20.83 at with ATOM 1501 CE Bw 273 -14.534 -37.717 5.066 1.00 32.67 at ί ATSM 1502 > 13 Bw 273 -14.605 -37,111 7.263 3.00 30.13 at N ATSM 1503 WITH Bw 2? 3 -13.424 -34.937 3.924 1.00 20.09 at WITH ATSM 1504 0 Bw 273 -14.622 +34.957 3.639 1.00 20.19 0 ABOUT ATOM 1505 N YZY 274 -12.970 -34.528 5.104 1.00 20.B1 at [+ ATOM 1506 CA 0EOD 274 +13.879 -34.101 6.166 1.00 21.13 at with ATOM 150? NE Trouble 274 -13.009 -33.634 7.385 1.00 20.17 at ATOM 1 50 $ SS £ EH 274 -12.000 +34.500 7.707 1.00 21.58 at 0 ATOM 1,509 WITH Bep 274 -14.713 +32.956 5-646 1.00 20.96 at WITH ATOM 1510 ABOUT 5EY 274 +15.902 -32.838 8.927 1.00 22.15 at ϋ ATOM 1511 N Om 278 - 14-068 4.0 6? 1.00 20.71 at N ATOM 151-2 CA SEE 276 -14.660 -30.06 $ 4-4? 1 1.00 20.02 at s “ ATOM 1513 NE BM ??eight *! 3-866 “? 9,907 4.085 1.00 19-43 at ς ATSM 1514 SS SHM 27 $ -14.035 -20,600 3.56Θ one . 00 18-04 at ATSM 1515 With Bm 275 -13.21 $ -Ζ0.212 2.383 1.00 19.76 at with ATOM 1516 OE1 SON 275 -12,700 -29.0Θ2 1.681 1.00 22.34 at 0 ATSM 1517 H £ 2 si) 2? 5 -13.057 -26.918 2.163 1.00 10.04 at Et ATSM 1518 WITH si) 275 -15.632 -31.078 3.320 1.00 21.36 at WITH

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ATON 1519 ABOUT sm 275 -16.57 $ -10.317 3,144 1-00 21.85 eight 0 atom 1520 I Ι, ΕΟ 276 -15.393 -32.174 2.542 1-00 21.35 R n ATSM 1521 CA Bjeo 276 -16.293 -32.468 1.458 1.00 21.46 AT with ATOM 1522 NE Bjeo 276 -15.569 -33.370 0.4B5 1.00 20.85 AT with ATOM 1523 SS Bw 2? B -14.412 -32.655 -0.222 1.00 21.54 0 with ATOM 1524 CP1 yee 276 -13.352 -E3.659 -0.648 1.00 21.26 AT with ATOM 1525 C 02 Bw 276 -14.946 -31.077 -1.410 1.00 10.00 AT with ATOM 1526 WITH bei 276 -17.540 -33.162 1.994 1.00 22.70 b with ATON 1527 ABOUT bei 276 -18.822 -33.061 1.406 1.00 23.10 Ξ □ ATSM 1528 N WHOSE 277 -17.37 $ -33.055 3.119 1.00 23.69 AT but ATOM 1529 CA UAY 21 7 -10.449 -34-645 3,119 1.00 23.85 AT with ATSN 1530 se UAB 277 -17.867 -35-168 4.570 1.00 21.82 R with ATOM 1531 C61 UAY 217 -18.977 -36.622 5,132 1.00 21.54 at with ATOM 1532 CC2 UAY 217 -16.941 -36.597 3.735 1.00 22.34 at with ATON 1533 WITH UAB 217 -19.370 -33.001 4.596 1.00 25.25 at with ATON 1534 0 UL 277 -20.541 -34.136 -one . 904 1.00 2 5.41 at 0 ATON 1535 N C1L 278 -10.826 -32.107 5.115 1.00 26.20 B η ATON 1536 CA sb 278 -19.593 -31.198 5.960 1.00 26.06 AT with ATOM 1537 NE BBL 278 -19x440 -32.202 7.414 1.00 28.61 AT with ATON 153 $ SS OHL 278 -20.45 $ -33.207 7,043 1.00 35.11 AT with ATON 1539 Joint venture O1L 278 -23.22 $ “32.729 9.U4? 1.00 3 9-2 (1 AT with ATSN 1,540 OE] CEM 278 -20.635 -32.2P 30.033 1.00 40.40 at 0 ATSM 1541 HE2 ok 278 -22.562 -32.821 8,980 1.80 41.21 at N ATOM 1542 WITH sky 278 -19.108 -30.372 5.791 1.00 25.07 at with ATOM 1543 0 n 278 -10.602 -29.760 6,729 1.00 25.51 at 0 ATON 1544 N Ryo 279 -19.272 -29.017 4.586 1.00 24.43 at I ATON 1545 SR RIO 219 -20.021 -30-374 3.449 1.00 2? .. 73 B with ATSN 1546 CA RIO 279 -10.713 -20.467 4.320 1.00 23.37 eight with ATOM 154 7 se RIO 279 -19.302 -28.14 $ 2.92 J 1.00 21-7 / eight with ATSN 154 $ ss RAO 279 -Y0.342 -29.170 2,844 1.00 2J.09 AT with ATON 1549 with RIO 279 -19.239 -27.470 5.362 1.00 22.65 AT with ATSN 1550 0 RAO 27 9 -20,374 -27.52 $ five . 0YO 1.00 23.70 at 0 ATOM 1551 N UAE 200 -1Θ.336 -26.571 5.742 1, 00 23.67 at μ ATON 1552 CA A B 200 -10.598 -25.562 6.760 1.00 22.67 at with ATOM 1553 sv UAE 200 -17.728 -25.800 0.019 1.00 22.17 at ATON 1554 C61 UAE 200 -1B.175 -27.056 0. 729 1.00 20.63 at with ATON 1555 Sy2 UAE 200 -16.267 -25.934 7.607 1.00 23.06 at B. ATON 1556 with UAY 200 18.2Θ3 -24.179 6.220 1.00 22.17 at WITH ATON 155) about UAB 200 Ί8.635 -23.059 5.080 1.00 20.16 at 0 ATON 1559 I 201 -17.613 -23.366 7.032 1.00 23.75 at M ATON ] 553 CA (5Τ.Υ 281 -17.163 -22. (164 6-570 ί -00 24-31 at WITH ATON 1560 WITH Sat Υ 201 -15.769 -22.144 5-904 1-00 24.09 at with ATOM 1,561 0 ABOUT 281 -15.3-1 -23.229 5, 836 ', .00 24.64 at 0 ATON 1562 I RIO 292 -15.069 -21.013 5-065 '= .00 24 .04 e N ATON 1563 SR RVO 202 -15.556 -13.651 6,123 1.00 Ζ4 .55 at WITH ATON 7 $ 64 CA RAO 28? -13-664 -21-000 5,451 1.08> 4.01 e WITH ATON 1565 sv RKO 282 -13.274 -13.52? 5,493 1.00 24.10 at WITH ATON 1566 ss RVO 202 -14.564 -18.795 5.411 1.00 23 .06 at with ATOM 1567 with 1’I 2B2 -12.796 -21.839 6. 409 1.00 24.43 at with ATON 1569 0 ίΐΰ 202 -13.047 -21.856 7.617 1.00 24.10 at 0 ATOM 1569 I Bw 203 -11.192 -22.520 5.863 1.00 24.32 at but ATON 1570 CA Bw 293 -10.926 -23.400 B. 651 1.00 23.30 P with ATON 1571 sv EEO 283 -10.904 -24.802 6.057 1.00 22.99 at with ATON 1572 se BEO 203 -12.166 -25.615 6.003 1.00 23.79 at with ATOM 1573 st Bes 203 -11.915 -27.0.5 $ 5.708 1.00 J4.80 at with ATON 1574 SP2 BEO 203 -12.104 -25.549 7-4 65 1.00 25-21 at with ATOM 1575 WITH Bes 283 -3.512 “22. $ 85 6, 587 1.00 22.69 at with ATOM 7 576 0 BEO 78'1 -8.993 -22.402 5.679 1.00 yZ, 60 B 0 ATOM 1577 N UAY 284 -8.881 -22.944 7.851 1.00 22.49 at N ATON 7 570 CA UAB 284 -7.471 -22.605 7.973 1.00 21.61 at WITH ATOM 1579 NE UAB 284 -7.271 -21.405 8.918 1.00 21.87 at with ATOM 1589 CC1 UAB 284 -5.194 -21.231 9.247 1.00 20.77 at with ATOM 1501 SY2 TEA 284 -7.925 -20.147 8.268 1.00 20.07 at with ATON 1502 with chub 284 -6.679 -23.794 8.496 1.00 29.93 at with ATOM 1583 with TEA 284 -6.957 -24.315 9.573 1.00 20.79 but ϋ ATSN 1501 I UAB 265 -5.696 -24.231 7.719 1.00 21.45 but I ATOM 1585 CA TEA 285 -4.003 -25.283 8.175 1.00 21.67 at with ATOM 1586 NE UAB 285 -4.470 -26.269 7.049 1.00 29.02 but with ATOM 1587 SGT! TEA 285 -3.116 -27.470 7-613 ] -00 22-15 but with ATOM 158Θ Sat 2 CHAT YY $ -5.74? -26.114 6, ZyZ- 1.00 2 4-1 4 about with ATOM 1589 WITH TEA 285 ‘3.506 -24.674 8.687 1.00 20.61 at with ATOM 1598 0 UAE 785 -2.949 -23.902 7.986 1.00 18.40 at 0 ATOM 1591 N baby 236 -3.163 -25.023 9.924 1.00 20.05 at N ATOM 1592 CA BEU 286 -1.912 -24.605 10.535 1.00 20.46 at WITH ATOM 1593 sa Bei 286 -2.150 -24.169 11.973 1.00 21.00 at WITH ATOM 1594 ss baby 236 -Ο.Θ64 -23.052 12.739 1.00 22.20 eight WITH

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ATON 1595 001 Bf 2-6 0.109 -22.614 12.136 1.00 20.76 AT with ATON 1596 Οϋ2 Bf 206 -3.2018 -23,638 14.196 1.00 21.62 AT with ATON 1597 WITH Bw 206 -0.892 -25.734 10.532 100 20.34 AT with ATON 159V 0 Bf 206 -1-162 -26.821 11.035 1.00 19.43 AT 0 ATOM 1599 TO Bw 20? 0,306 -20,458 9.97 " 1.00 21.20 AT m ATON 1600 CA Bf 28? 1.346 -26.403 9.081 1.00 06/21 AT with ATSN 1601 NE b £ and 287 1.64 6 -26.741 0.406 1.00 12/20 AT with ATON 1602 SS Bw 287 0.453 -27.2VZ 7.60 " 1.00 17.86 at with ATSN 3 605 CP1 Bw 287 0.64 ~ -27.013 6.14 " 1.00 16.35 at with ATSN 3,604 CP2 Bw 287 0.292 -28.768 7. Θ64 100 17.11 at with ATSN 1605 with Bw 287 2.610 -26.007 10.612 1.00 20.61 at with ATOM 1606 0 Bw 287 3,545 -25.471 10.001 1.00 04/20 at 0 ATOI 1607 N REY 28 " 2,657 -26.211 11.941 1.00 20.31 at N ATOM 16ΟΘ SS REY 28E 1.630 -26.978 12.681 1.00 19.79 at with ATON 1609 CA REY 253 3.?41 -25.767 12.023 1.00 19.59 at with ATOM 1610 with a Ryo 28Θ 3.-Pb? -25-699 14.187 1.00 19.77 at with ATOM 3611 CE REY 280 2.52 " -20.783 14.126 1-00 19.23 at with ATOM 1612 with in to 280 4.925 -25.736 32.786 ] -80 1 ",? 3 at with ATSN 1613 about REY 280 5.436 -27,179 13.029 100 17.76 at 0 ATOM 1614 and Bw 289 5,341 -27. S-69 11.565 1.00 17.09 at N ATOM 1615 CA Bw 289 6,372 -28.076 11.355 1.00 16.76 at with ATSN 1616 sv Bw 289 Ξ .74 1 ‘29 .479 11.230 1.00 15,59 at with ATOM 1617 with Bw 2 "9 4.670 -29.630 10.130 1.00 16.71 at with ATOM 1618 CB1 Bw 289 5.303 -30.269 8.897 1.00 17.39 at with ATOM 1619 CO2 yee 289 3.525 30.474 10.662 1.00 14.29 at with ATOM 1620 with Bw 289 7.700 -27-766 10-120 1.00 16.66 at with ATOM 1621 with ho 289 6,795 -26.960 9.267 1.00 15.85 at 0 ATOM 1622 N ABA 290 8.371 -28.399 10.046 1 -0 (1 02.17 at N ATOM 1623 CA ABA 290 9,260 -28.245 8.910 1.00 17.79 at with ATOM 1624 sv ABA 290 10,190 -27.063 9.127 1.00 16.37 at with ATOM 1625 0 ABA 790 10-080 -29.507 8.714 1.00 12/19 at with ATOM 1626 0 ABA 290 10.594 -30.089 9.6V2 1.00 1B. E1 at 0 ATOM 1627 N B ¥ 291 10.133 29-920 7.452 1.00 20 .09 at N ATOM 1628 CA SUE 291 11.130 -30.934 7.050 1.00 20.40 at with atom 1629 WITH Yu 291 11.980 -30-380 5-919 1-00 20-? 2 at g. AGON 1630 0 WOULD 291 11, 786 -29-242 5.500 1.00 21.90 at but ATON 1631 'one I beat 292 12.919 -31,186 5.432 1-00 20LZ at N ATSN 1632 CA "B 292 13.73? -30-734 4-299 1.00 20.49 at with ATSN 1633 WITH SUE 292 12,662 -30.50Y Z. OE0 1.00 20.99 at with ATOM 1631 ABOUT Be 292 11,752 -31-020 3-02? ] .00 22.41 at 0 ATOM 1635 l TOUR 293 13,340 -29.744 2.116 1.00 10/22 at N ATON 1636 CA TOUR 293 12.499 -29.422 0.969 1.00 21 .97 at with AGON 1637 NE TOUR 793 13.293 -28.690 -0.106 1.00 22.23 at with ATOM 163 " With tour 293 12.403 -20.386 -1.344 1.00 22.52 at with ATON 1639 C01 TOUR 793 11-931 -27.137 -1.554 1.00 23.24 b with ATOM 1640 CE] tour 793 11.210  26.853 -2.706 1.00 23 .07 at with ATON 1641 CO2 TUN 293 12.304  2 9.367 -2.310 1.00 22.54 at with ATOM 1642 CE2 TOUR 293 11.509 -29.095 3.470 1.00 07/23 at with ATOM 164 3 ΟΖ tun 293 11.051 -27.839 -3.662 1.00 24.37 at € ATON 164 4 HE TUK 293 10-373 -27.571 -4.829 1-00 24.90 at ΰ ATON 164 5 WITH TUI 293 11,097 30-681 0- 373 1-00 21.19 at with ATON 164 0 about TUI 293 12.579 -31,688 0-106 1.00 21.55 at 0 ATON 164? l BEV 294 10.607 -3ϋ, 60θ 0,078 1-00 20.40 at to ATSN 164 " cl £ EP: 294 9.865 -31.758 -0.397 100 19.74 at with ATSN 164 9 wed BAY 294 8.902 -32.205 0.724 1.00 18.39 at with ATOM 1650 OS ZER 294 8.273 -33.436 0.313 1.00 04/19 at 0 ATON 1651 with DEI 294 9.012 -31.412 -1.619 1.00 19.99 at with ATON 1652 0 5EP 294 8.204 -30.422 -1.025 1.00 19.62 at 0 ATSN 1653 at DNB 2 9 $ 9.110 '32 .236 -2.658 1.00 06/20 at I AGON 1654 CA ABC 295 3.328 32.012 3.859 1.00 10.03 at with ATOM 1655 sv ANO 295 8-908 '32 .790 -5.033 1.00 16.96 at with ATOM 1656 ss bottom 295 7-854 -33-248 -5-999 1.00 1B .05 at with ATOM 1657 with bottom 295 8.04 $ 32-666 - ?. 377 1.00 20.56 at € ATOM 1650 NOT AIS 295 0.621 -33-684 -9.290 1.00 22 .09 at N ATON 1650 cg bottom 295 6.276 -33,790 E, $ 07 100 10 p.m. at <7 ATOM 1660 KH1 foxes 295 7.331 -33,023 -10,103 1.00 20.61 at N ATSN 1661 KH2 two 295 8.809 -34.707 -10.316 1.00 24 .02 at to ATON 1662 WITH bottom 295 6.9ϋ3 -32.4 57 -3.608 1.00 10.94 at with ATSN 1663 0 ARB 295 5,956 -31.735 -3.908 1.00 03/17 at 0 ATSN 1664 Ιί UAZ. 296 6.754 33.652 -3.053 1.00 19.37 at N ATSN 1665 CA UL 29 " 5.425 -34.109 -2.812 1.00 19.79 at with ATOM 1666 NE UAY 296 5.459 -35.674 -2.372 1.00 18.32 at with ATON 1667 F UL ?9& 0.315 -35.852 -1.154 1.00 16.29 at with In summer 1668 CC2 UAY 796 4-061 -36.142 2.074 1.00 16.25 at with ATOM 1669 WITH UAY 295 4,710 33-315 1,749 1.00 20.69 at with ATOM 1670 0 UAY 296 3,544 -33.021 -1.917 1.00 23 _B4 at 0

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ATSN 1 $ 71 N bev 297 5.405 -33.055 -0.664 1.00 20.71 dtln 1672 CA iev 297 4.7В4 “32.206 0.4 08 1.00 20.16 ATSN 1 $ 73 NE ive 297 5.766 -32.061 1.561 1.00 19.03 ATSN 1674 C6 b 297 5.115 -31..355 2.748 1.00 19.79 ATON 1675 C01 BAI 297 3.037 -32.103 3.008 1.00 19.32 ATOM 10? B C 02 BEV 297 6.040 -31-300 3,947 1.00 17.12 ATOM 1677 0 ivy 29? 4.338 -30.94 $ -0-133 1.00 19-04 ATON 1678 0 BEV 29? 3.1 "? -30,549 0.051 1.00 10.61 ATSN 1679 I B5H 298 5.23? - $ {1.258 -0.814 1.00 19-03 ATON 1680 CA AIN 298 4.924 -28.982 -1.138 1.00 19.13 ATSN 1601 sv AEN 29Θ 6.132 -2Β.4Θ1 -2.233 1.00 19.01 ATON 1662 her Λ5Ν 290 7.070 -27.627 -1.397 1.00 20.79 ATSN 1 $ 63 O01 LINEN 290 7.070 -27.694 -0.161 1.00 19.14 ATON 1664 np? D514 290 7.870 -26.813 -2.072 1.00 21.14 AGON 1685 with AZN 290 3.712 -29.055 2.358 1.00 19.17 ATON 1666 0 Α5Κ 29Θ 2.901 “28. (100 -2.502 ί.00 20.60 ATSN 1687 N ABA 299 3.512 30.209 - 2.991 1.00 20-42 ATCI 1688 CA ABA 299 2.4? $ -30.310 -4.010 1.00 19-62 ATSN 1609 sv ABA 299 2.808 -31.555 -4.692 1.00 15.7 $ ATON 1690 with ABA 299 1.113-Zi. 575 -3.350 1.00 20.32 ATON 1691 0 A1Y 299 0.110 -29.965 -3.740 1.00 18.83 ATCI 1692 n ABA 300 1.090 -31.443 -2.347 1.00 19.46 ATON 1693 CA ABA 300 -0.004 -31.611 -1.521 1.00 29.11 ATON 1 $ 94 NE ABA 330 0.2BZ -32.302 0.20 $ 1.00 16.69 AGON $ 169 WITH ABA 300 -0.622 -30.239  1.140 1.00 20.79 ATOM 1696 0 ABA 300 -1.706 -29.9) 8 -1.307 1.00 21.71 ATSN 1697 l CPS 381 0.249 -29.425 -0.551 1 .00 22.30 ATSN 1698 CA CPS 381 -0.120 -20.099 -0.080 1 .00 22.? 6 ATOM 1699 NE CPS 301 1.070 -27.416 0.582 1.00 23.52 ATON 1700 5C CPS 301 1.582 -26.239 2.077 1.00 26.02 ATON 1701 WITH SUV 301 -0.610 -27.234 -1.200 1.00 22.64 ATOM 1702 0 CPS 301 -1.618 -26.556 -1.052 1.00 24.93 ATSN 1703 L C1H 302 0.077 -27.245 -2.323 1.00 23.10 ATOM 1,704 SD CH4 302 -0.360 -26.448 3.442 1.00 24.66 ATSN REF NE (ZBN 302 0.5? 2 -26.621 -4.615 1.00 26.73 ATOM 170 $ SS OBI 302 0.020 -26.0) 2 “5.074 1.00 32.13 ATOM 1707 NE 6 would 302 0.813 -26.4 (18 -7,091 1.00 36.0 $ ATSN 1708 OE1 Bm thirty? 0-632 -25.850 -0.17 $ 1.00 37.94 ATSN 1709 ΝΕ2 SBI thirty? 1.708 -27.382 -6.921 1.00 39.51 ATOM 1710 WITH OBI 302 -1.104 -26.616 -3.6Θ1 1.00 24.41 ATON 1711 0 from 30Ξ -2.604 -25.939 -4.146 1.00 25.13 ATSN 1712 N ANS 303 -2.075 -28.109 -3.960 1 .00 23.65 ATON 1713 CA ABC 303 -3.357 -28.553 -4,490 B.00 21.86 ATSN 1714 CE AKC 303 -3.414 -30.069 -4.570 1.00 21.24 ATOM 1715 se ANS 303 -2.200 -30.679 -5.168 1.00 22.97 ATSN 1710 With ICE 303 -2.556 -31.516 -6. 363 1.00 23.46 ATON 1717 ME but not 303 -1.353 -31.932 -7.067 1.00 25.29 ATOM 1718 CE ICE 303 -1.180 -33.120 -7.632 1.00 26.86 ATSN 1719 »41 AY 303 -0.040 -33.399 -0.251 1.00 26.06 ATON 17 20 »H2 two 303 “2.150 -34.025 -7.578 1.00 27.60 ATON 1721 with two 303 -4.440 “20.094 -3, 561 1.00 21.46 ATSN 17 22 0 bottom 303 -5.502 -27.632 -3,994 1-00 2? .14 ATON 1723 n BEO 304 4.104 -26-247  2-273 1.00 20-1 $ ATCI Π24 CA BEV 304 -5.166 -27,946 -1,250 1.00 16.95 ATON 1725 sv BEV 304 -4.613 -28.34 $ 0.115 1-00 P.0 $ ATSN 1 72 $ SS BEV 304 -5.650 -28.360 1,225 1.00 17.78 ATON 1727 C01 BEV 904 -6.8B0 -29.111 0. 750 1.00 18.88 ATON 1728 C 02 BEV 304 -5.056 -29.006 2.460 1.00 17.39 ATOM 172E WITH BEV 304 -5.490 -26.458 -1.262 1.00 17.86 ATON 1,730 WITH) BEV 304 -6.617 -26.062 -1.060 1.00 16.37 ATOM 1731 AND A1A 305 -4.474 -25.645 -1.503 1.00 18.14 ATON 1,732 cl LBA 306 -4.595 -24.196 -1.499 1.00 18.65 ATON 1733 sv ABA 305 -3.223 -23.568 -1.606 1.00 18.26 ATOM 1734 with D1A 30 $ 5.452 -23.755 “2.664 1.00 19.54 ATON 1? 3 $ 0 ABA 30 $ -6.277 -22.854 -2.537 1.00 19.94 ATON 1? 3 $ and ABC 306 5.23Θ “24-399 * E, 603 1.00 20.90 ATON 173? CA two 306 -6.01 $ 24.122 $ 4.99 1.00 23.22 ATSN 17 38 NE AKO 306 -5.250 -24.629 -6.217 1.00 26.07 ATON 1739 SS DIL 30 $ -5.8? 3 -24,036 -6, 337 1-00 32.51 ATSN 1740 with DES 306 -2.919 -21.978 -7.4) 79 1.00 40.27 ATON 1741 ΝΕ AKC goiter -2.167 -24.284 -8.100 1.00 46.05 ATON 1742 CE AKC 306 -1.806 -21.827 -9.261 1.00 48. ATOM 1743 »H1 AKC 306 -1.094 -21.120 -10.133 1.00 50.33 ATON 1,744 »H2 ICE 306 -2.157 -26.076 -9.552 1.00 49.46 ATON ] $ 74 WITH ABC 306 -7.400 -24.764 -4.923 1.00 21.55 AGON 1 74 $ 0 ICE 306 -8.291 -21.445 5.710 1.00 22.43

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ATOM 174? N ABA 307 -7.591 -25.668 -3.974 1.00 19.75 AT I AGON 174B CA ABA 357 -8.861 -26.329 -3.007 1.00 10.30 AT with ATOM 1749 NE ABA 307 -B.662 -27.684 -3.143 1.00 10.38 at with ATOM 1750 WITH ABA 307 9.737 -25.435 -2.946 1.00 13 .11 at with ATOM 1751 WITH ABA 307 -10.925 -25.697 -2.752 1.00 10.26 at 0 ATON 175 / and Ϊ1Τ.Υ .300 -9.131 -24.373 -2.427 1.00 10.07 at n ATON 175 $ CA eu 308 -9 .303 -23.397 -1.670 1.00 17 .27 at with ATOM 1754 WITH SUE 308 -9.464 -23.190 -0.224 1.00 17.47 at with ATON 1755 Ο- SUE 30-6 -3,054 -22.199 0.371 1.00 13.26 at ϋ ATON 1756 Ν UAY 309 -8.6? 9 -24.092 0.359 1.00 17.05 at to ATON 1757 CA UAY 309 -B .208 -23.942 1.762 1.00 17.40 at with ATOM 1758 NE UAY 309 -0.113 -25.327 2.426 1.00 15.5? at with AGON 1759 C01 UAY 309 -7.427 -25.197 3.750 1.00 16.49 at with ATON 1760 SY2 UAY CALL -9.465 -25.941 2.660 1.00 14.46 at with DTON 1761 WITH UAY 309 -7.039 -23.065 2.012 1.00 17.07 at with ATON 1762 0 UA1. 308 -6.136 <2.486 one . 179 1.00 19.05 at 0 ATOM 1763 n UAY 310 -7.020 -22.385 3.159 1.00 17.33 at 14 ATON 1764 CA UAY 310 -5.918 <1-508 3,550 1.00 10.63 at with ATSN 1765 sv UAY 310 -6.408 -20.376 4 .464 1.00 19-64 at with ATON 1766 CC1 UAY 310 -5.2? 7 -19.605 5.010 1.00 [0.09 at £ ATSN 1767 CC2 UAY 310 -7.334 -19.464 3.702 1.00 10.46 at with ATON 1768 WITH UAY 310 -4 .854 -22.270 4.310 1.00 19.53 E with ATOM 1769 (3 UAY 310 -5 .346 -22.917 5.327 1.00 19.06 at 0 ATON 1770 I Bw 311 -3.612 -22.189 3.857 1.00 20.49 at " ATON 1771 CA LES 311 -2.539 -22.Θ36 4.601 1.00 20.59 at with ATON 1772 NE ysc 311 -1.847 <3.098 3.729 1.00 21.10 at with ATON 1773 ss Bw 311 -2.719 -25-114 3-374 1.00 20.77 at with ATON 1774 C01 Bw 311 -3.169 -25-035 1-924 1.00 19-01 at with ATON 1775 C 02 Bw 311 -1.923 -26.384 3.595 1.00 19.65 at with ATON 1776 WITH Bf 311 -1.523 -21.646 5.170 1.00 19.5? at with ATSN 1777 WITH? Bw 311 -0.939 -20.984 4.465 1.00 13.71 at 0 ATC 1778 N UAY 312 -1.287 -21.971 6.469 1.00 19.15 at N ATON 1779 CA UAY 312 -O .284 -21.166 7.165 1.00 20.13 at with LTSZH 1730 NE UAY 312 -O.954 '20 .29V 8.283 1.00 21.10 at with ATON 1731 C <51 UAY 312 J. 103 -19.499 9.040 1.00 20.27 at with ATON 1,782 C.1-, 2 UAY 312 1.998 -19.364 7.660 1.00 18.06 at with ATSN 1763 WITH UAY 312 0.774 <2.C96 7.78-1 1.00 13.09 at with ATSN 1784 ABOUT UAY 312 0.442 -23. (}] D 8.520 1.00 15.74 at 0 ATON 1? 55 I Transnational corporation 31 3 2.043-21-033 7.4 63 1 .00 17.01 at to ATON 176 6 CA TNR 313 3.130 -22-664 8-001 ! .00 (7.67 at with ATON P & 7 NE TLE 313 3.775 -23,550 6.92 " 1.00 16.67 at with AGON 1703 OS1 TNR 313 4 .433 -24.615 7.560 1.00 15-42 at 0 ATON 1789 CC2 TNR 313 4.772 -22.752 6.058 1.00 -3.8? at with ATON 1790 WITH TNR 313 4.265 -21.399 8-670 1.00 P.4? at with ATON 1 791 0 TNR 313 4.567 -20.752 8.306 1.00 19.31 at about ATSN 1792 AND ABA 314 4.093 -22.551 9.645 1.00 13.83 at to ATSM 1793 CA ABA 314 6.14Θ -22.070 10.220 1.00 14.33 at with ATSM 1794 CE ABA 314 6.611 -23.014 11.316 1 .00 12.97 at with ATSN 1795 WITH ABA 314 7.231 -21.944 9.147 1.00 11.75 at with ATOM 1796 ΰ DC \ 311 7 .220 -22.653 8.139 1 .00 Σ2.56 at 0 ATON 1797 I ABA 315 0.152 -21.016 9.366 1.00 14.04 at to ATON 1 798 CA ABA 31 5 9.267 -20.010 8.455 1.00 15.19 at with ATON 1799 NE ABA 315 9.764 -19.39 " $ .563 1 .00 12.93 at with ATSN 1000 WITH ABA 315 10.39Θ -21.803 8,193 1.00 Ϊ 6.33 at with ATON 1 001 0 ASA 315 η .223 -22.1 * 7 7.933 1 .00 16.64 at with ATSN 1002 I SUE 316 10.416 -22.251 10.049 1.00 15.86 at to ATON 1003 CA OW 316 11.460 -23.134 10.522 1.00 15.85 at with ATSN 1004 WITH SUE 316 12.487 -22.390 11.352 1.00 17.04 at with ATSN 1005 0 SUE 316 12.662 -21.181 11.191 1.CO 15.26 at 0 ATSN 1 WAR N AZES 317 13.173 -23.123 12.230 1.00 13.37 at N ATSN 1007 CA AZES 317 14.084 -22.530 13.205 1.00 20.16 at with ATSN 1008 CE AZES 317 13.729 -23.023 14.600 1.00 17.67 at with ATSN 1009 With AZES 317 12.270 -22.864 14.394 1.00 17.51 at with ATOM 1 in 10 Op1 A5Y 317 11.632 -21.947 14.385 1 .00 15.76 at about ATSN 1011 I 02 AZES 317 11.721 -23.750 15.709 1.00 19.and at N ATOM 1012 WITH d.ch 317 15.535 -22. I 53 12.397 1.00 20.00 at with ATON 1013 0 AZES 317 16.302 -23.250 13.779 1.00 20.23 at ϋ ATON 1014 I RVE 318 15.899 -22.663 11.635 1.00 21-YO at N ATSN 1 01 5 CA RVE 318 11.16? -23.140 11-126 1.00 24.16 at with ATSN 1016 NE RNE 310 16.905 -24.123 9.979 1.00 24.3® at with ATSN 1017 SS RVE 313 16.091 -25. <5 10.3BZ 1.0s 25.06 at with ATON 1 B1E SEN RVE 31B 16.570 -26.227 11.319 1.00 23.4? at with ATON 1019 S-02 RVE 31B 14.047 -25.5Ё2 9.316 1.00 24.55 at with ATSN 1020 se: RVE 318 15.039 -27.341 11.681 1.00 23.94 at with ATSN 1021 CE2 RNE 31B 14.104 -20.676 10.175 1.00 22.04 at with ATSN 1022 CE RNE 310 14.601 -27.565 11.100 1.00 22.93 at with

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ATSN 1323 WITH RNE 318 18.106 -22.030 10,666 1.00 25.02 AT with ATON 1824 0 RNE 338 19.162 -22.312 10.109 1.00 26.36 Yo about ATOM 1825 N ANY 319 17.716 -20.709 10.983 1.00 25.77 AT n ATON 1326 CA ANY 319 18.570 -19.654 10.571 1.00 26-61 R with ATSN 132? NE Al 319 19.708 19.643 11.500 1.00 29.47 at with ATON 1820 Si ANO 319 28.420 -10.273 11.749 1.00 E2.16 at with ATOM 1829 With Bark 319 21.502 -10.345 12,022 1.00 36.07 at with ATSN 1030 ΝΕ AN5 319 21.9? 2 -17.023 13.247 1.00 42.52 at N ATSN 1831 0? ARC 319 23.331 -16.13 $ 13,597 1 -00 45.72 AT WITH ATOM 1032 HH1 AND I AM WITH 319 24.169 -17.674 13.579 1.00 44.02 AT 14 ATOM 1633 ΝΗ2 AKO 319 23,560 -15,499 13.966 1.00 45.86 AT N ATOM 1034 WITH AKO 319 19.019 -19.766 9.115 1.00 26.40 B WITH ATON 1335 ABOUT ANS 319 20.203 -19.627 9,908 1.00 26.94 AT ABOUT ATSM 1B36 N AZR 320 18.066 -20.022 9.221 1.00 25.91 AT N ATOM 1937 CA ADB 320 18.377 -20.306 6. VZ E 1.00 25.30 AT B - ATON 1,030 HE ADB 320 18.402 -21.907 6, 716 1.00 27.30 AT WITH ATON 1039 Si AZR 320 19.263 -22.347 5.492 1.00 31.01 at with ATSM 1040 from AZR 320 19.625 -21,403 4,646 ι, οο si, e4 AT 0 LTSN 164 * □ 02 AZR $ 20 19.572 -23.567 5,301 1.00 34.03 at 0 ATSM 1642 with AZR 320 17.310 -19.079 5.8Θ2 1.00 23.72 AT with ATSN 3043 about AZR 320 16.259 -19.420 6, 311 1.00 24.64 at 0 ATOM 1044 N AZR 321 17.570 -19.959 4.594 1.00 21.64 at and ATSM 1045 CA AIR 321 16.545 -19.676 3.904 1.00 29.23 at with ATOM 1046 sa AIR 321 17.110 -19.655 2.107 1.00 20.01 at with ATSN 3947 Si AIR 321 16.160 -19.032 1.177 1.00 23.00 at with ATOM 1046 001 Ya5R 321 15.034 -18-631 1,557 1.00 25.05 at 0 ATSN 1 64 9 002 715 R 321 16.529 -18.936 -0.009 1.00 2 4.40 at 0 ATSN I 050 with A5P 321 15.500 -20.700 3.715 1.00 20.33 at with ATSN 1951 0 AZR 321 15.705 -21.937 3.470 1.00 20.93 at 0 ATSN 1052 to ABA 322 14.209 -20.376 4.092 1.00 20.31 at I ATON 1953 CA ABA 322 13.189 -21.311 4.245 1.00 20.32 at with ATSN 1954 sv ABA 322 12.027 -20.619 4.903 1.P0 20.07 ή with ATON 1955 with ABA 322 12.773 -21.079 2.996 1.00 July 22 at with ATOM 1059 0 ABA 322 11.925 -22.770 2.914 1.00 24.23 at 0 ATON 1057 N CPS 323 13.380 -21.362 1.936 1.00 31.62 at N ATON 1Θ5Β CA SUYA 323 13.109 -21.506 0-805 1.00 21.73 at WITH ATON 1059 with suz 323 13.745 -23.327 0-420 1.00 20-07 at WITH ATON 1060 0 CPS 323 13.523 “24-041 -0.562 1.00 20.76 at 0 ATON 1061 sv OUE 323 13,003 -21 .013 -0.517 1.00 23.30 b with ATON 1062 56 CPS 32 3 12.973 -19.497 -0.993 1.00 34.53 at eight ATON 1663 R Bf 324 14.473 -23.729 1.457 1.00 19.41 but N ATON 1664 CA ho 324 15.129 -25.034 1.485 1.00 37.45 at WITH ATON 1865 sv Bf 324 16,500 -24,095 1.920 1.00 14 .09 but WITH ATOM 1866 Si Bf 324 17.426 -23.921 one . 129 1.00 34.62 Th with ATOM 1067 C01 Bf 324 10, B12 -23.077 1.719 1.00 12.10 at with ATON 1868 002 Bw 324 17.470 -24.357 -0.324 1.09 16.39 E with ATOM 1869 WITH Bw 324 14.436 -26.300 2.426 1.09 17.67 at with ATON 1870 0 Leo 324 14.998 -27.046 2. 769 1.00 17.60 at P ATOM 1871 and TUK 325 13.231 -25.643 2. B62 1.00 16.35 at N ATON 1372 CA TOUR 325 12.460 -26.532 3. 744 1.00 15.57 at WITH ATOM 1873 sv TOUR 325 12.534 -26.011 5.178 1 - 00 14.14 at WITH ATOM 1874 Si TOUR 32 $ 13.949 -25.801 5, 651 1.00 14.55 at WITH ATOM 1875 C01 TUI 32 $ 11.620 -26.806 6.355 1-00 12.52 at with ATOM 1676 CE1 TOUR 32 $ 15.915 -26.636 6.755 Ι.00 11.36 at WITH ATON 1077 Οϋ2 TOUR 32 $ 14.626 -24.031 5,363 1.00 10.83 at with ATON 1079 CE2 TUN 325 15.916 -24.455 5.753 1.00 12.40 at with ATOM 1679 CE TUN 325 16,563 -25.459 6.449 1.00 13.44 at with ATON 1080 HE TUYA 325 17.869 -25.275 6.839 1.00 14.00 at 0 ATON 1881 with TUI 325 11.017 -26.553 3.303 1.00 16.17 at with ATON 1082 about TUN 325 10.554 -25.661 2.893 1.00 July 19 at 0 ATON 1983 N Yen 326 10.30? -27.594 3.710 1.00 15.32 at ? ( ATON 1084 Sa Bel 326 0.084 -27-706 3-436 1-00 14.45 at with ATON 1985 sv BEL 326 8.643 ’28 .777 2.365 1.00 13.51 at with ATON 1986 PS ZEN 326 9-232 -28.396 1 -136 1.00 9.6Θ N □ ATSM 1987 ·· _ BEL 326 6.090 -28.036 4.702 1.00 14-43 at with ATON ί 086 0 ZEL 326 8-596 -28.721 5.593 1.00 1'3.90 at about ATON 1089 N PPO 32? 6.046 -27-557 4-791 1-00 16.56 B N ATOM 1H90 WITH& PPO 32 t 5.970 -27.049 5.930 1.00 16.61 but with ATON 1091 SI PPO 327 6.131 -38.029 3.729 1.00 17.34 at with ATSM 1892 sv PPO 327 4.669 -26.084 four . 171 1.00 15.73 but with ATON 1093 ss PPO 327 4.735 -27.040 5.641 1.00 16.44 but with ATSM 1094 with PPO 327 6.502 -25.397 3.456 1.00 13.01 eight with ATSM 1995 about PPO 327 6.117 -24.779 2.501 1.00 13.41 Ez about ATSM 1096 I ABA 328 7.478 -24.072 4,286 1.00 20.01 eight N ATON 1097 CA ABA 326 7.611 -23.453 4.231 1.00 22.14 at WITH ATOM 1098 sv ABA 326 9,031 -23,470 5-107 1.00 21.67 AT WITH

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dton 1VE9 WITH ABL 328 9.056 -22.946 2L99 1.00 23.20 AT WITH ATOM 1900 ABOUT A1A 328 7.640 -21.835 2.438 1.00 23-95 AT ABOUT ATOM 1901 N Yaw 329 Y.711 -23.713 1.966 1.00 22.51 AT m ATOM 1902 CA Trouble 329 9.159 “23.358 0.662 1.00 22.31 AT with ATOM 1903 B BEN 329 10.296 -24.261 0.1 99 1.00 21.26 AT with ATOM 1904 OS WAY 329 9.830 -25.579 -0.021 1.00 10.71 AT 0 ATOM 1905 WITH ZEV 329 9,054 -23.35 $ -0.399 1.00 23.40 AT with ATON 1906 0 YEY 329 8.228 -22.787 -1.476 1.00 23.51 AT ΰ in bulk 1907 N A1L 330 6.926 -23.993 -0.100 1.00 25.31 at n ATON 190YA CA A GL 330 5.835 -21.107 -1.064 1.00 26.56 at with ATON 1909 NE L1L 330 4.822 -25.133 -0.590 1.00 27.06 at with ATOM 1910 WITH Ava 330 5.160 -22.758 Ί.250 1.00 27.53 at with ATOM 1911 0 ATL 330 4.727 -22.133 -0.284 1.00 29.15 at ΰ ATOM 1912 N RNO 331 5.065 “22.293 -2.503 1.00 26.21 at n AtiM 1913 B Ryu 331 5.431 -23.995 -3.662 1.00 56.39 to with ATOM 1914 CA RIO 331 4.718 -20.309 -2.066 1.00 29.1V at with ATOM 1915 se 1 = 9.0 331 4.844 -28.891 -4.391 1.00 28.06 at with ATOM 1916 ss Ryu 331 5.127 -22.051 -4.711 1.00 28.90 at with ATOM 1917 with yu 331 3.326 -20.464 -2.416 1.00 29.39 at with ATSN 1918 □ Rio 331 3.115 -18.296 -2.070 1.00 29.76 at 0 ATON ] 919 and axis 332 2.3V4 -21.400 -2.428 1.00 25.61 at N ATOM 1920 CA si 332 0.983 -21.-200 “2.211 1 .00 25.61 and with ATOM 1921 sv <31D> 33? 0.121 -22.089 -2.978 1.00 31.96 at with ATOM 1922 ss si 332 0.851 -23.396 -3.296 7.00 36.23 at with ATOM 1923 with SUS) Z32 1.761 -23.306 -4 -5bb 1 .00 39.36 at with ATOM 1924 e1 SUS) 332 1.169 -22. EH -5.630 2.00 41.08 at 0 ATON 1925 OE2 SUS) 332 2.904 -23.639 -4.503 2.00 40.19 at about ATON 1926 with SUS) 332 0.637 -21.087 -0.722 2.00 27.73 at with ATON 192? about SUS) 332 -0.452 -28.683 -0.318 2.00 26.94 at Ο- ATOM 1928 and UAZ. 333 1.575 -21.554 0.091 1.00 26.86 at Ν ATOM 1929 CA UD ’, 33.3 1.422 -21.524 1.041 2.00 25.32 at with ATOI 1930 NE UAB 333 2.269 -22.633 2.227 : .0023-61 at with ATOM 1931 CC1 UAB 13 3 2-54? 23,441 3. '32 - .. 00 · 23-0 $ at with ATOM 1932 CC2 UAB 33 3 1.727 -74.009 1.Θ73 1.00 23.25 at with AT SM 1933 with UAB 333 1.040 -70.166 2.10 ’ 2.00 24.40 B with ATOM 1334 0 UAB 333 2.781 -19.529 one . 596 1.00 24.78 at 0 ATON 1335 n 1b 334 1.156 -19.724 3.145 1.00 23.33 uh N DTOM 1936 CA 1b 334 1.588 -18.546 3.870 1.08 22.02 ε with ATON 1937 sv 1ЬЁ 334 0.413 -17.867 four . 582 1.OS 23.36 Yo with ATOM ] 938 CC2 1b 334 0.908 -16.602 5.373 1.00 21.37 at with ATON 1939 CC1 1b 334 -0.617 -17,418 3.046 1.00 22.38 at with ATON ] 940 C01 ι [.е 334 -1.908 -16.964 4 _ 14 V 1.00 19.76 B with ATON 1941 WITH 1ЪЕ 334 2.626 -18.950 4.918 1.00 21.94 at with ATOM 194? 0 TEK 334 2.337 -19.676 5.063 1.00 20.41 at 0 ATON 1943 N shooting gallery $ 33 3.844 -18.471 4.694 1.00 21.71 at N ATOM 1944 CA TIR 335 5.010 -1V.E51 5.419 1.0С 23.66 at with ATOM 1945 NE TNR $ 33 6.14 1 -19.203 4,426 1 - Os- 24. [)? eight with ATOM 1946 001 tn 335 5.600 -20-019 3-315 1.03 24.VO at □ ATON 1947 CC2 TNN $ 33 7,219 -28 5.1 (.: 0 1.00 23.59 B with ATON 1948 WITH Transnational corporation 335 $ .463 -17,361 6.394 1.00 22.37 at with ATOM 1949 0 Transnational corporation 335 5.772 -16.741 5,989 1.00 21.19 B about ATON 1950 N UAB 336 5.48Ϊ -18.192 7.682 1.00 22.56 B N ATON 1951 CA UAB 336 5.552 -17.173 8.731 1.00 22.60 B with ATON 1932 SY UAB 336 4.355 -17.296 9.692 1.00 22.03 B with ATON 1953 ss1 UAB 336 4.359 -16.147 10.689 1.00 19.46 B with ATON 19 & 4 CO? UAB 336 3.069 -17.332 8. B57 1.00 21.19 AT with ATON 1955 WITH UAB 336 6.824 -17.242 9.566 1.00 22.61 AT with ATOM 1956 0 UAB 336 7.IZ -18.276 10,160 $ 1.00 22.7 at 0 ATON 1957 N Sat ¥ 337 7.053 -16.127 9,623 1.00 23-52 at and ATOM 1958 CA SUE 337 0.746 -16.036 10.454 1.00 24.53 B with ATOM 1959 with B ¥ 337 0.000 -10-342 11,704 1.00 $ 20.0 AT with ATOM 1960 0 OBU 337 7.451 -14.715 11.996 1.00 26.14 B but ATOM 1961 N ABA 338 9.463 -10.413 12,691 ], 00 25.31 AT to ATOM 1962 CA ABA 338 9.243 -14,906 14.036 1.00 25.07 B with ATOM 1963 NE ABA 338 9.544 -15.990 15.047 1.00 25.68 AT with ATOM 1964 WITH ABA 338 10.081 -13.674 14.340 1.00 27.22 AT with ATOM 1965 □ ABA 338 11.271 -13.641 14.033 1.00 28.69 AT but ATOM 1966 AND Transnational corporation 339 9.432 -12.665 1-4.943 1.00 27.73 AT to ETON 1967 CA TNN 339 10.165 -11.528 15.529 1.00 27.08 AT with ATOM 1968 NE Transnational corporation 339 9.600 -10.107 14.944 1.00 20.13 AT with ATON 1969 001 tn 339 Θ.41Ό -9.838 10.015 1.00 30.24 AT 0 ATOM 1970 CC2 Transnational corporation 339 9.035 -10.297 13-438 1.00 27-60 AT with ATOM 1971 WITH TIR 339 9-912 -11.514 17-036 1-00 20-I AT with ATOM 1972 0 tn 339 9.12? -12,313 17,545 1.00 29.32 B 0 ATOM 1973 N ABN 340 30.576 -10-612 17,704 1.00 20.25 AT to ATOM 1974 CA Yen 340 ΙΟ.390 -10,507 19,197 1.00 2B.64 AT with

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ΑΤΰΜ 1975 NE AND YOU 340 11.653 -10.900 19.917 1.00 26.79 AT with ATOM 5 976 AND YOU 340 12.780 -9.837 19.042 1.00 02.24 AT with ATOM 1977 OB1 A & S 340 12.77V -AT. 907 10.95+ 1.00 2 3.33 AT ΰ ΑΤΠΜ 1970 KC2 AZES 340 13.718 '9.809 20.76V 1.00 21.41 at N ATOM 1979 WITH AND YOU 340 9.94 7 -9.105 19.61+ 1.00 30.56 at with ΑΤΐΙΜ 2 900 ΰ TWO 340 9.662 -8.253 10.776 1 .BO 30.36 at [] ATOM 1901 m ΑΙΛ 341 9.086 - $. 874 20.917 1.00 32.01 at s ATOM 1982 SD A1.D 341 9.383 “7-618 21,435 100 34.72 eight with ATOM 1983 sv A (L 341 9.3 $ 2 -7.677 22.943 1.00 33.86 0 uch ATOM 1984 with ABA 341 20.193 -6.404 20.959 1.00 3? .05 at WITH ATOM 19J5 0 ABA 341 9.606 -5,201 20.932 1. OS 37, 22 AT 0 ATOM 1986 N SY 342 11.449 -6.617 20.502 1.00 39.17 at N ΑϊΰΗ 1987 CA SY 342 12.237 -5.510 20.037 1.00 41.65 at WITH ATOM 198 V CE SY 342 13.682 -5.544 20.55V 1.00 43.43 at with ATOM 1989 SS SY 342 14.069 -6.773 21.353 1.00 + 7 .47 at with house 1980 Joint venture S1.Y 342 1.3.39 + 6.830 22.709 1.00 49.19 eight with ATON 19 * 1 OE1 sy 342 13.190 -7.907 23.209 1.00 + 0.60 AT about ATOM 1992 SE2 sy 34 2 13.02 * -5.660 ? E. 223 100 50.00 AT N ATOM 19 * 3 WITH this 3 + 2 12.239 - 5- $ 76 18.518 1.00 + 3.22 at WITH ATOM 1994 0 sy 342 13.17+ -5.104 17.069 I .00 43.77 at 0 ATOM 1995 N AZR 343 11.199 -6, 170 1 7.95 6 1 .co 43.93 at N ATOM 1996 SD ABP 343 10.906 -6.170 16.5С9 1.00 43.53 at WITH ATOM 1997 NE AZR 343 10.52+ -4.775 16.050 1.00 43.99 at WITH ATOM 1998 SS A5P 343 9.011 -4.565 16.209 1.00 44.42 at with ATOM 1999 O01 gift 34 3 0 .245 -5.550 16.276 1.00 42-52 at 0 ATOM 2COO 0P2 Α.ΊΡ 34 3 0.507 -3-393 16,260 1.00 + 4.70 at about ATON ssch WITH AZR 3 + 3 12.24+ -6-601 15,737 100 42.39 at with ATOM 2002 but AZR 343 12.546 -6-085 14.657 100 42.07 at 0 ATON 2003 N sy 34+ 12.976 -7.552 16, 302 1.00 41.70 at s ATOM 2C04 CA sy 344 14.13+ -3.127 ]five . 629 100 41.56 at with ATOM 2005 sv sy 344 15.40V -7.797 16.396 1.00 44.09 at with ATOM 2006 SS sy 34+ 15.30+ -0.2 + 7 17.B39 1.00 4B.25 eight with ATON 2007 With SY 34+ 16.39+ -7.499 1 B.607 1.00 50-65 at with ATOM 2008 CE1 sy 344 16.657 -7.063 19.840 1.00 5 '.73 0 0 ATOM 2000 ΝΕ2 sy 34+ 16.068 -6.140 18.11 $ 100 $ 2-25 AT I ATOM 2010 WITH sy 344 13,963 -9.62Y 15.540 1.00 ST.96 0 with ATOM 2011 0 VSC 34+ 13.24  10-227 16-3 + 1 1-00 30-19 AT with ATOM 2012 N Rib 34 $ 14.61+ “50-263 14,556 100 37.50 n N ATON 201 $ Joint venture Rib 345 15.492 -9-635 $ 13.55 1-00 36.39 at with ATOM 2014 CA REB 345 14,416 -11,690 14,298 1.00 37.16 at with ATOM 2015 NE REB 345 15,331 -11.900 13,101 1.00 35.35 at with ATOM 2016 SS MFN 345 15.514 -10,640 12,446 1.00 35.43 at with ATOM 2017 WITH RV.0 345 14.759 -12.573 15.510 1.00 37.13 at with ATOM 2018 0 PPO 345 15.702 -12.36 * 16.162 1.00 39.0V at 0 ATOM 2019 N UAY 346 13.910 -13.551 15.011 1.00 36.05 at N ATSM 2,020 CA UAY 346 14.149 -14.421 16.957 1.00 34.82 at WITH ATOM 2021 NE UAY 346 12.9-6 -15.281 17.267 1.00 33.18 at with ATSM 2022 CC1 UAY 346 13.2 + 4 -16.221 18.420 1.00 07/33 E with ATOM 2023 SY2 UAY 346 11.740 -14.401 17.664 1.00 31.6+ AT with ATOM 2024 WITH UAY 346 15.333 -15.359 16.746 1.00 35.10 AT with ATON $ 202 ABOUT UAY 346 15.30 $ -16.111 7 $ .770 1.00 34.3 * g 0 ATOM 2026 N thai 347 16,285 -1 5.311 17.669 1.00 35.85 I N ATOM 2027 CA TIN 3 + 7 P-368  16-264 17.671 1-00 37.17 at WITH ATSN 2029 NE So 341 18.7’8 -15.599 10.074 100 36.41 at WITH ATOM 2029 SB1 tan 347 39,587 -14.985 19.350 100 35.69 at 0 ATON 2030 CC2 tn 347 19.129 -14.584 17.050 1.00 33.79 g WITH ATON 2031 WITH tn 34? 17.004 -17,301 10.661 1.00 39.16 at WITH ATON 2032 0 tn 347 16.755 -17.124 01/19/9 100 39.34 at 0 ATOM 2033 N LEU 340 17.100 -10.620 10.196 1.00 40.40 at Th ATOM 2034 CA Bw 340 16.039 -19.770 01/194 100 42.15 at with ATOM 2035 NE Bw 349 15.727 -20.500 10.334 1.00 42.90 at with ATON $ 203 ss B (1 34B 14.364 -19.807 18.207 1.-Oo 44.13 at with ATON 2037 C01 yee 340 13.460 -20.606 17.281 1.00 + 4.95 at with DTON 2039 GB2 Bw .340 13.725 “19.739 E9.584 100 44.34 at with ATOM 2039 WITH yee 340 18.076 -20,631 19,221 1.00 + 2.53 at with ETON 2040 0 Bw 340 18.481 “21,390 18.333 ΐ .00 + 4.15 at 0 ATSM 2041 m B ¥ 3 + 9 18.600 - £ 0.511 20,396 1 -ΌΟ + 1.13 at N ATON 2042 CA silt 349 19.9В5 -21,107 20.583 1.00 + 0.94 at WITH ATOM 20 + 3 WITH <3 ¥ 3 + 9 20.931 -20,405 19.636 1.00 + 0.49 at WITH ATOM 2044 ABOUT C ¥ ¥ 349 20.090 -nineteen. 177 19.526 1.00 40.57 at 0 ATOM 20 + 5 N tn 350 21.761 -21.172 10.931 1.00 + 0. +3 at eight ATOM 2046 CA tn 350 22.649 -20.602 17.923 1.00 40.06 at WITH ATON 204? NE tyn 350 23.967 -21.395 17.796 1.00 41.33 at WITH ATOM 2040 CC1 tki 350 23.689 -22.717 17.311 1.00 42.85 at 0 ATSN 2049 EB2 Tne 350 24.679 -21.460 19,142 1.00 39.97 at with DTON 2050 WITH shadows 350 21,976  20.596 16-557 1.00 -30, I0 at with

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ATON 2851 ABOUT Transnational corporation 350 22.599 -20.280 15.543 1.00 39.8-3 Β ο ATOM 2052 N Bw 351 20,702 -20,960 16,533 1.00 36.87 Β Η ATOM 2053 CA Bw 351 19.916 -20.0511 15-320 1.00 35-16 Β WITH ATOM 2054 NE Bw 351 19,350 -22,236 14.982 1.00 34.71 Β WITH ATOM 2055 " ho 351 20.325 -23.192 14-299 1-00 32.23 Β WITH ATON 2056 SY Bw 351 20,333 -24,639 14.626 1.00 29.33 Β WITH ATON 2057 CO2 Bc 351 20.247 -22.975 12.807 1.00 32.45 Β WITH ATSN 205Θ WITH Bw 351 18,025 -19.780 15.4B4 1.00 34.05 Β WITH ATOM 2059 ABOUT Bw 351 18.970 -10.85V 16.264 1.00 33.71 Β 0 ATOM 2060 N SUE 35? 17.747 .19.899 14.717 1.00 33.23 Β Ν ATON 2061 CA SUE 352 16.666 -18.938 14.839 1.00 30.44 Β WITH ATON 2002 WITH Be 352 35,731 -18,988 13.052 1.00 28.36 Β WITH ATOM 2003 ABOUT SUE 352 15.6Ϊ1 - '. $. 984 12-934 1.00 27.74 Β ο ATOM 2004 TO TNN 353 24.991 -17.907 13.441 1.00 25.82 Β κ ATON 2005 CA Transnational corporation 353 $ 13.9 ’. -17,060 12-306 1-00 23-39 Β WITH ATOM 2006 sa tn 353 33.177 -16.565 12.446 1.00 23.46 Β WITH ATOM 2007 OB1 tn 353 12.056 -16.652 11.559 1.00 22.87 Β 0 ATOM 2060 Sat 2 tn 353 14.054 -15.337 12.031 1.00 23.22 Β WITH ATOM 2069 WITH type of 353 14.657 -17.954 11.020 1.00 21.85 Β WITH ATOM 2070 ABOUT type of 353 15.654 -17.298 10.768 1.00 23.19 Β 0 ATOM 2071 N Α5Ν $ 54 14.099 -18.776 10.142 1.00 19.70 Β Ν ATOM 2072 CA ΑΞΝ 354 14.513 -18-776 8,751 1.00 18.80 Β WITH ATOM 2073 NE ΑΞΝ 354 18.905 -19-901 8,029 1.00 19.41 Β WITH ATOM 2074 SS Α3Ν 354 14,733 -21,232 8,203 1-00 16.91 Ρ WITH ATOM 2075 sy AZES 354 15.Θ35 -21.175 0.720 1.00 ί2.7? Β C> ATOM 2076 M2 ABA 354 14.211 -22.363 7.765 1.0 (1 20.48 Β Ν ATOM 2077 WITH AVN 354 14.057 -17.464 8.114 1.00 19.36 Β WITH ATOM 2070 0 A $ N 354 13.425 -18.641 8.775 1.00 1 V .72 Β 0 ATOM 2079 N RNE 35 $ 14.380 -17.250 6.542 1.00 20.03 Β Ν ATOM 2 00 C- CA RNE 355 14.126 ‘15 .974 6.191 1.00 22.21 Β WITH ATOM 2001 NE RNE 355 15-174 74-960 6-638 1.00 19-82 Β WITH ATOM 2002 SS RNE 35 $ 16,550 -1.5-546 6.737 1.00 20.47 Β WITH ATOM 2СВЗ C121 RNE 355 17,080 -15-893 7,912 1-O0 19.70 Β WITH ATOM 2084 C 02 RNE 355 17,201 -15-632 5,590 1 - 00 19-94 Β WITH ATON 2005 Сё1 RNE 355 18.305 -16.521 8,064 1.00 18.39 Β WITH In summer 2006 CE2 RNE 355 18.504 -16.457 5.676 1.00 19.14 Β WITH ATON 2007 NE RNE 355 19.016 -16.804 6.918 1.00 10.75 Β WITH ATON 2000 WITH RNE 355 14.130 -16.140 4.672 1.00 24.66 Β WITH ATON 2009 WITH RNE 355 14.063 -17.254 4.154 1.00 26.20 Β 0 ATOM 2090 and Be 356 14.384 -15.031 3.963 1.00 25.89 Β Ν ATOM 2091 CA Be 356 14.410 -15.000 2.520 1.00 27.05 Β WITH ATOM 2092 WITH Be 356 13.145 -14.824 1.856 1.00 26.45 Β WITH ATOM 2093 ABOUT Be 356 12.172 14.473 2.509 1.00 25.91 Β ο ATOM 2094 G ·] Battery 357 12.103 -15.003 0.545 1.00 29.61 Β Ν ATOM 2095 CA ARB 357 11.921 14.603 0.235 1.00 30.42 Β WITH ATON 2096 NE ARB 35? 12.312 -14.567 1.702 1.00 33.04 Β WITH ATSN 2097 SS ARS 35? 1Ϊ.919 -15.119 -2.307 1.00 30.74 Β WITH AGON 2090 With Battery 35? 12-630 -15.791 -3,794 1-00 43.80 0 WITH ATON 2099 SEE A-0C 357 13,524 -14-837 -4, 515 1.00 49-50 Β I ATOM 2100 C2 ANY 357 14.766 -15.094 -4,921 1.00 52.ίθ Β WITH ATOM 2101 ΝΗ1 ABC 357 15.456 -14.164 -5.500 1-ϋΟ 53.86 Β 14 ATON 2102 ΝΗ2 AI 357 15.322 -16.277 -4.662 1.00 53.07 Β I ATON 2103 WITH ANE 357 10.802 -15.725 -0.121 1.00 29.64 Β with ATON 2104 but Love 357 9.70V -15.518 -0.635 1.00 20.09 Β 0 ATON 2 105 N COURT 300 11.064 -16.845 0.543 1.00 29.30 Β η ATOM 2106 CA CPS 358 9.998 -17.817 0.778 1.00 2Ε.85 Β with ATON 2107 with suz 358 9.170 ‘17 .473 2.017 1.00 27.26 Β with ATSN 2108 ABOUT SU 5 358 0.119 18.067 2-257 1.00 27.00 Η about ATON 21 09 CE CPS 358 10.570 -19.239 0.599 1.00 30.23 Β with ATON 2110 5C CPS 350 10,992 -19,934 -0.727 1-00 33.15 Β five ATSN 2111 N UAY 359 9-635 -16.500 2.501 1.00 25.41 Β P ATOM 2112 CA UAY 359 8.846 -16.037 3,927 1-00 24.19 Β with ATON 2113 NE UAY 359 9? 4? -15-506 5-012 1-00 24.35 Β with ATSN 2114 CC1 UAY 359 B.890-14.934 at. 197 1.00 2 2.54 Β with ATSN 2115 CC2 UAY 359 10.602 -16.640 5.615 1.00 25.11 Β with ATOM 2116 WITH UAY 359 7.903 -14.941 3.461 1.00 23.40 Β with ATOM 2117 ABOUT UAY 359 8.2Θ2 -14.050 2,693 Ι.ΟΟ 24.15 Β 0 ATON 21 18 N FER 360 6.660 -15.01? 3.914 1.00 22.77 Β N ATOM 2119 CA AZR 360 5.648 14.067 3. 504 1.00 20.61 Β with ATON 2120 NE L5R 360 4.206 -14.766 3.445 1.00 23.47 Β with ATON 2121 ss ΑΞΡ 360 4.162 -15.711 2.237 1.00 26.57 Β with AGON 2122 001 AZR 360 3-832 15.224 1.128 1.00 25.60 Β and DTsN 21 23 CO2 A-CR 360 4.396 16.935 2.395 1.00 27.94 Β about ATOM 2124 WITH AZR 360 5,632 12,899 4,475 1.00 17.89 Β with ATSN 2125 ABOUT LOR 360 5,630 -C.74R 4-069 1-00 16.84 Β about ATOM 2126 N Bw 361 5.639 -13.20? 5,763 1-00 16.30 Β I

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ATOM 2127 CA yee 361 5.7U -12.1 ?! 6.7 7? 1.00 15.17 AT with ATON 2128 NE 1Ei 361 4, 44'ί -11.425 6.946 1.00 17.23 AT with ATON 2129 se £ E0 361 3.252 -12.186 7.523 1.00 16.04 AT with ATOM 2130 SY SHOI1 361 2.087 -11.229 7,633 1.00 10.25 AT with ATOM 213] SL2 1EC 361 2.881 -13.374 6.643 1.00 18.27 AT with ATOM 2132 WITH Bw 361 6.225 -12.719 8.128 1.00 15.83 AT with ATOM 2133 0 Bw 361 6.477 -13.913 8,270 1.00 16.68 at about ATOM 2134 N RYE 362 6.345 -11.832 E. 109 1.00 15.56 at Ν ' ATOM 2135 CA RIE 362 6.792 -12.235 10.432 1.00 14. B2 at with ATOM 2136 NE ROE 362 3.059 -11.474 10.814 1.00 14.14 at with ATOM 2137 se RNE 362 9-259 -11.372 10-002 1.00 12.01 at with ATOM 2133 CO2 RNE 3 62 1C.157 -Ιί-018 10.406 1.00 9.24 at with ATON 2139 C 02 RNE 362 9.464 -11.332 8,730 1.00 Θ.63 at € ATOM 2140 CE1 RYE 362 11 .233 -13. ΖΙβ 9.726 1.00 8.18 at with ATOM 2141 CE2 ?NOT 362 10.534 -11.725 7.970 1.00 7.07 at ATOM 2142 cg ?NOT 262 11.423 -12.671 8.463 1.00 9.03 at ί ' ATOM 2143 with RNE 3 62 5.710 -11.997 11,450 1.00 14.66 at with ATOM 2144 about RNE 262 4.720 -11.336 11.158 1.00 17.0V at about ATOM 2145 N LT, L 363 5.B91 -12.547 12.641 1.00 14.32 at s ATOM 2146 CA ABA 363 4.B77 -12.453 13-614 1.00 15.69 at with ATOM 2147 sv ABA Zbz 3.761 -13.462 13,400 1.00 14.66 at with ATOM 2143 with ABA 363 5.509 -12.711 16-025 1-00 17.04 at with ATOM 2149 about ABA 363 6.544 -13.373 15.115 1.00 18.01 at 0 ATOM 2150 n Ryo 364 4.894 -12.207 16.101 1.00 10.24 at N ATOM 2151 with RKO 364 3.055 -11.163 16.130 1.00 17.59 at WITH ATOM 2 *. 52 CA RNP 364 5.395 -12.521 17.438 1.00 18.94 at with ATON 2153 sv REO 3 ba 4.227 -12.146 18.339 1.00 10.02 at with ATSM 2154 se RCP 364 3.597 -10.979 17.621 1.00 17.06 at with ATOM 2155 with RKO 3 64 5.753 -13.992 1? .5Yu 1.00 ha 2? at with ATOM 2156 0 RKO 364 4.962 -14. YOU 17.152 1.00 22.37 at about ATSM 2157 N OW 365 6.950 -14.2? 9 18.044 1 .Oo 20.34 at N ATON 2158 CA Be 365 7.380 -15-650 18-1 30 1.00 72.18 at WITH ATOM 2159 with Be 365 8.373 -15.940 19.243 1.00 23.70 at g ATSM 2160 with Yu 3 65 eight . EJ -17.010 19.270 1.00 23.16 at 0 ATON 21 61 s LEAR 366 8.550 -15.002 20.154 1.00 25.09 at AT ATOM 2162 CA ΞΪ.ΙΙ 366 9.498 -15.193 21.252 1.00 23.11 at WITH ATON 2163 NE Life 366 10.75V -14.359 21.023 1.00 31.40 at WITH ATON 2164 her YY1 366 11.Β3Θ -14.585 22.053 1.00 35.84 at WITH ATSN 2165 with oi-g 3 66 12.907 -13.50V 01/22/07 1.00 40.32 at with ATSN 2166 OE1 5Ι.1Γ 366 13.931 -13.702 21.320 1.00 42.04 at about ATSN 2167 ΟΕΖ oh 366 12.123 12.462 22.605 1-00 4 3.30 at about ATSN ? 168 WITH 01.41 366 8-B56 -14.794 22.963 1.00 20.79 at with ATSM 2169 0 5Y1 366 0.202 -13.153 22-642 1.00 20.23 at about ATOM 2:70 N A5P 367 9.04V -15.624 23.566 1.00 29.00 at N ATSM 2171 CA AZR 367 8.400 -15.431 24- & d4 1.00 29.74 at WITH ATSM 2172 NE AZR 367 B.060 -14.145 25.5 + 9 1-0 (1 33.33 at with ATOM 2173 se AIR 367 Ϊ0.172 -14.31 " 26.270 1-So 38.62 at with ATSN 2174 001 AZR 367 11.171 -13,100 25-639 1 .CO 42.20 at 0 Anti-terrorist operation " 2175 Οϋ2 AIR 367 10,195 -15.057 27.272 1.00 42.52 at 0 ATON 2176 WITH A5P 367 6.В9В -15.371 24.771 1.00 28.66 at WITH ATON 217? about AIR 367 £ .273 -14.473 25.327 1.CO 29.35 at ABOUT ATON 2118 n ΊΣΕ Yaw 6.312 -16.316 24.047 1.00 2V.00 at AND ATON 21J CA Ίΐ, Ε 36Θ 4.059 -16.347 23.911 1.00 26.36 at WITH ATOM 2’-60 sv 7b 368 4.425 -16.924 22.542 1.00 24.44 at WITH ATSM 21B 1 SB2 TIE 365 2.921 -16.746 22.359 1.00 22.70 at with ATSM 2132 CC1 7 T.E. 3 6Θ $ .175 -16.20V 21.414 1.00 23.14 at with ATOM 2183 From 01 1b 3ΕΘ 4-953 ‘14, 710 gι- 300 1-00 21.33 at with ATOM 2184 with 1b 76Θ 4,233 -17,175 25.020 1.00 25.21 at with ATSM 2185 0 1b 360 4.365 -10.390 25.076 1.00 25.00 at 0 ATSM 2’86 n 1b 369 3,551 -16,491 25.940 1.00 23.4? at n ATOM 2287 CA 1b 369 $ 2.072 -17.17 27.007 1.00 24.06 at with ATOM 2188 sv 1b 369 2.562 -16.226 28.161 1.00 24.47 at with ATOM 2189 SY2 1st 269 2.407 -14.012 27.645 1.00 24.60 at with ATOM 2190 CC1 1b 369 1.32V -16.723 28.901 1.00 24.42 at with ATON 2191 co1 LIE 369 0.614 -15.646 29.639 1.00 26.06 at with ATSN 2192 with 2b 369 1.57V -17.780 26.496 1.00 23.71 at with ATOM 25 9 $ about 7b 369 0.027 -17.129 25.783 1.00 24.50 at □ ATON 2194 and B ¥ 370 1.326 -19.029 26.866 1.00 24.27 at N ATOM 2195 CA ΌΣΥ Zu 0.172 -19.743 26.357 1.00 24.97 at with ATSM 2196 WITH SUE Zu -0.3 00 -20.957 27.214 1.00 26.60 at with ATON 2197 WITH 8b ¥ Zu 0.565 ‘21 .153 20.23 $ 1-00 27.10 13 about ATSM 2198 N ABA '371 -1,053 -21.770 26.199 1.00 27? at 61 ATON 2199 CA ABA 371 -1.520 -22.902 27-615 1.00 27.34 at with ATOM 2200 NE ABA 371 -2.105 -23.580 25.946 1.00 26.39 at with ATOM 2201 WITH ABA 371 -0.431 -23.922 27,880 1.00 27.36 at with ATON 2202 0 ABA 371 0.319 -24.296 26.980 1.00 2V, 65 at 0

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ATOM 2203 N 5 EB 372 -0.343 -24.371 29.126 ], 00 27 .77 AT AND ATOM 2204 CA ZEK $ 72 0.621 -25.397 29,498 1.00 $ 20.0 at with ATOM 2205 NE Yaw 372 1.439 -24.952 30.706 1.00 29.02 at with ATOM 2206 OS ZEK 372 2.031 -26.074 31.322 1.00 30.59 at about ATON 2207 WITH ZEK 372 -0.076 -26.700 29.829 1.00 29.05 at with ATOM 2200 0 ZEK 372 -0.963 -26.741 30.665 1.00 23.97 at 0 ATOM 2209 n 5th 373 0.349 -27.770 29.172 1.00 30.11 at to ATOM 22 * 0 CA ZEK 373 -0.304 -29.060 29.310 1.00 30.04 0 with ATOM 2211 NE Yaw 373 0.107 -29.979 28.159 1.00 30.04 at with ATOM 2212 00 Yaw 373 1 .493 -30.283 20.205 1 .00 33.39 at 0 ATOM 2213 WITH Yaw 273 0.062 -29.695 $ 0.641 1-00 30.17 at with ATOM 2214 with EEK $ 73 -0.44 3 -30-7 61 $ 0.906 1.0 (1 29.58 at 0 ATOM 2215 at AZR 374 0.942 -29.030 $ 1.305 1.00 31 .28 at N ATOM 2216 CA AZR $ 74 1,?? -29.532 32.608 1.00 32.3? at with ATOM 2217 NE AZR $ 74 2.410 -28.602 $ 3.317 1.00 32.90 at with ATON 221B SY AIR 374 3.032 -20.993 32.964 1.00 34.09 at with ATOM 2219 ϋϋΐ AIR 374 4.016 -29.822 32.042 1.00 35.12 at 0 ATOM 2220 ΟΌ3 AIR 374 4.7BZ -23.473 33.615 1.00 34.70 at ΰ ATON 2221 WITH Quince 374 0.137 -29.639 $ 3.616 1.00 31.90 at with ATOM 2222 with AZR 374 0.379-30-570 $ 4.403 1-00 33.0? at about ATON 22YZ at From ¥ 5 375 0.696 -26-684 $ 3-525 ] -OS 32 .06 at n ATOM 2224 CA CPS 375 -1.976 -26-705 $ 4.204 1.00 31.00 0 with ATOM 2225 WITH CPS $ 75 -2.922 -27.755 33.477 1.00 30.07 B with ATOM 2226 0 SUY 375 -2.495 -26.986 32.618 1.00 20.42 at 0 ATOM 2227 Sv SUY 375 -1.909 -28.300 35,674 1.00 33.19 0 with ATON 222V by SUY 375 -2.315 -26.530 36.040 1.00 37.01 at 0 ATOM 2229 and 5th 376 -4.207 -27.016 33.007 1.00 32.21 at n ATOM 2230 CA .CHECK 376 5.221 -27.206 32-954 1.00 33-14 0 with ATOM 2231 NE 5 EP 376 6,529 -27-973 33-011 1 - 00 31.6? P with ATOM 2232 OS ZEK 376 -6.600 -20.456 34-300 1.00 36.61 at 0 ATOM 2233 WITH Yaw 37 $ -5.455 -25.734 33.237 1.00 32.73 at with ATOM 2234 0 Yaw $ 76 -6.133 -25.052 32.4? 4 1.00 $ w. 1c at 0 ATOM 22 35 AT TNR 377 -4.892 -25.245 34.335 1.00 33.07 at and ATOM 23 36 CA TKR 377 -4.016 -2Ϊ.000 34.571 1.00 32.43 at with ATOM 2237 NE tkk 377 -5.466 -23.429 35.916 1.00 32.44 at with ATON 22.3 V <) Y1 YOU 377 -4,997 -24.310 36.947 1.00 31.1C at 0 ATOM 2239 CC2 YOU 377 -6.974 -23.510 35.001 1.00 31.10 at with ATOM 2 24 C ί- Transnational corporation 377 -3,360 -23.310 34.549 1.00 31.50 at with ATON g 341 ο Transnational corporation 37? 3.047 -22.2-12 Sz-061 1.00 30-92 at about ATOM 2242 at SUY 378 2.497 -24.) 16 33.936 ) .00 29.90 and but ATOM 2743 CA CPS uh 1.001 -23.786 33.83? 1.00? 9.05 at with ATOM 2244 WITH CPS 378 -0.729 -23. C67 32.527 1.00 26.90 at with ATOM 2245 0 CPS 37 $ $ 1.26 -23.362 31,459 ] .CO 25.69 at 0- ATOM 2246 sv Sue 378 -0.249 -25.064 $ 3.989 1.00 29.82 at with ATOM 22 47 Sun CPS 37 $ -0.190 -25 .678 35.704 1.00 33.15 at five ATOM 224V N RNE 379 0.169 -22.090 $ 2.62? 1.io 24.89 E N ATOM 2249 CA RNE $ 79 0.66 $ -21.372 31.463 1.00 23.14 at with ATOM 2250 NE RNE 37 9 9,228 -19.909 31.530 1.60 21.19 at with ATOM 2251 SY RNE 379 -1.233 -19.730 31.289 1.00 22.53 at with ATON 2252 SEN RNE 379 -2.151 -19.959 32.309 1.00 22.23 at with ATOM 2253 Si2 RNE 379 -1.709 -19.409 30.019 1 .60 22.19 at with ATOM 2354 CE1 RNE 379 -3.520 -19.006 32.059 1.-30 22.41 at with ATOM 2255 Ce2 RNYO 379 -3.072 -19.335 29.704 1 .00 20.69 E with ATON 2356 cg RNE 379 -3.970 -19.571 30.703 ! , 00 21.30 at with ATOM 2257 with RNE 379 2.172 -21.403 31.357 1.00 23-01 five with ATOM 225V α RNE 379 2-033 -21.948 32.285 1.00 23.43 at 0 ATOM 2259 N UL 360 2.7U-23.07 $ 30.215 1 .OS 21.80 at Ιί ATOM 2260 CA UAY EVO 4.127 -21.259 29.953 I. OS - 21.47 at with ATOM 2201 NE UAY Zvo 4.421 -2Ξ.730 29.424 1.00 20.54 but with ATOM 2262 C51 UAY '300 3.910 -23.050 20.235 1.00 19.96 at with ATOM 2263 022 UAY 3Θ0 5.895 -23.015 29.760 1.00 19.12 B with ATON 2264 WITH UAY 300 4.526 -20.395 2B .768 1.00 21.24 at with ATON 2265 ABOUT UAY ZVO 3.706 -20.143 09/27/1 1.00 21.49 at 0 ATOM 2266 N ZEK ZV1 5.774 -19.937 20.737 1.08 21.07 at I ATOM 2267 CA ZEK 301 6.242 -19.163 27.596 1.00 23.27 at with ATOM 2268 sv ZEK 301 7.095 Ί7.992 20,073 1.00 24.23 at with ATON 2269 About VEYA 301 7.575 -17.242 26.972 1.00 27-50 at ΰ ATSM 2270 WITH Yen 381 7.030 -20.022 26,603 1.00 24.10 0 with L70N 2,271 ABOUT 5EP 381 7.786 -20.921 2?. ИПЭ $ 1.00 25.0 at about ATOM 2272 M So $ 02 6.066 -19.758 25.310 1.0 <1 22.98 at to ATOM 22? 3 cl 3Ι4ί 3ΒΪ 7.550 -20.537 24.294 1.0P 24.19 at with ATOM 2274 sv SON 382 6.699 -21.731 23.051 1.00 25.89 at with ATOM 2275 ss SI $ 82 6.625 -22.890 24.858 1.00 20.37 at with ATOM 3276 with SON 302 5.073 -24.131 24.310 1.00 31.99 at with ATON 2277 OE1 sn 302 5.701 -25.134 25.011 1.00 32.02 0 0 ATOM 2278 ΝΕ2 si 382 5.430-24.054 23.-355 1.00 33.34 at N

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ATON $ 227 WITH sy 382 7. $ 24 “19.672 23.090 5.00 24.25 Yo Traffic accident 2280 about sy 382 7.331 “13.621 22.069 1.00 23.92 Yo ETON 2281 N 5EK ZAZ $. $ 1 $ “20.Q7 28-320 1.00 24.93 B ATOM 2282 SD 5EP 383 9.435 -19.366 21.186 3.00 25-23 AT ATSN $ 228 sv 5EP 383 10.741 -1V.650 21, 569 1.00 24.50 AT ATOM 2284 ss 5EP 383 10.523 -17.648 22.550 7.00 21.00 but ATOM 2285 with 5EP 383 9.686 -20.306 2O.0OZ 1.00 25.0? at ATOM 2206 about ΞΕΚ 383 9.703 -21.521 20.165 ϊ .00- 26.2 3 at ATSM 2287 I 6ΕΪ 384 9.Β9Ζ -19.739 10.818 1.00 25.92 9 ATON 2288 CA SUE 384 9.975 -20.544 Ϊ7.613 Ϊ.00 25.10 AT ATSN 22VE WITH SUE 384 $ .031 -20.032 36.534 1.00 25.14 E ATSN 2290 about SUE 384 8,130 -19.234 16.004 1.00 24.41 eight ATSM 22 * 1 N tnr 30 5 8.240 -20.47 $ 15.302 1.00 26.36 Yo ATOM 22 * 2 CA TNR 385 8,417 “20,030 34.185  .00 26.63 Yo ATON 2293 NE TNR 38? 9,056 20-415 12.04Ξ 1.00 25-25 B ATON 22 * 4 031 TNR 385 9.5O4 -21.77? 12.Θ90 ί .00 2 3.96 AT ATSM 2295 CO2 TNR 385 10.221 -19.506 12.541 1.08 15-37 ₽ ATOM 2296 WITH TNR ZV5 7.003 -20.615 14.254 1.00 21.62 AT ATSN 2297 0 TNR 385 6,094 -20.163 13.554 1.00 28.53 B DTON 2298 N VER 386 6.820 “21.621 15.099 1.00 26.3Ϊ E ATON 2293 CA CENTURY. 386 5,495 -22,160 15.316 1.00 26.33 AT DTON 2300 CE ΞΕΕ 386 5.572 -23.414 16.13 4 1.00 26.41 AT ATSN 2301 About ZEK 386 5,940 -24.523 15,395 1.0С 27.05 AT ATON 2302 WITH 5.EP 386 4,591 -21.125 $ 15.97 1.00 26.58 AT ATON 2303 0 Yaw 386 $ 3,444 -20,94 15,512 1.60 £ 7.3 1 B ATOM 2304 N SY ZV? 5.104 -20.443 $ 16.99 ! .00 25.84 AT ATSM 2305 CA SY 307 4.283 -19.532 17.700 1.00 23.63 AT ATOM 2306 Sho SEE behind? 5.064 -19.006 10.978 1.00 22.61 eight ATON 2307 With SY behind? 6.153 -19.93 $ 19.464 1.00 22.42 eight DTON 2308 With SY behind? 5.615 -21.198 20.096 1.00 21.76 AT ATOM 2309 OE1 sy 387 4.621 21.162 20.039 ’. 00 2 1.92 B DTON 2 310 KEZ sy 387 6.263 -22.327 19.009 ! .00 20.35 Yo ATOM 2311 WITH sy 387 3.880 “$ 18.37 36-086 1.00 $ 23.1 B ATOM 2312 0 pies 381 2.777 -17.046 16.4 * 7 1. (10 24.91 AT ATSN 2313 I ABA 389 4.787 -13.002 15,992 £ 1.00 .'5 eight ATSN 2314 CA ABA 309 4.49? -17.002 14.912 1.00 23.70 TO ATOM 2315 NE ABA 389 5.740 -16.763 14.094 1.00 £ 3.02 9 ATOM 2316 WITH ABA 38Y 3. 319 -11.475 14.113 I.00 23.7 $ B ATOM 2317 0 ABA 386 2.242 -16.873 14.129 1.00 24.11 B ATOM 2318 N ABA 389 3.529 -10.561 13.374 1.00 22.91 B ATOM 2313 CA ABA 339 2.503 -19.106 12.498 1.00 21.81 AT ATON 2,320 NE ABA 389 2.837 -20.521 12.006 1.00 19.84 AT ATON 2321 WITH ABA zae 1x123 -19.094 13.172 1.00 22.14 AT ATON 2322 0 ABA 339 0.135 - 18.644 12.504 1.00 22.22 AT ATOM 2 32 3 I ABA 390 1.057 -19.570 14,410 1.00 22.17 at DTON 2 324 CA ATL 390 ‘0.2) 5 - 19.62 7 15. “23 1.00 22 .04 at ATON 2,337 CE! D1L 3 * 0 -0.026 -20.241 16,506 1.00 22 .25 at DTON 2 326 WITH D1D 390 -0.843 -10.241 15, 249 1.00 21.51 at ATON 2327 0 ABA 390 -3.06 $ -18.099 15.113 1.00 21.52 at ATOM 2328 I NGZ 391 -0.012 -17.21 $ 15.443 1 .00 28.10 at ATON 2329 CA ΗΙ3 391 -0.526 -15.058 15.53 $ 1.00 10.46 at ATOM 2330 NE H15 391 0.615 -14.057 15.171 1.00 19.36 at ATOM 2311 SS ΗΙ5 391 0.912 -14.586 17.214 1.00 20.07 at ATOM 2332 C 02 V1Y 391 3.636 -13.513 17.995 1.00 19.81 at ATOM 2333 N01 E15 391 1.615 -15.46? 10.010 1.00 10.44 at LTSN 2,334 GAYA in 391 1.761 -14.947 19.216 1.00 10.95 at ATOM 2335 ΝΕ2 ΒΙΞ 391 1.17? -13.762 19.234 1.00 10.77 at ATOM 2336 WITH kg $ 391 -1.241 -15.527 14.234 1.00 16.67 at ATON 2 33? 0 ΙίΤ E 391 2.27-1 14 .852 14,222 1.00 15.39 at ATSN 2338 TO UAY 392 -0.68 $ -16-027 13.136 1.00 15.2.3 at DTON 2 33 $ CA UL 3 *? -3.146 -16.632 13,015 1.00 14.31 at DTON 2,340 NE UAY 392 0.00? -15.768 10.703 1.00 14.04 at DTON 2 34 1 SY1 UAY 392 -0.475 -15.42 $ 9, 3Θ2 1.00 12.46 at DTON 2,342 CC2 UAY 392 1.143 -14.838 11.169 1.00 12.80 at dton 2343 WITH UAY 392 -2.369 -16.446 11,305 1.00 15.09 at ATOM 2,344 ΰ UAY 392 -3.269 -15.929 10.722 1.00 14.21 at ATON 2345 N ABA 393 -2.421 -11.703 11.709 1.00 15.37 at ATOM 2346 CA ABA 393 -3.658 “10.467 I. 655 1.00 17.74 at ATOM 2347 NE ABA 393 -3.453 -19.883 12.163 1.00 1Β.5Ξ at ATSM 2,348 WITH ABA 393 4.791 -11.776 12.434 1.00 17.78 0 ATON 234 $ ϋ ABA 393 -5.936 -11.716 11.900 1.00 16.51 at DTON 2,350 N Xiu 394 ‘4.453 - 17 .243 13.606 1.00 18.67 Yo ATON 2,351 CA □ 1.U 3 * 4 5.397 -16.444 $ 14.35 1.00 19.56 at DTON 2,352 WITH SUE 394 -5.878 -15-21? 13, 613 1.00 20.26 0 DTON 2353 0 SUE 394 -7.082 -14.986 13,501 1-00 21-22 at DTON 2354 AND 1b 395 -4.950 -14.414 13,096 1.00 20.24 0

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ATOV 2355 CA 1b 395 -5.312 -13.195 12.304 1.00 20.11 E with ATOM 2356 NE 1b 395 -4,060 -12.37Ϊ 12.034 1.00 20.04 AT with AToV 2357 C32 1b 395 -4.449 -11.094 11.302 1.00 19.79 AT with Α Τη 14 2358 CO! 1b 395 -3.301 -12.049 $ 13.31 1.00 20.30 I (one ATON 2353 CO2 395 -2.049 -11.279 13-095 1.00 19.69 AT with ATON 2360 with 1! L 395 -6.077 -13.519 11.104 1.00 21.00 eight with ATON 2361 about 1b 395 -6.974 -12.776 10,691 1.00 31.99 eight with ATOM 2362 N L1L 396 5.732 -14.634 10.47 3 1.00 20.99 E N ATON 2363 CA ABA 396 -6.436 -15.039 9.267 1.00 20.56 E with ATOM 2364 NE ABA 398 - 5.770 16.267 8.659 1.00 20.18 AT with ATOM 2365 WITH ABA 396 -7.385 -15.338 9.631 1.00 19.85 E with ATOM 2366 ABOUT ABA 396 -8,809 14.84.5 AT . 995 1.00 17.95 AT ΰ ATOM 2367 to ABA 397 -8.071 -16.136 10 * 677 1.00 21.02 E N ATON 236V CA ABA 397 -9.402 -16.485 11, ί $ 4 1.00 21-16 $ with ATON 2365 se ABA 397 -9.305 -11.247 1? .464 1.00 17.93 AT with ATPN 2370 with ABA 397 -10.244 -15.233 eleven . 342 1.00 32.61 eight with ATON 2373 about ABA 397 -11.376 -15, yua 0.075 1.00 25.02 AT Ο- ATOM 2372 m NOT ZEV -9. 686 -14 .231 12.014 1 .00 21.67 AT Ν ATSN 237 3 CA NOT 398 -10.42 6 -13.008 12.282 1.00 23.20 at with ATSN 2374 sv MET 398 ‘9.601 -12.084 13.167 1.00 24.40 at with ATON 2375 With NOT 398 -9.150 -12.733 14.457 1.00 29.13 at with ATOM 2376 in ΝΕΤ 399 -1C, 147 ‘12 .270 15.879 1.00 35.63 at 3 ATOM 2377 CE NOT 399 -9.367 -10.694 16.357 1.00 31.39 at with ATOM 237V with KET 19 V -10.784 -12.298 10-980 '.00 23.27 at with ATON 2379 ABOUT not 39 V -11 .925 -11 .889 10.782 ’. .00 22.16 at ABOUT ATOM 2380 N NOT 399 -9.815 -12.165 10.083 1.00 22.78 at N ATON 2381 CA NOT 399 -10.059 -11.44V 8.843 1.00 22.7 $ at with ATSN 2382 NE NOT 389 '8.741 -11.202 8.118 1.00 24.23 at with ATSN 2383 With NOT $ 99 7.735 -10.386 8.928 1.00 2?. ВЗ at with ATON 2384 IN MET 399 -6.151 -10.150 8.115 1.00 32.96 at five ATON 2385 CE NOT $ 99 -6.600 ‘9.723 6.497 2.80 29.89 at with ATON 2386 WITH NOT 399 -11.032 -12-195 7.9.30 1.00 22.15 at with ATOM 23B7 WITH NOT 399 -11.326 -11.5 $ AND 1.21V 1.00 21.59 at about ATON 2388 N LIE 408 -18.975 -13.52? 7.957 1.00 21.52 at n ATOM 2389 CA b £ and 400 -11 .Θ7Β -14.320 7.140 '..00 20.15 at with ATON 2390 NE LIE 400 -11.349 -15.745 6.962 1.00 1V. & 6 at with ATSN 2391 se LIE 400 -10.109 -15.930 6.08 5 1.00 16.06 at with ATON 239? - CO] LIE 400 -9.897 -17.411 5.826 1.00 11.64 at with ATOM 2393 with? ive 400 -10.273 -35.166 four . 770 1.00 15.30 at with ATOM 2,394 with 1.E1G 400 -13.24E -14.379 7.782 Ϊ.00 22.24 at with ATOM 2395 about ι.εν 400 -14.267 -14.449 7.092 1.00 21.47 at ABOUT ATOM 2 396 and Yaw 401 '3.284 -34.352 E. 108 1.00 22.69 at N ATOM 2 397 CA Yaw 481 14.566 -14.401 9.75 $ 1.00 21.81 at with ATOM 2 398 sv Yaw 401 -14.375 14.687 11.26 ° 1.00 25.01 at with ATOM 2 399 oo Yaw 491 -15.532 15.304 11.804 1.00 25.44 at ABOUT ATOM 2480 with VEN 401 -15.288 -13.080 9.598 1.00 23.85 at with ATOM 2481 Ο- Yaw 401 -16,508 -13.00 $ 9.696 1.80 23.69 at about ATOM 2482 Ν ABA 402 -14.523 -12-035 9.310 1 -00 25-13 at N ATOM 2483 CA ABA 402 -15.106 -10.74 $ 9.01 $ 1 .00 25.6 " at with ATOM 2,404 NE LEA 402 -14.124 -9.683 9.291 1.00 23.94 at with ATOM 2405 with ABA 402 -15.531 -10.718 1. $$ 8 ι .oo ha .o? at with ATOM 2,486 0 ABA 402 -16.724 -10.730 7.273 1.00 31.96 at ABOUT ATOM 2 48? n Yey 403 -14.576 -10.696 6.631 1.00 28.94 at. n ATOM 2408 CA you? 403 -14.920 -10.756 5.204 1.00 29.12 at with ATOM 2,489 sv Oops! 403 -14.104 -9.769 4.382 1.00 29.99 at with ATOM 2410 with si 403 13-76! -8.509 5.092 1.00 33.22 at with ATOM 2411 with eat 403 -12.300 -E.220 4.979 1.00 36.14 at with ATOM 2412 OE1 syo 403 -11.906 -7.640 3.941 1.00 37.63 at. □ ATOM 2413 OE2 syo 40 $ -11.5-17 -5.584 5.910 1.00 36.00 at about ATOM 2414 WITH si 403 -14.652 -12.140 4-657 1.00 27.4.5 at with ATOM 2415 ABOUT si 403 -13.58 "-12-428 4 .180 1.00 26.83 at about ATOM 2416 N ₽Do 104 -15.661 -13.015 4.119 ] .00 26.86 at I ATOM 2417 With RVO 404 -16.921 -12-782 $ .412 1.00 25-Y9 at with ATOM 2 41 8 CA RVO 404 -15.499 -14.423 4.362 1.00 25.99 at with ATON 2413 NE rno 404 -16.769 -15.07 $ 4.911 1.00 25.93 at with ATOM 2420 With Rip 404 -17.237 -14.135 5.983 1.00 25.26 at with ATON 2421 WITH RIO 404 -15.296 -14.682 2.868 1.00 25.55 B with ATOM 242? ABOUT RVO 404 -14.748 '15 .718 2.479 1.00 26.48 at ABOUT ATON 2,423 μ OBO 40 $ -15.727 -13.747 2.029 1.00 25.09 at N ATOM 2424 CA syo 405 -15-601 -13.931 Ο.5Β0 1.00 25.06 at with ATON 2425 NE syo 405 -16.583 -13.020 -0.153 1 * СО 27.09 at with ATOM 2426 With eat 405 -18.044 -13-438 0-031 1.00 2E.66 at with ATOM 2427 NE syo 405 -19.001 -12-496 -0.752 1.00 30.19 at. with ATOM 2428 OE1 si 405 -20.212 -12.786 ‘0.167 1.00 31-61 and ΰ ATON 2429 OE2 oh 405 -18.553 -11.4 ?! -1.30 $ 1-00 30-5 $ at about ATOM 2430 WITH si 405 -14.188 -13.69 $ 0.056 ] - WITH $ 24.8 at with

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ATOM 2431 0 si 405 -13.9 + Θ -13. $ 1? -1-132 1.00 24-99 AT 0 ATOM 2432 N Bw 406 -13.256 -13,295 0.922 1-00 24.30 at N ATOM 2433 CA BE0 406 -11,070 -13.043 6,508 1-00 23.76 at with ATOM 2434 NE ive 406 -11.000 -12.639 1.701 1.00 21.49 at with ATOM 2435 Si yi + 06 -11.111 -11,210 2,222 1.00 20.30 at with. dt ohm 2436 001 Bw 406 -10.269 -11.069 3.464 1.00 10.92 at with ATOM 2,437 C 02 boo 406 -10.664 -10,233 1,156 1.00 1Θ.73 at with ATOM 2,438 WITH Bp 406 -11.234 -14.263 -0.146 1.00 23-B4 at with ATOM 243? 0 Bw 406 -11.275 -15. 0.411 1.00 25.23 at but ATOM 2,440 AND TNV 407 -10.633 * 14.067 -1.315 1.00 23 .77 at N ATOM 2,441 CA TV in 407 -9.781 15.087 -1.918 1.00 23.47 at with ATSN 2,442 NE TNV 407 -9-533 -14,794 -3,395 100 01/21 at with ATOM 2443 001 TNV 407 -8-682 13,641 -3- 51? 1.00 23.22 at 0 ATSN 2444 CC2 Transnational corporation 40? -10.82 ·. ' -14,507 -4.t 1.00 19.19 at with ATOM 2445 with TNV. + 07 -8.419 -15.138 -1.213 100 24.96 η G ATOM 2446 0 TNR 407 -8.081 -14.268 -0.399 1.00 01/26 at 0 ATSM 2447 n jeo + 08 -7.630 -sixteen . 154 -1.535 1.00 24.30 at N ATSN 2448 SL SER 408 -6.312 -16.292 -0.929 1.09 22.60 at with ATON 2449 sv Bw 408 -5.676 -17.616 -1.355 1.00 22.93 at with ATOM 2450 ss ive 408 '4.472 -10.043 -0.525 1.00 24.47 eight with ATON 2451 001 Bw + 08 -4.734 -17.7 + 0 0.940 1-00 23,99 at with ATSN 2452 002 Bf 40V -4-211 -19.529 -0.732 1.00 25.90 at with ATSM 2453 0 ive 408 - 5 - 4 g 1  1 5, 131 -1.34 " 1-00 03/20 at with ATON 2454 0 Bf 408 -4.552 -14.697 -0.592 100 16.95 at 0 ATSN 2455 to ABA 409 -5.651 -14.636 -2.553 1.00 19.32 at N ATSN 2456 od ABA 408 -4.906 -13.506 -3.065 1.00 19.43 at with AGON 24 $ 7 NE ABA 409 -5.280 -13.249 -4. + 98 1.00 20,13 at with ATSN 2,458 with D1L 409 5.246 -12.301  2.220 1.00 20.61 at with ATSN 2459 0 ABA 40? 4.368 11 .579  1.750 1.00 20.75 at about ATSM Ϊ460 N si 410 TO.540 -] 7. .092 -2.012 1.00 21.62 at at ATSN 2461 CA si 418 -6.976 -10.967 -1.212 1 .08 22.93 3 with ATSN 2462 NE CH1 410 -8.460 -1 (1.800 -1.324 100 25.38 at with ATSN 2463 SS YZ 410 -6.903 -10.205 -2.661 1 .Oo 30.96 at with: ATON 2464 CE si 410 -1O.20E -10.808 -3.125 100 34.21 at with ATOM 2465 o £ 2 her 410 -10.4 + 1 -10.377 -4.355 1.00 37.17 at 0 ATOM 2466 0E2 eo 410 -10.893 -11.371 -2.269 1.00 35.26 at 0 ATSM 2467 WITH yy 410 -6.503 -11.119 0.247 1.00 22.94 at with ATSM 2466 0 CIO 410 -6.332 -10.128 0.925 1.00 23,23 at 0 ATSM 2469 N Bw 411 -6.532 -12.352 0.738 1.00 22.70 at at ATSM 247 (1 SD Bko 411 -6.175 -12.552 2, 12V 1.00 22.90 at with ATON 2471 NE Bp 411 -6.3V7 -13.993 2. 542 1.00 20.63 at with ATSM 2473 and Bw 411 - 5.995 Ί + .204 4.008 1.00 2C, 39 at with ATSN 2473 From 01 THEO 411  6.801 13.333 4,906 1.00 17.47 3 with ATSN 2474 Wed? Bw 411 “6.123 15.670 4.375 1.00 16.76 at with ATSN 2475 0 THEO 411 - +. 722 -12.17 + 2.373 I .00 09/24 3 with ATSN 2476 0 Bw 41Ϊ > 4-369 11.657 3,438 1-00 07/24 th ΰ ATSM 2477 N ABC 41? -3.81? -15-431! 1.303 1. OS 02.21 at TO ATON 247V SD ABC 412 -2,4'1 -12.099 1,496 ί .00 29-77 eight with ATOM 2479 sv AKC 412 -1,603 -12.716 0.35 + ι .ao 30.56 at with ATON 2480 ss ICE 412 -1.304 -14.172 0.527 1.00 32.41 at with ATSM 2481 ss ABC 412 -0.51? -14.632 -0.620 Ϊ .00 36.01 at with ATSM 2482 NOT ICE 412 0.598 -15.444 -0.152 1.00 01/33 at at ATCI 2483 C £ Battery 412 0.507 -16.768 -0.136 1.08 3Θ.92 at with ATSN 248 " ΝΗ1 ICE 412 1.643 -17.437 0,308 1.00 3Θ, OT at at ATSM 2485 ΝΗ2 Battery 412 -0.405 -17.418 -0.569 1.00 06.06 AT TO ATSM 2486 £ ICE 412 -2.327 -10.598 1.436 1.00 30.73 at £ ATSN 2487 0 l.s 412 -1.626 -9.954 2 .24V 1.00 30.38 at about ATOM 248V N SI 413 “3,004 “10.00 $ 0-461 100 z.i at TO ATSN 2489 CA ΟΙ-Ν 413 -2.895 -Θ.5ΒΙ 0.221 1.00 35.39 B with ATON 2489 NE SI 413 -3,779 -9.176 -0.948 1.00 38.60 l with ATSM 2491 ss <Zn 413 -3-3 + 4 -6.875 -1-596 100 45-06 at € ATOM 2482 with SON 413 -1,360 -6.872 -1.965 1.00 49.77 at with ATON 2493 Oez SY 413 -1,405 -7,150 -3, 115 100 52-54 at but ATON 2484 BE2 SY 413 -1.003 -6.552 -0.9E9 1.00 49.77 at and ATSM 2485 WITH Eun 413 -3,301 -7,905 one . +56 1.00 35.34 g with ATSN 2496 0 SI 413 -2.824 -8.696 1.602 1.00 36.49 at 0 ATSN 2497 N ICE 414 -4.175 -B.405 2,256 1.00 35.12 at at ATSN 2,498 CA Battery 414 -4.6 + 3 -7.806 3.500 1.00 34.96 at with ATSM 2429 NE Battery 414 5.975 AT . 422 3.901 1.00 36.59 B with ATSN 2500 With A WB 41+ '7.128 “7.808 3,043 1.00 39.95 at with ATOM 2503 SS Battery 41+ -B.229  7.397 3.092 1.00 + 2.16 at with ATON 2502 TWO 414 9,264 6.704 3.125 100 44.38 at at ATOM 2503 0? ARB 41+ -9.560 -6.929 1.046 1-00 46.36 at with ATON 2504 HH1 Battery 414 “8,904 -7.835 1 .136 1.00 48.71 and at ATON 2505 ΒΗΞ AKC 414 -10,541 -6.251 one . 2? 4 100 41.81 at at ATON 2506 £ AKC 414 -3,657 -7.972 4.64 6 1.00 34.00 at with

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ATOK 2507 0 ICE 414 -3.252 -6.992 5.270 1.00 34.78 AT 0 AGON 2508 N Bf 115 -3.278 9.211 4.933 1.00 32.10 AT N ATIM 2509 CA b 415 -2.233 -9.466 5.912 1.00 31.17 AT with ATON 2510 OV Bjeo 415  1.609 ΊΟ. B7.3 5.74V 1.00 31.21 at with ATSN 2511 OH bj 415 -2.574 -11.951 6.34 6 1.00 31.92 B with ltSm 25] 2 001 1ΈΠ 415 “2.230 -13.27 * 5.697 1.00 3.1.02 at with ATSN 2513 SP2 Bp 415 2-399 11.990 7.0 62 1.00 3ΰ.? 1 at WITH ATON 251 * WITH LIE *15 -1.091 -Θ.479 5.7 50 ί.ΟΟ 31.04 at with ATON 251b WITH Ι.ΕΙ! 415 -0.679 -7.Θ23 6,713 3.00 31, & B at 0 ATON 2516 N 1ЪЕ 416 -0.580 -0.380 4,530 1.0O 29.96 and N ATSN 2517 CA ΙΕΕ 416 0.423 -7.378 *, 230 $ 1.00 $ 0.8 eight with ATSN 2518 NE 1b 416 0.655 -7,241 2.716 1.00 30.83 AT with ATSN 2519 SY2 11th 416 1.4 * 4 -5.977 2.134 ’.OO 29.81 AT with ATOM 2520 SY1 11th 41B 1.37 * -B. 400 2.17V 1.00 29.19 AT with ATOM 2521 C01 1st 416 1.408 -0.503 0.67V 1.00 25.78 AT with ATOM 2,522 WITH ϊίΕ 416 -0.046 -6.031 4.743 1.00 30.09 at with ATSN 2523 0 1BU 416 0.51 $ -5.459 5.663 1.00 31.33 at but ATOM 252 * N ΗΙ9 417 -one . 130 -5.5 * 8 *. ! *five ί, 00 31.2 * at and ATSN $ 525 CA NG5 417 - ’, 55b -1,] 66 * -300 ; .00 30, and at with ATSN 2526 NE ΗΙ5 417 -2.812 -3.907 3.169 : .oo zo, bb at with ATON 252? With ΗΙ8 417 -3. $ 93 -2.5 * 8 $ .679 1.00 $ 2.14 at with ATOM 2528 C 02 ΗΙ5 417 -2.908 -1.318 3.38V 1.00 33.19 at with ATOM 2529 N01 ΗΪΞ 417 -4.597 -2.3 * 5 1.319 1.00 31.59 at I * ATOM 2530 C £ 1 H1 £ 417 1.828 -1.018 4.117 1.00 32.26 at with ATOM 2531 Яё2 H1E 417 -3.818 -0.403 3.0 60 1.00 33.69 at n ATOM 2532 0 I1YO 417 -1.811 -3,709 5.750 1.00 29-15 at with ATSN 2 53 $ 0 ίίΓΟ 417 -1.6 * 6 -2.629 6.12 $ 1.0 * 1 $ 9.16 at about ATOK 2534 AND RNE 418 -2,210 -4.761 6.5 60 1.00 27.70 at g * ATON 2535 CA RNE 418 -2, $ 9 * -4.51? 7,992 1.00 2? .8 $ at with ATSN 2536 NE RNE 418 -3,595 -5.285 & .534 ΐ.ΟΟ 28.?С at with ATSN 2,537 With ΡΉΕ 418 -4.895 -4.75 * 0.058 1.00 29.85 at with ATON 2538 C01 RNE 418 -5.677 -5.405 7.105 1.00 29.va at ζ ATSN 2539 002 RNE 418 -5.205 -3.473 0.393 1.00 30.10 at with ATOM 25 * 0 CE1 RNE 418 -6.822 -4.9 * 5 6.651 1.00 29.59 at with ATOM 25 * 1 CE2 RNE 418 -6.426 -2.929 7.063 1.00 31.10 at with ATON 25 * 2 with:?. RNE 418 - 7. 1 05 -3.66] 6.98 6 1.00 30.31 at £ ATSN 25 * 3 with RNE 41st ]. 1 6.4 -4.304 0.777 1.00 27.12 at with ATOM 25 ** about RNE 418 -1.177 -4.895 '0.005 1.00 26.90 at ΰ ATSN $ 5 * 5 n 5EP 419 oh, ooh * -5, $ 01 0.070 1.00 $ 6.7 * at Ιί ATON 25 * 6 CA 5EP 41 9 1-15 * -5,463 e, 7 * in 1.00 26.69 at with ATON 25 * 7 sv £ EP 419 2,006 -6, 431 $ 7.97 1-00 2 $. eight with ATON 25 * 8 SC 5EP 419 1,593 -7.709 8.188 1.00 25.35 at 0 ATON $ 5 * 9 with ZER 419 1,905 -4,165 8.983 1.00 26.88 at with ATON 2 55C Ο- ZER 419 1.8? 9 -3.262 eight . I4 1-00 26.7? at 0 ATON 2551 Ν ABA 420 2.54 * -4.079 10.14 " 1.00 25.25 at at ATSN 2552 CA ABA 420 3.55 * -3.072 10.112 1.00 21.13 at with ATOK 2,553 NE ABA 420 4.069 -3.215 eleven . B16 L.O. 24.79 at with ATOM 2,554 WITH ABA 420 4.675 -3.321 9.439 1.00 24.87 at with ATOM 2,555 WITH ABA 420 5.OV9 - 4.4 66 9.238 1.00 26.34 at ΰ ATOK 2,556 N onuk 421 5.172 -2.252 0 .B38 1.00 24.32 at I AGON 2957 CA Bw 421 6.132 -2.393 7.760 L.O. 29.67 at with ATOM 2.558 CE bw " 421 5-557 -1.747 6.497 1.00 23.67 at with ATON 2959 se Bw 421 4.124 2.161 6,2 * 9 1.00 23.87 at with ATON 2560 With B $ 421 $ .716 -7-00? one . 797 1-00 $ 3.84 at with AGON 2561 CE Bw 421 $ -331 - $ - 6ΐ * 1,550 1.00 $$, $$ at with ATSN 2562 N1 Bw 421 1.363 -2,200 5.638 1.00 22.85 at and ATSN 256 $ WITH Bw 421 7.160 -1.7 * 3 8.125 $ 1.00 ?, 41 at with ATSN 2564 WITH Bw 421 7.510 -0.712 B .798 1.00 28.11 at 0 ATON 2565 N AZR 422 8.562 -2,361 7,691 1.00 28.06 at at ATON 2566 CA ΑΞΡ 422 9.B73 -1.7 * 5 7. E14 1.00 27.60 at with AGON 256? NE AZR 422 9.97 * -0.503 6.955 1.00 26.92 at with ATOM 2568 SS AZR 422 10.08 (1 -0.356 5.409 1.00 2B.56 at with ATOM 2969 001 ADB 42? 10.066 -1.760 5.161 1.00 28.83 at 0 ATON 2570 0P2 AZR 422 9.38] Ό.234 4.663 1.00 29.17 Yo ΰ ATOM 2571 WITH AZR 422 10.124 -1.360 9.296 1.00 26.8 * at with ATON 2572 □ AZR 422 10.463 “0.227 9.607 1.00 2 6. * 4 E about AGON 2573 N TEA 423 9.94 * 2.335 10.1Θ2 1.00 29.89 E n ATON 2574 CA TEA 423 10.1 * 6 -2-100 11,599 1.00 26.20 at with ATOM 2575 SI WHERE * 23 Β-Θ31 - $ - $ 9 $ 13,396 ] .00 27.67 3 with AGOM 2576 CC1 WHAT 423 7.775 -1.329 11.900 1.00 27.34 eight with ATSN 2977 C52 TEA 423 8.331 -3,733 12.2 * 0 1 -00 $ 8-31 at with ATOM 2570 WITH TEA 423 11.150 -3.110 12.075 1.BO 25.50 3 with ATOM 2570 0 TEA 423 11.697 -3.006 1h, ίse 1.00 25.9? at 0 AGOM 2580 N 1b 42 * 11.415 -4.101 11.239 1.00 25.87 at N ATOM 2581 CA 1b 42 * 12.307 -5.171 11.630 1.00 26.65 e with AGOM 2582 NE 1b 42 * 11.960 -0.471 10.893 1.00 26.26 eight with

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ATOM 25YZ CC2 is NOT 424 12,4 9 $ -7.652 11.67 4 1.00 g? .62 AT with ATSM 2,584 CC1 NOT 424 10.446 -6.635 10.784 ι .00 06/27 BUT with ATON 2565 C01 1 bj 424 10.016 -7.957 10.169 3.60 26 L? B with ATON 2566 WITH 116 424 13,759 -4.000 11.329 1.00 01/21 AT with ATOM 2587 th NOT 424 14.072 -4.233 10.274 1. OS 26.17 AT with ATOM 2588 and Α5Ή 425 14.642 -5.128 12.2 60 1.00 20.05 AT N ATON 2589 CA dy 425 16,065 -4.869 12.107 1.00 29.38 AT with ATOM 2590 NE AZES 425 16.741 +4.831 13.475 1.00 31.69 B with ATON 2591 SS Α5Ν 425 18.215 -4.485 13, 385 1.00 34.14 AT with ATON 2592 001 Α5Ν 425 10,782 +4.997 12.292 1.00 35.11 E with ATOM 2593 Τί & 2 Α3Ν 425 10,846 4.207 14.530 1.00 34.72 AT N ATOM 2594 with Α5Ν 425 16,729 -5-933 11.241 1.00 20.62 AT with ATOM 2595 0 Α3Ν 425 16.973 -7 .045 11.69? 1.00 29-23 AT 0 ATOM 2596 N si 426 17.030 -5.5? 6 10.001 1.00 28.49 at N ATOM 2597 CA si 426 17,513 -6.536 9.015 1.00 29.63 at with ATOM 2,598 NE syo 426 17,266 -5.9V5 7. 624 3.00 31.63 at with ATOM 2599 SS si 426 15.815 -5.841 7. 266 1.00 35.89 at with ATSN 2600 NE syo 426 15.653 -5.209 5.905 1. OS 38.74 at with ATOM 2601 OE1 from 426 14.584 -5.976 5.271 1.00 41.88 at 0 ATOM 260? OE2 01.0 426 16,615 -4.541 5.466 1.00 4 0.98 at with ATON 2603 WITH 610 426 10.991 6-913 9,148 1.00 $ 29.2 at with ATOM 2604 0 si 426 $ 19.48 -7,379 0.432 100 20 LO at about ATOM 2 605 l DIA 427 19, 60 $ -6.256 10,065 1.00 zelo at N ATSN 2606 CA ABA 427 21.111 -6.486 10.263 100 /9.38 at with ATSN 2607 NE ABA 427 21.607 -5.637 11.417 1.00 20 . 99 at with ATSM 2 608 with DIA 427 21.426 +7.947 10.525 100 29.94 at with ATOM 2 6OE with ABA 42? 22.500 -6.422 10.165 1.00 29.95 at about ATSN 2610 to TYR 428 20.497 -0.661 11.153 1.00 31.00 at η ATSM 2611 CA TNR 4? 3 / 0.745 ‘10 .045 11 -540 1.00 31.66 at WITH ATOM 2 61 2 C8 TNR 4/3 19.724 -10,484 12.597 1.00 34.20 at with ATOM 2 613 SS TYR 4ΞΒ 01/20/6 -11.042 13.2 / 3 1,0o 3? . 61 at £ ATSM 2614 CO2 TVR 428 19.346 -13.084 12.95? 1.00 39-01 at £ ATOM 2615 B2 tyr 42B 19.939 -14.073 13.767 1.00 40.16 at £ ATOM 2616 Cez TVR 42B 18.207 -13.45? 12 LOI 100 07/30 at £ ATOM 2617 CE1 TIR 428 20,973 -12.129 14.161 1.00 3Θ. 36 b WITH ATOM 2618 1, -E1 Shooting gallery 42B 20.932 -13.467 14.491 100 38. B5 at 14 ATOM 2619 CE / TNR 423 19, 521 -15.409 13, ^ 50 1.00 40.19 at WITH ATOM 2 620 Cez TYR 428 17.875 -14.776 12.092 1 .09 38.79 at one_ ATON 2 621 CH2 shooting gallery 428 10,487 -15.737 12.911 1.00 39.60 at with ATOM 2 622 WITH TIR 428 20.731 11.020 10.359 1.00 31.48 at £ ATOM 26/3 but TNR 428 21.473 -12,003 10.346 1.00 51.38 at ABOUT ATSM 2 624 to RNE 429 19.896 -10.763 9.348 1.00 09/31 at N ATOM 2625 CA RNE 429 19,604 +17. 62 ι 0.16? 1.00 31? 3 at WITH ATOM 2626 sv RNE 4/9 18.752 -11.254 7.220 1.00 31. 93 at WITH ATOM 2627 ss RNE 429 17.416 -11.106 7.076 1.00 33.61 R WITH ATOM 2 628 CO2 RNE 4/9 16.565 -10.120 7,621 100 32.81 at WITH ATOM 2 629 CO2 RNE 429 17,011 -12.102 B 753 1.00 31.99 at WITH ATOM 2 630 CE1 RNE 429 15.341 -10.047 0.233 1.00 33.79 at g ATON 2631 £ 02 RNE 429 15,709 -12.116 9,367 1.00 32.86 at with ATOM 2 632 CE RNYO 429 14.946 -11.846 9.108 1.00 33.20 at with ATSM 2 633 WITH RNE 429 21,179 -11.428 7.421 1.00 33.05 at with ATSM 2 634 0 RNE 429 21.792 -10,366 7.504 1.00 34.48 eight ΰ ATSN 2 635 N races 430 21.610 -12,444 6,662 1.00 33.58 at N ATSN 2636 Joint venture RYAS 43 (1 21.130 '13 .829 6. 543 1.00 34.28 at WITH ATSN 2637 CA RAO 430 22,700 - 12,155 5736 1.00 34.21 at with ATOM 2 63 " NE RIO 430 /2.977 -13.501 5.066 1.00 33.97 at with ATON 2639 SS RAO 430 21,737 -14,202 5,249 1.00 34-13 at with ATOM 2640 WITH RAO 430 22,294 -11,058 4,750 1.00 35.03 at WITH ATOM 2641 but RAO 430 21,112 -10.832 4.4 9? 1.00 $ 5.24 at 0 ATOM 2 642 N si 431 23,293 -10,368 4.214 1.00 36.46 at 31 ATON 264 3 CA him 431 23,079 -9.141 3,475 1.00 36.94 at with ATOM 2 644 NE si 431 24,409 -8,645 2.928 1.00 18.04 at with ATSN 2 645 se si 431 25.515 -8,637 3.950 1.00 39.87 at with ATON 264 B With si 431 26,828 -B.187 3.358 1.00 42.43 at with Agsi 2 647 OE1 syo 431 26,842 -7,845 2.152 1.00 42,43 at 0 ATSM 2 648 □ E2 syo 431 27.842 -8.171 4.098 1.00 43.52 at about ATON 2649 WITH siz 431 22.125 -9.374 2.328 1.00 37.62 at with ATOM 2 650 0 oh 431 21,094 -8,710 2.205 1.00 38.58 at about ATON 2651 n dzr 432 22-478 10.327 1.402 1.00 37.53 at " ATON 265? CA A5P 432 25,711 -10,562 0.200 100 37.71 BUT with ATSN 2653 NE AZR 432 22, znb -11.62? -0-860 1.00 41.08 at with ATON 2 654 SS AZR 432 2E.Y13 -11.25 " -0.89 " 1.00 4 3.1? at with ATOM 2 655 OSI AZR 432 24,061 -10,058 -1-146 1-00 45.68 at 0 ATON 2 656 ao2 DER 432 24,675 -12.159 -0.809 1.00 44.70 at 0 ATOM 2657 with AIR 432 20,290 -10.992 0.598 1.00 35.7V at with ATOM 2 658 0 AIR 432 19,430 -10,932 -0.264 1.00 37.15 at ϋ

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ATOM 2659 N <31, N 433 20-060 -11.395 1.035 1-00 32.35 AT I ATSN 2666 CA yong 433 18.349 -11.887 2.205 1.00 31 .54 Ή with ATOM 2661 SE si 4 $ 3 18.379 -12.932 3.305 1.00 29.75 AT with ATSM 2662 With eat 433 19.423 -14 .245 2.794 1.00 28.29 AT with ATSn 2663 With SYA 433 18.459 -14.955 1.850 1.00 2 6.47 AT with ATSM 2664 ЕЕ1 ύΙΝ 433 1 V. on -15.919 1.184 1.00 24.27 AT 0 ATOM 2665 ΝΕ2 & 1H 433 17.221 -14.481 1.794 1.00 26.30 AT I ATOM 2666 WITH SI 433 17.023 -18.769 2.64 5 1.00 04/31 AT with ATOM 2667 ABOUT sn 433 16.623 -10.974 2.805 1.00 32.65 at about ATON 266Θ N lyO 434 18.373 -9.576 2.019 100 30.10 at but ATOM 2669 SD ICE 43 " 17.5 & B -8.474 3.349 1-00 28.71 at with ATSN 2670 NE ANO 434 18.518 -7.369 3.845 1.00 29.04 at with ATOM 2671 ss And her 434 19.390 -7.826 5.012 1.00 28.41 at with ATSM 2672 with ICE 4'34 20.174 -6.895 5.64 6 1 .co 26.84 at with A? SN 2673 not ABC 434 21.2Ϊ6 -7.222 6.459 one . with 27.43 AT N ATCI 2674 cg ICE 434 22.538 -6.869 6.315 1.00 25.70 at with ATSM 2675 nn1 avb 434 23.473 -7.399 7.08 8 1.00 11/23 at N ATON 2676 1012 Ay 434 22.909 -5.978 5.390 1.00 28.20 at N ATOM 267? with Ic 434 16.569 -7.912 2.361 1.00 2 7.60 at with ATSN 2670 0 Ayo 434 15-4.31 -7.664 2.74? 1.00 27-25 at with ATSM 2679 to UL1. 435 16.951 -7.711 1 .101 100 27.74 eight N ATSN 26J0 CA UAY 435 15.975 -7.213 0.128 1.00 27.86 eight with ATSM 2631 NE UAY 435 16.599 -6.710 -1 .19E 3 .CO 26.45 AT with ATOM 2682 "51 UAY 435 17.515 -5.547 -0.94 3 1.00 10/27 AT with ATOM 2683 CC2 UAY 435 17.315 -7.932 -1.890 3.00 27.00 eight with ATON 2684 with: CHAB 435 14.992 -0.3ϋ2 -0.237 1.00 2J.30 AT with ATON 2685 0 UAY "35 13.990 -0.011 -0.709 1.00 30.16 AT 0 ATSN 2686 I Τ.ΕΙ1 438 15.389 -9.554 0.022 100 05/27 AT m ATON 268? CA Bjeo 436 1 ".11 - 10,606 -0.307 7, 90 21-26 at with ATSN 2688 NE Bw 436 15.312 -11.975 -0.467 ; .oo 27.16 at with ATSN 2689 SS Bw 436 16, "46 -12.004 -1.47® 100 25.55 at with ATSM 2690 SEN Bw 438 16.995 -13.421 -1.511 1.00 24.68 at with atci 2691 CO2 yo 43 & 15.952 -11.565 -2.849 1.00 22.51 at with ATSM 2692 WITH Bj 436 13.500 -10.894 0. 800 1.08 27.27 at with ATSM 2 693 th Bw 436 12.351 -11.262 0. 551 1.00 28.79 at & ATOM 2694 to THY 437 13.936 -10.675 2.046 1.0C 02/25 at to ATON 2695 CA THY 437 13.075 -10.904 3.199 1.00 06/23 B g ATOM 269ё 08 aphids "37 19.887 -11.073 4.494 1.00 23.41 at g ATOM / 69? 051 Transnational corporation 437 14.782 -12.105 4.362 ι.αο 12/23 B 0 ATON 2698 "12 TCJ 437 12.949 -11.3Ϊ3 5.668 1.00 10/22 at with ATOM Ϊ699 WITH Transnational corporation "3? 12.080 -8-759 3.397 1.00 22.18 eight with ATSN 2,700 0 tiv 437 12.4 64 -B.509 3-392 1-00 22.51 but 0 ATON 2701 I RNO “3 $ TO.VO. · 10.095 3-566 1-09 23.2 $ at N ATSN 2702 With RIO 438 10.202 -]] .469 3-511 100 11/24 at with ATON 2703 CA RR.O 433 9-731 -9,116 3.74? ι, 0o 22.75 at with Τι ιΓ-gi - ^ - 1 G. I | G * τιϋΓι. "4 LS1 _O “P.1 ί ί ': ·:' ·. 1 ΛΛ ΐ-Ί □ η ί k / 1L1 X 'ich s about x ην and. y, ί υν and, and and? 1 7'0 s * g and about ATON 2705 SS RNO 438 9,880 -11, J58 3.049 1.00 23.27 at with ATOM 270V with RNO 438 9,847 -8,448 5.099 1.00 21.97 at with ATON 2707 0 RNO 438 9.940 -9.124 6. 125 1.00 nineteen . 45 at 0 ATOM 2708 I AYY 438 9.837 -7.121 5.103 1.00 22.81 at I ATOM 2709 CA LVN 439 9.866 -6.38Θ 6.353 1.00 23.40 at with ATON 2710 sa AZL 439 10.627 -5.085 6.163 1.00 23.33 0 with AT0H 2711 se AIN 439 11.355 -4.657 7.424 1.00 25.22 at with ATSN 2712 OP1 DZN 439 10.869 -4.VY4 8.833 1.00 26.16 at 0 ATON 2713 am i oh Α3Ν 439 12.533 -4.066 7.252 1.00 24-91 at I ATON 2714 WITH AEM 439 8-43 " -6.116 6.820 1-00 24.31 at with ATON 271 $ 0 A5K 439 7.949 -4-983 6-701 1.00 25.14 at 0 ATON 2716 N Bj 440 7.771 -7.186 7.256 1.00 24.30 at I ATOM Ξ717 CA B1? 440 £ .370 -7,145 7.690 1.00 September 35 at with ATOM 2718 NE ЬЕ1Г 440 5.470 -7.703 6.589 1.00 23.69 at with ATOM 2719 SS Bj 440 5.503 -6.977 5.247 1.00 24.08 at with ATON 2720 From 01 Bj 440 4.757 -7.786 4.220 1.00 21.26 at with ATON 2721 C 02 Bj 440 4.893 -5.584 5.401 1.00 23.58 at with ATOM 2722 WITH YEI 440 6.163 -7.965 3.966 1.00 25.32 at with ATOM 2723 □ B0 440 6.447 -9.164 9.007 1.00 24.66 at about ATOM 2724 n UAY 441 5.64 7 -7.323 10.006 1.00 25.82 at I ATON 2726 CA UAY 441 5.096 -8.067 11.120 1.00 25.14 at with ATOM 2726 sv UAY 441 5-633 -7.548 12.479 100 23-66 at with ATON 272? ss1 UAY 441 5.249 -8.500 13.580 100 21-33 R with ATOM 2728 C (32 UAY 441 7.139 -7.385 12.421 1.00 2 3.1? at with ATOM 272? with UL 441 3Λ81 -1.009 11, OYS 1.00 ? 6.87 at with ATOM 2730 0 UAY 441 3,078 -6.806 10.773 1.00 28.65 at 0 ATOM 2731 N ATA 4 "2 2-051 -0.953 ’1.384 1 .CO 36.88 at N ATOM 2732 CA ABA 442 1.415 -8.952 11.170 1.80 27.49 B with ATOM 2733 NE ABA 442 0.938 -10.369 10.972 100 27.84 at with ATOM 2734 WITH ABA 442 0.648 -8.313 12.329 1.00 01/28 at with

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ATOM 2735 ΰ DIA 442 0. V63 -8.649 13.490 1.00 27.44 AT ATSN 2736 N DIA 443 -0.260 -7.399 11.996 1.00 29.53 AT ATOM 2737 CA ABA 443 -1, 259 -6.929 12.950 1.00 29.76 b ATSN 2738 NE lll 443 -1.135 -5.433 13.149 1.00 28.70 at ATON 2138 WITH ABA 443 -2.662 -7.265 12.467 1.00 30.98 eight ATSN 2740 P DIA 443 -2.073 “7.532 11.292 1.00 30.38 AT ATON 2741 I yee 444 -3-610 -1.253 13.492 1.00 32.91 eight ATSN 2742 CA Bw 444 -5-037 -7.30? 13-095 1.00 33.56 Yo ATON 274 3 NE Bw 444 -5.041 -7-636 14.340 1-00 29-03 AT ATSN 2744 se Bw 444 -5.624 -8-983 15.021 1.00 26.74 E ATSN 2745 CM b 444 -6.67 " -8.902 16.462 1.00 24.31 3 ATON 274 6 002 Bw 444 -6.383 -10.061 14.269 1.00 25-72 AT ATSN 2747 0 Bw 444 -5.503 -5.959 12.565 1.00 37.13 AT ATON 2748 □ yee 444 -4.915 -4.914 12.869 1.00 36.31 at ATON 274 " I ria 445 -6.570 -5.967 11.766 1.00 40.64 at ATOM 2750 Joint venture rnp 44 5 -7.291 -1.151 11.267 1.00 40.97 eight ATSN 2751 CA RNO 445 -7.13 " 4.733 11.216 1.00 43.51 AT ATOM 2752 sv RNO 445 -0.215 -5.21? 10.292 1.00 41.99 AT ATON 2753 ss RVO 445 -7,090 -6-645 9-EEN 1.00 11-69 AT ATSN 2754 with RVO 445 -7,727 -3-91Θ 12.343 1.00 41-02 Yo AGON 2755 but RKO 445 -8.502 -4.429 13.149 1.00 47.30 3 ATSN 2756 N RIO 446 -7.357 2.637 12.422 1.00 50.39 at ATON 2757 Joint venture ryo 446 -6.431 -1.900 11.539 1.00 52.20 at ATSN 2758 CA ri 446 -7.984 ‘1.760 13.410 1.00 52.13 at ATSN ? 7 $ E SR RVO 446 -7,269 -0.42 $ 13.234 1.60 52.77 Yo ATOM 2700 ss rnl 44 6 -6.736 -0.407 11.833 1.00 53.26 eight ATSN 2761 with RVE 446 -9.47] -1.691 11/13/7 1.00 32-05 Ξ ATON 2762 but w 446 -10.279 -1.732 14-075 1.00 53.37 AT ATOM 2763 shh RNO 446 -9,793 -1.603 11.911 1.00 53.26 eight TEI 2764 Nuclear weapons 446 E ATON 2765 sv Transnational corporation 294 -8.67 2 -12.634 38.449 1.00 44.50 ESGA ATON 2766 OH1 Transnational corporation 294 -0.921 -13.914 39.043 1.00 46.09 ESDRD ATOM 2? 6 Ί SB2 Transnational corporation 294 -9.367 12.555 37.090 1.00 44.95 ECEA ATSN 276 " with shadows 294 -6.483 -13.590 37.5В0 1.00 42.73 ECED ATSN 2769 ABOUT shooting gallery 294 -6.4 65 - 14.703 30.105 1.00 42.87 Εϋί'Α ATSN 2770 N TNR 294 -6.054 “11.126 37.620 1.00 43.75 5SGA ATSN 2771 CA TNR 294 -1.135 “12-410 30-603 1-00 43-33 ESGA ATSN 277? N Α5Ν 295 -5.946 -1Z.ZYA1 36.300 1.00 40-79 ECED ATOM 2773 CA AZES 295 -5.062 -14-384 35.7T4 1-00 3 ". $ 4 UGSS ATSN 2774 NE Α5Ν 295 -5.516 -14.7 ID 34.369 1.00 38.56 ECRA ATOM 2775 SS AZES 295 -4.655 -15.897 33.767 1.00 36.96 EBGA ATOM 2776 OO1 Α8Ν 295 -3.455 -15,979 34,023 1.00 39-16 ECED ATON 2777 N172 AZES 295 -5.271 -16.757 32.961 1.00 33.03 ECED ATOM 277B WITH AEM 295 -3.656 -13,023 35.7;} 1, 90 41.61 ECED ATOM 2779 WITH Α3Ν 295 -3.211 -13.264 34.693 1.00 35.61 ECED ATOM 2780 TO 010 296 -2.965 -13.993 36.820 1.00 36.47 ECED ATSN 2731 CA □ b 296 -1.734 -13.293 37.119 1.00 36.71 ECEA ATOM 2782 NE 010 296 -1.337 -13.507 38.574 1.00 35.44 ECED ATSN 2783 Sat Ltd 396 -2.202 -12.900 39.619 1.00 33.45 ECEA ATON 2784 with Bp 296 -3-482 -13.802 39.915 1.00 35.35 ESGA ATOM 2785 OE1. si 296 3,596 ‘14 .933 39.240 1.00 35.30 ECEA ATSN 2786 C82 si 296 -4-300 -13.540 40.804 1.00 33.31 ECED ATON 2787 WITH si 296 -0.580 -13.620 36.151 ] .00 36.70 ESGA ATOM 27JV but si 296 0.499 -1 3-060 36-244 1-00 36-73 ESGA ATON 2789 to ST 8 297 -Ο.03Θ -14,530 35.201 1.00 36-97 ECRA ATOM 2790 CA ST 8 297 0.220 -15.025 34.351 1.00 37.51 ECED ATSN 2791 with stz 297 0.233 -14.447 32.972 1.00 37.46 ECED ATOM 2792 ΰ CPS 297 1.110 -14.750 32.177 1.00 36.27 ECED ATSN 2793 sv CPS 297 0.151 -10.521 34.243 1.00 39.66 ECED ATOM 2794 50 poke 297 0.339 -17.2E2 35.063 1.00 41.23 ECED ATSN 2795 to Bw 298 -0.759 -13.620 32.6Е9 1.00 35.90 ECED ATOM 2796 CA Bw 298 -0.761 -12.827 31.470 1.00 38.94 EU-RD ATSN 2797 sv Bw 29 " -2.174 -12.332 31.205 1.00 38.48 ECED ATON 279Y 0 Bp 29 " -3.084 -13.516 30.877 1.00 39.20 ECED ATOM 2? 9E JV ·! Y50 39 " -4.019 -13.17V 31,222 1.00 39.76 ECEA ATON 2900 C & 2 Bw 29 " -2-920 -13.890 29.400 1.00 31.53 ECED ATOM 2001 with Bw 29 " 0.202 -11-661 31-660 1.00 10.24 ECRA ATON 2002 0 Bf 293 0.430 -10,870 30.742 1.00 40.91 ECRA ATSN 2003 to AZR 299 0.781 -11.567 32.851 1.00 40-63 EOGA ATON 2004 CA DER 299 1.055 -10.64Θ 33.030 1.00 41.29 ECED ATSN 2005 NE AZR 299 1,615 -9.716 34.207 1.00 45.11 ESGA ATOM 2006 Sat DER 299 2.450 -8.401 34.133 1.00 48.48 ECED ATOM 2007 0 £> 1 AZR 299 2.94 4 -8.005 35.192 1.00 51.40 ECED ATON 2000 OS2 DZR 299 2.613 -7.931 33.013 1.00 50.27 ECED ATOM 2009 WITH AZR 299 3.190 -11.374 33.265 1.00 40.06 fucker ATSN 2010 ABOUT AZR 299 3.510 ‘11 .759 34.303 1.00 39.62 ECED

ΟΛΟΟόη-ΙίΟΠιΊίΙι’ιόόζιιΐίΙοηηζΰΠιΙφ ^ ποΟζΰηζοπηί'ιζήΒβόοοο OOPPPOLZOPPPIROOPPLPPPI-OLOOI

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ATSM 3811 N A5Y 300 3,952 -11.557 32.137 1.00 30.17 HEY GA Ν ATCI 2612 CA Α0Ν 300 5.276 -12.140 32.2 97 I, 00 33.03 YA RA S ATOM 3813 NE AZES 300 6.197 -11.246 33.093 1.09 40.03 ESGA with ATSM 28’4 SS AZES 300 1.B13 -11,245 32.593 1.09 43.06 HEY ha and ATOM 2818 O01 AIN EOO 6.562 -11.252 33.378 1.00 43.69 ESGA O ATOM 2816 N02 AYA 300 7.775 -11.234 31.273 1.00 44.01 She GA N ATSN 23’7 WITH Α3Ν 300 B.2 = 6 -13.547 .32.04 3 1.09 38-83 Her RA S ATSM 2819 0 Α3Ν 300 6.235 -13.997 33,448 1, 09 30.75 ECEA 0 ATOM 2819 N LAM 301 e |; · -14.238 32.661 1-09 30.27 ESGA N ATSM 3820 CA Α5Ν 391 3,977 -15,692 33,153 1.01? 39.90 ECE A C ATOM 2021 NE AFM 301 5,029 -15.514 32.524 1.09 38.60 ESGA C ATSM 2823 SS LEM 301 4,693 -17,965 32,598 1.09 39.04 EU GA S ATOM 2823 ΟΌ1 Gas station 301 3.431 -10.277 32. 200 1.00 39.37 ECE'A 0 ATSN 2824 N02 AZES 301 5.554 -10.666 32.748 1.00 39.66 ESGA S Atom 2825 0 AZES 301 4.091 -15.648 34.67 6 1.00 39.19 ESGA C AGON 2826 0 Gas station 301 4.368 -16.697 35.265 1.00 38.65 YEYA O ATSM 2827 N Y ¥ 302 3.874 -14.496 35,305 1.00 38.94 ESGA N ATON 2828 CA bcb 392 3.929 -14.420 36,752 1.00 39.47 ESGA C ATON 2829 WITH OW 302 5-356 -14.384 $ 37.25 1.00 39.98 ESGA C ATOM 2839 ABOUT SBU 392 5,620 -14,710 30,498 1.00 40.36 ECEA 0 ATSM 2831 N OBU 303 6.277 -13, E93 36.301 1.00 40.10 ECEA N ATSM 2032 CA B ¥ ZS-Z 7.674 -13.946 36,756 1.00 41.13 ESGA C ATSM 2833 0 B ¥ 303 6.255 -15.337 36.912 1.00 41.77 ESGA C ATOM 2834 0 STA 303 9.411 -15,490 37.318 1.00 43.49 ESGA O ATON 2835 N SUV 304 7.448 -16.347 36.502 1.00 41.53 ECEA N ATSM 28.36 CA SU.CH 304 7.819 -17.757 36.718 1.00 39.96 ECEA C ATON 2831 WITH C ¥ 15 304 B, 848-10,) 75 35,610 1.00 38-81 NOGL C ATOM gas 0 CPS 304 8.667 -17.998 34.483 1-00 39.26 ECEA 0 ATSM 2639 NE CPS 304 6.579 -19.636 36.564 1.00 36.73 ECEA C ATOM 2649 55 CPS 304 5,347-10,462 31.090 1.0 (1 37.07 ESGA 8 ATOM 2841 N ZEN 305 9.917 -10.843 36.093 1.00 37.94 ESGA N ATOM 2842 CA ΞΕΗ 305 10.966 -19.202 35. 149 1.00 36.26 ESGA C ATON 2043 Sv 8 EB 305 12.152 -19.862 35.070 1.00 34.98 ESGA C ATOM 2844 OS 5 EN 305 11.790 -21.060 36.529 1.00 33.63 Her ha 0 ATOM 2845 0 3 YONG 305 10.390 -20.142 34.094 1.00 36.04 YEYA S ATOM 2846 ΐ] 5 EN 305 10.667 -19.905 32.984 1.00 35.42 YOGL 0 ATOM 2847 m ΉΊ3 306 9.598 -21.105 34.947 1.00 36.85 JUGEL N ATON 2848 CA ΉΊ3 306 9.060 ‘22 .156 33.689 1.00 36.60 ESGA C ATON 2849 sv SHZ 306 9.468 23-524 34-23? 1.00 37.58 E6RA S ATSN 2858 With ΉΊ3 306 10.931 -23-805 34.189 1-00 38.79 ESGA C ATOM 2851 co2 Ή15 306 12,012 -73-O54 54,423 1.00 38.36 ESGA C ATON 2-52 N01 ΉΊ3 306 11,429 -24-974 33.561 1-00 3 9.47 ESGA N ATON 2603 CE1 ΉΙ5 306 12.739 -24.929 33,550 1.90 59.63 ESGA C ATON 2854 ΝΕ2 ΉΊ3 306 13.124 -23.774 34,064 1.00 39.05 ESGA N ATON 2055 WITH H15 306 7.541 -22.080 33.566 1.00 36.51 ECEA C ATON 2656 0 ΗΙ5 306 7.014 -21.231 32.542 1.CO 36.74 ECEA 0 ATOM 2857 s UAE thirty? 6.939 -22.967 34.271 1.C0 36.53 YOYGA N ATON 2058 CA UAB 307 5.381 -22.965 34.252 1.00 36.68 ESGA C ATOM 2859 se UAB thirty? 4.793 -24.385 34.359 1.80 36.53 EC-GA S ATOM 2860 CC1 UAB 307 3.271 -24.316 34.440 1.80 33.02 ESGA C ymk 2861 002 UAB 307 5.210 -29.204 33.153 1.80 3 6.04 ECtGA C ATON 2862 with UAB 307 4,705 ’22 .135 35,379 1.80 33-94 ROCA C ATON 2663 about UAB thirty? 5.265 '22 .143 36.509 1.80 36.79 ESGA O ATOM 2064 to SU5 30Θ 3,726 -21,413 35.919 1.80 40.90 ESGA N ATOM 2665 CA popping 308 2.902 -20-699 35.978 1.00 41-42 ESGA C ATOM 2866 with CPS 309 1,562 -21-425 36.159 1.99 41.00 EOGA C ATON 286! 0 From ¥ 8 306 1.9? 6 -22.009 35.211 1.89 40.92 ESGA a ATOM 3868 sv C ¥ 3 CALL 2.585 -19.294 35.465 1.09 42.46 ESGA C ATON 21369 thirty CPS 300 0.770 -19.184 35.372 3.08 49.21 ESGA 3 ATOM 2870 N AZES 309 1.016 -21.369 37.371 Ι.Οΰ 40.41 ESGA K ATOM 2871 CA AZES 309 -0.305 -21.909 37.647 1.08 39.23 HEY GA ATOM 2872 sv Α5Ν 309 -0.193 “23.037 ZB.661 1.00 37.07 EIG S ATON 2873 ss AZES 309 -1.511 -23.706 30.92 3 1.08 37.03 YeGA S ATOM 2874 001 AZES 309 -2.333 -23.738 30.063 1.09 37.19 YEYY ΰ ATOM 2875 Νϋ2 AZES 309 -1.667 -24.249 40.116 ί.Οΰ 38.27 Her ha. N ATSM 2876 WITH AZES 309 1.244 -20.025 30.101 1.00 49.43 ESGA C ATON 2877 0 AZES 309 -1.025 -20.272 39.260 1.00 41.33 WDGA 0 ATOM 2878 N AZR Zu -2.29 ’-29.529 31.41? 1.00 41 .20 ESGA N ATSM 2879 CA AZR 310 -3.205 -19-531 37-60) 1.00 48.90 ESGA C ETON 2880 NE AZR 310 -4.013 -19.917 36.553 1.00 42.26 ESGA C ATOM 2881 with AZR 310 -4.927 -17.844 36.842 1.00 42.34 ESGA C ATOM 2882 0ϋ1 AZR 310 -four . 022 -17.258 37.937 1.00 44.79 ESGA 0 ATSN 2883 00? AZR 310 -5.749 -17.597 35.963 1.00 41.66 ESGA 0 ATSM 2804 with AZR 310 -4.297 -20.145 30.755 1.00 41.32 ECEA C ATSN 2885 0 AZR 310 -5.140 -20.944 30.337 1.00 41.03 EEGA O ATSM 2886 N Bj 311 -4.206 -19.767 40.031 1.00 41.42 ESGA N

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atom 2087 CA CEO 311 -5.173 20-103 + 1-94 + 1.09 +1.31 HEY GA dton 2880 sv KEST 311 -4.563 -20.005 42,431 1.00 38.52 EU GA dton 2889 se THEO 311 -3.100 -20.509 42,496 1.00 36.88 YOS GA ATON 2090 CO2 Bw 311 -2.561 -20.107 43.872 1.00 37.89 YOS GA ATSN 2091 CP2 Bw 311 -2.991 -21.987 42.182 1.00 34.94 YOS E Y ATOM 2092 WITH Bj 311 -6.398 -19.289 40.995 1.00 42.14 YOS GA ATOM 2893 ABOUT B11 311 -6.479 -1B.376 40.1B5 1.00 41.25 EU GA ATSN 2894 [) B5 312 -7.360 -19.563 41.862 1.00 43.27 EU GA ATOM 2095 CA Bw 312 -8.478 -1V.650 42.005 1.00 45.45 EU GA ATOM 2896 NE CPS 312 -9.624 -19.345 42.749 1.00 40-60 EU GA ATON 2897 SS Bjuz 312 -10.251 -20.511 41.919 1.00 $ s.? S EU DG DTON 2890 Joint venture CPS 312 -11.599 -20.945 42.575 1 .00 56.8? EU GA ATON 2899 CE Bjuz 312 Ί2.2ΒΟ 22-005 41.700 1.00 57.14 ESGA ATOM 2900 No. Bjuz 312 -13.550 -22-527 42.291 1.00 57.94 EU GA ATON 2901 WITH Bj5 312 -7.973 -17,464 42.793 1.00 44.13 YOS GA ATOM 2902 ABOUT Bub 312 -8,229 -16.315 42.434 1.00 4 4.64 EU GA ATOM 2903 N ΪΙιΕ 313 -7.234 -17,754 43.860 1.00 43.02 YOSGA ATOM 2904 SD 1ЪЕ 313 -6.706 -16.72? 44.744 1.00 41.44 ESGA ATON 2905 B NOT 313 -6.987 -17.073 46.217 1.00 + 2.03 ESGA ATON 2906 SB2 1CE 313 '7.416 -15.833 46.970 1-00 40-16 ECEA ATSN 2907 CC1 1CE 313 a.ozzz “13.140 -16.28E 1-00 43.15 ESGA DTON 2 * 08 SP1 NOT 313 -9.026 -17.992 47.4 + 5 ] BJ 43.53 ESGA ATON 2909 WITH Bb 313 -5.207 -16-672 44.521 1.00 40.79 ESGA DTON 2910 ABOUT Gye 313 -4.4 + 5 -17-400 45.151 1.00 42.01 ESGA ATON 2911 s YaSU 314 -4.79? -15.805 43.605 1.00 39.34 ESGA DTOM 2 912 SD SUE 314 -3.396 -15.694 43.255 1.00 38.80 YOIGA ATOM 2 913 with eu 314 -2.92V -16.70? 42.2 30 1.00 36.26 Y5GD ATON 2914 ABOUT Syu 314 -3.707 -17.249 41.456 1.00 31. £ 4 ESGA ATOM 2915 to TUK 315 -1.625 -16.94V 42.226 1.00 3 $, 9? ESGA ETON 2916 CA TUI 315 1.02V -17.98? 41.405 1.00 38.95 ESGA ATON Ϊ91Ϊ sa TUK 315 0-553 -17-405 $ 40.01 1.00 37.93 ESGA ATON 2919 ss TUK 315 0.616 -16.45? "0.208 1.00 38.39 ESGA ATON 2919 SP1 TUK 315 1.07 + -Ϊ6.750 39.706 1.00 38.94 ESGA DTON 2 920 Village TUK 315 2.942 -15-906 3 * .803 1.30 38.15 ESGA DTON 2921 SB2 TUK 315 0.459 -15.216 40.807 1.00 38.29 YEYA DTOM 2922 CE2 TUE 315 1. 51 -14.333 40.910 1.30 38.40 ESGA ATOM 2 92 3 C2 TUI 315 2.756 -14.675 40.405 1.00 38.57 ESGA DTOM 2924 HE TUE 315 3. B05 -13.783 40.526 1.30 37.81 LOAN ATOM 2925 WITH TUK 315 0.153 -18.612 42.12 3 1.00 39-9 + ESGA ATOM 2 926 ABOUT TUE 315 WITH . 364 -13.401 43.323 ; .00 10.28 UGSS ATOM 2 927 N biz 316 S. 933 -13.369 41.364 1.00 41.83 EBGA ATOM 2928 CA si 316 2. 153 -13.961 41.671 1.00 43.58 UGSS ATOM 2929 NE Syp 316 1.019 -21.179 42,721 1.00 44.73 5BGD ATOM 2930 SS axis 316 1.030 '22 .213 41.959 1.00 40.82 ESDRD ATOM 2931 With axis 31 6 8.823 “23.461 42.761 1.00 52.9+ E6EA LTPM 2932 OE1 From 1.0 316 1.123 -23.4.38 43,971 1.00 57.20 UGSS ATOM 5,933 Oh? axis 31 6 8.301 -24.475 + 2-104 1.00 54.04 ESGA ATOM 2934 WITH axis 316 3-041 -20.383 40,101 1.00 + 2.00 ESGA ATOM 2935 ABOUT axis 316 $ 2.56 -20.50 (1 39,575 1.00 + 4.00 YO & GA ATOM 2936 N CPS 317 4,326 -20.592 40.95? 1.00 +2.14 ESGA ATOM 2937 CA CPS 317 5.195 -21.157 39.92? 1.00 41.35 ESGA ATOM 2936 WITH CPS 317 5,412 -22.630 45.169 1.00 +2.56 YOS GA ATON 2939 ABOUT CPS 317 5.470 -23.079 41.316 1.00 42.57 ESGA ATON 2940 NE CPS 317 6.538 -20.413 39.925 1.00 30.97 ESGA ATSN 2941 Sun CPS 317 6.442 -18.628 39.5Θ6 1.00 35.62 EU DG ATON 2942 N CEC 318 5.547 -23.397 39.009 1.00 +3.52 EU DG ATOM 2943 CA b 318 5.832 -24.820 39.210 1-00 43.40 ESGA ATON 2944 SR only 318 4.653 -25.640 38,689 1.00 +1.86 ESGA ATOM 2945 se b hta 3.320 -25.260 39.35 $ ] -00 + 1. + Ϊ ESGA ATS "·! 2946 £ □ 1 Τ.ΚΙΓ 318 2.25 * -26.23+ 38,937 1.0 (1 42.17 ESGA ATOM 29 + 7 CP2 MIT 310 .3.4 01 25,206 + Th, th $$ 1.00 +1.53 her ha ATSN 29 + 8 with yee 318 7,096 -25,185 38.453 1.00 4 4.60 ESGA ATSN 2 * 49 ABOUT CEO evil 7-409 -24,493 37.510 1.00 41.39 ESGA ATSM 2950 N CPS 319 7.738 -26.27 3 38.875 1.00 46.62 ESGA ATON 2951 CA CPS 319 9.002 -26,685 38.276 1.00 4V, 75 ESGA ATSM 2952 WITH SU5 319 8.993 -2E.073 37.639 1.00 40.42 ESGA ATSN 2953 ABOUT SUV 319 8.274 -2V.970 38.077 1.00 47.50 ESGA ATOM 2954 NE SUV 319 10.123 -26.615 39.31? 1.00 49.62 ESGA ATSN 2955 Ξ6 poke 319 10.467 -24.933 39.923 1.00 50.75 UGSS ATOM 2956 N RKy 320 9.812 -2V.263 ZE.593 1.00 49.01 ESGA ATSN 2957 Joint venture YEB 320 10.541 -27.229 35.842 1.00 4 $. $ 5 EBGL ATOM 2958 CA Ryo 320 10.067 29.605 36-C6O 1.00 49.42 ESGA ATON 2959 NE rky 320 11.111 -29.369 34.972 1.00 48.61 ESGA ATSM 2968 se RCP 320 10.927 -27.940 3 + .582 1.00 48.2? ESGA ATON 2961 ro 320 10. £ 00 -59,500 $ 37.16 1.00 50.32 ESGA ATSN 2962 about PPO 320 11.453 -30.0J6 37.952 1.00 50.19 ESGA

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ATSM 2963 N AZR 321 10.09 $ * 31 .124 37.23+ 1.00 52.1? EBEA ATSM 2964 CA AZR 321 10.479 -32-600 33-325 1.00 62.72 Fuck ATSM 2965 sv AZR 321 9.310 -33.970 38.157 1.00 5? .2E Ebay ATSM 2966 ss AZR 321 9.182 -3 +. + 47 39.499 1.00 61.91 Ebay ATSN 296? SF1 AZR 321 E.807 -33.536 40.332 1.00 63.09 FAT ATSN 296V <F2 AZR 321 9.064 -35.680 39.701 1.00 64.11 FIR we are 2969 with AEV 321 11.907 -32.742 38.310 1.00 51.06 FAT ATSN 2970 about AIR 321 12.599 -32. B69 37.246 1.00 49.86 ALL ATSM 2971 m Be 322 12.577 -32.695 39.499 1.00 49.84 Ebay ATSM 2972 DG I beat 322 14.023 - 32.681 39.61+ 1.00 4E.51 ECEY ATSM 2E? 3 with Be 322 14.592 -31.285 39.793 1.00 +7.34 ALL ATSN 297 + about <3ΚΥ 322 15.729 -31.131 40.239 1.00 +7.93 ECE ATiM 2975 and RNE 323 13.807 30-266 39-4 + 5 1.00 +5.29 EBEA ATSN 2976 CA RNE 323 14.2 + 7 -28.880 39.583 1.00 42.20 GLEY ATON 297? sv RNE 323 13.60? -27.999 38.51? 1.00 40.51 FAT ATON 2970 ss = NOT 323 14.157 -28.215 37.141 1.00 33.0? Oil ATOM 2979 SB1 RVE 323 14.250 -29.489 36.610 1.00 36.9? FAT ATOM 2988 C 02 RNE 323 14.550 -27.135 36.364 1.00 37.05 ALL ATOM 2981 CE1 RNE 323 14.723 -29.681 35.330 1.00 37.63 ECEY ATOM 2982 CE2 RNE 32 3 15.024 --27.317 35.002 1.00 36.22 ECEY ATON 2933 with? RNE 323 15.110 -28.590 34.561 1.00 37.83 Esta ATSN 298 + with RNE 323 13.890 -28.332 + 0-947 1.00 41.10 Ebay ATOM 2935 ABOUT RNE 325 13.022 -28.837 + 1-631 1.00 40.90 eBey ATON. 2986 N SEC 32+ 14,567 -27,266 41,339 ] .00 41-32 EBEA ltrm 298? CA bk 32+ 14.ΪΞ6 -26.657 +2.637 1.00 42.35 FAT ATOM 2988 NE SI 32+ 15.6 + 5 -26.527 +3.393 1.00 45.11 ECEY ATOM 2989 Sat YBC 32+ 15.5 + 3 -26.71+ 44.897 1.00 + B.90 Ebay ATPM 2999 GE si? 32+ 16.897 '26 .588 + 5.5V4 1.00 50.71 ECEY ATON 2991 ABOUT] Bp 32+ 16-978 -26.425 +6.808 1.00 51.49 ALL ATON 2992 MEI Bm 32+ 17.972 -26.660 44.793 1.00 50.40 EU her ATOM. 2993 WITH bn 32+ 13-729 * 2 $ .251 + $ 2.40 1.00 + 1.3? FAT ATOM 299 + ABOUT Would + 32+ 14.076 -24.607 41. + 39 1.00 41.39 Ebay ATOM. 2995 N Bw 325 12.531 -24.656 43,287 1.00 40-7Y FAT ATOM 2996 CA Bw 325 12,250 -23-52? 43.1 + 7 1.00 40.37 Ebay ATOM. 2997 NE Bw 325 10.7 + 0 -23.570 43.373 1.00 30.89 FIR ATOM 2998 SS Bw 325 10.036 -22.240 +3.063 1.00 37.99 FIR ATON 299? CP1 Bw 325 10.139 -21.941 41.5V4 1.00 35.18 ALL ATOM 3000 C 02 Bw 325 B.592 -22.331 + 3.4V5 1.00 37.81 FIR ATON 3001 WITH Bw 325 12.880 -22.553 +4.131 1.00 40.79 Ebay ATOM 3002 ABOUT Bw 325 12.896 -22.806 45.337 1.00 + 0.04 Ebay ATOM ZOVZ μ TEA 326 13.402 -21.442 +3.618 1.00 41.36 Ebay ATON 300+ CA Bb 326 14.077 -20.477 44.476 1.00 42.53 ECEY ATOM 3005 sv νπι, 326 15-593 -20-351 + 4. 122 1.00 41.99 Ebay ATOM 3036 SB1 UL 326 16.010 “21.475 43.201 1.00 41.2+ ECEY ATON 3007 SB2 UDD 326 15,803 -19.007 43.506 1-00 +1.93 Ebay ATOM 3008 WITH 7Ab Hey 6 13.4 18 -19-109 44.305 1.00 +3.44 Ebay atom· 3009 ABOUT 7Ab 32 6 12,929 -ιί.716 + 3, ZZ 1.00 +3,13 EBGA ATOM 3010 N ABA 327 13.394 -18.390 45,501 1.00 45.25 Ebay ATOM 3011 CA ABA 327 12.751 -17.084 + 5. 539 1.00 4?, 09 FAT ATOM 3012 NE TWO 327 13.443 -16.139 + 4. 57? ] .00 +6.26 Ebay ATOM 3013 WITH AL 327 11.270 -17.201 45.185 1.00 +0.01 FUN ATOM 301+ □ ABA 327 10.567 -16.197 +5.078 1.00 + V. 60 ALL ATOM 3015 BYN 328 10.B13-18.435 +4.997 1.00 + 9.94 Ebay ATOM 3016 CA SEE 323 9.413 -18.717 44.692 1.00 51.68 ECEY ATOM 3017 SR BYN 328 8.492 -17.860 +5.563 1.00 51.40 ALL ATOM 3018 Si BYN 328 7.372 -18.643 46.191 1.00 53.05 ECEY ATOM 3019 SR BYN 323 7.208 18.392 47.666 1.00 $ 6.41 ECEY ATOM 3020 OE1 BYN 328 7.462 -19.30? 48,477 1.00 58.59 EBEA ATON 3021 ΝΕ2 Bm zg $ 7.022 -17.1E6 45,036 1.00 $ 7.7? ebea ATOM 3022 WITH BYN 328 9,050 -18,516 43,224 1.00 $ 3, "8 EU ED ATOM 3023 ABOUT SEE 523 ?, $ 7? -38.574 42,863 ) -Oo $ 2.0 $ FAT ATOM 302 + N CSN 329 10,345 -18.278 42,376 1.00 52.02 ECEY ATOM 3025 CA ABC 329 9.759 -18.102 40,962 1.00 $ 3.90 FAT dtchzk 3026 NE bottom 329 9.202 -16.710 +0.719 1.00 54.36 VBEY ETON 3027 SS DAY 329 10.176 -15.594 40.973 1.00 55.41 FAT ATOM 3028 With bottom 329 9.425 Ί4.2Β9 + 0.9P9 1.00 56.46 ALL ATOM $ 302 NOT NSA 329 8.174 -14.397 41.6 + 4 1.00 57.62 Ebay ATOM 3030 cg LIB 329 7.271 13.427 41.601 1.00 5V.1? Ebay ATOM ZOE 1 np1 AIB 329 7.499 -12.29+ 41.018 1.00 57.9+ Esta ATON 3032 WHAT? DNB 329 6.159 -‘3.570 42.390 1.00 $ 8.09 ECEA ATOM 30 33 with BOTTOM 329 10.921 -18.337 +0.015 1.00 $ 4.26 Ebay ATON 303 + 0 bottom 329 10.899 -17.869 38,881 1.00 $ 4-09 Ebay ATOM 3035 N bottom 339 11-925 19.079 +0.459 ) .00 $ 5.91 FAT ATOM 3036 CA bottom 330 12.957 -19.541 39.545 $ 1.00 6.83 ECEA AT OK 3037 NE bottom 330 I. 202 -18.663 39, 676 1.00 59.07 Ebay ATSN zosa SS bottom Zeo 15.156 -18.777 38.494 1.00 63.56 Ebay

opggpptplolvopgopppppgopapgopggppppgooloappppspgrpoplyaopopppppplgoppcopsopp

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YATM 3839 With a№ 330 16.009 -17.526 38.337 1.00 67.41 ESGA in bulk 3840 NOT F 330 17.205 -17.544 39.193 1.00 71.71 ESGA ATOI 2841 CE AkS 330 10.101 -16.560 39.232 1.00 73-25 esgl ATRA 3042 ΝΗ1 Ai 330 17.931 -15.476 38.483 1.00 74.1? ESGA dtsn 9843 ZN2 ICE 330 19.165 -16.650 40.026 1.00 73.57 ESGA ATCI 3044 WITH ABC .330 13-307 -21 .007 39.805 1.00 56.14 ESGA ATON 30 * 5 about ALE5 330 13.624 -21.390 40.931 1.00 55.45 ESGA ATOM 3046 N CPS 331 13.237 -21.621 38-757 1.00 55.7V ESGA ATON 3047 CA CPS 331 13.615 -23.219 30.076 1.00 55.70 YOSRA ATOM 304V WITH CPS 331 15,046 -23.384 38,407 1.00 5 B.71 ? SGA LTSM 3049 ABOUT CPS 331 15.424 -22.686 37-344 1-Οΰ 54.16 ESGA ATON 3050 NE CPS 331 12.707 -24.105 39,024 1.00 54-71 ESGA ATOM 3851 & Th CPS 331 10.917 -23.E62 38.247 1.00 52-34 ESGA ATCI 3052 14 10 332 15.843 -24.075 39.210 1.00 59.67 ESGA DTOM 2853 CA yiyi 332 17.101 -24.445 ZE. 792 1.00 63.04 ESGA ATOM 305 * SI yiyi 332 10.234 -23.765 39.E77 1.00 63.37 ESGA ATOM 3055 Joint venture fed up 332 17.072 -23.624 41.151 1.00 64.27 ESGA ATON 3056 With si 332 18,797 -22-655 4 1. 8 91 1.00 64.91 ESGA ATOM 305? OE1 <zi zzg 19.36? -23-051 42.935 1.00 64.31 ESGA ATOM 305V OE2 syo 332 18.951 -21.499 41,426 1.00 64.07 ESGA ATOM 3059 WITH Y0O 332 17.350 -25.953 38,811 1.00 63.33 ESGA ATON 3060 ABOUT SB0 332 17.002 -26.620 39.816 1.00 64.39 ESGA ATOM 3861 N AIR 333 17.700 -26.476 37.667 1.00 68.69 ESGA ATOM 3862 CA AZR 333 17.ΒΘΟ -27.910 37.433 1.00 72.25 ESGA DTsN 3863 NE ΑΞΡ zzz 16.403 -20.160 36.056 1.00 74.16 ESGA ATOM 3064 Sat AZR .333 19.649 -27.250 35.7 62 1.00 76.50 ESGA ATOM 30 65 001 A5P zez 19,456 -26.013 35.627 1.00 77.91 ESGA ATON 3066 002 AZR 333 go, 754-27.757 35-476 1.00 77.38 ESGA ATON 3867 WITH AIR 333 18.756 -20.536 30,486 1.00 73.49 ESGA ATON GOITER ABOUT AZR 333 18.526 -29.673 39,894 1.00 73-56 Igl ATON 3869 N R £ 334 19.769 -27.780 39,903 1.00 75.5? ESGA DTOM 3070 CA 1Σ £ 334 20.507 -20.09V 40,069 1.00 77.96 ESGA ATOM 3871 NE ΙΣΕ 334 20.070 -27.299 41.320 1.00 78.68 ESGA DTOM 3072 Sy2 ΙΣΕ 334 19.906 -28.191 42.551 1.00 78.54 ESGA ATOM E07 3 SY1 ΣΕ 334 20.909 -26.090 41.505 1.00 78.09 ESGA ATOM 3074 SP] GEE 334 21.191 ‘25 .170 40.391 1.00 77.96 ESGA ATOM 3075 WITH ΤΣΕ ZE 4 10.666 -29.597 40.363 1.00 79.11 ESGA ATON 3076 0 NOT 334 21,755 -30.162 40.110 1.00 79.71 ESGA ATOM 3077 0X1 ΙΣΕ 334 19,656 -30.196 40. $ 02 1.00 79.97 YIGA TEN 307E NOT 334 ESGA ATOM 3079 CA CA one -5.688 -15.911 49,121 1.00 56.01 1ОЫ TEN 3080 CA one 1st

EY and r g_> and and and about g and and O and and and y about and About With and about & about about ω About α and th ξ. with? about ω-th and th

- 237 032 106

Table 16.3

ATSN ΐ NE TND 61 7-625 -20. ± 13 2.894 1.00120.20 BUT WITH ATCI 2 OS! TNN 61 7.04 " -19,215 1.936 1.00120.97 BUT 0 ATCI 3 CC2 TNN 61 7.446 -19,537 4,289 1-00121.74 BUT WITH atci four WITH TNN 61 9,369 -19.003 2,750 1.00115.49 BUT with atom five 0 TNN 61 10.710 -10.070 3.640 1, Οί> 11 5, $ 0 BUT 0 ltsi 6 N tn 61 9.741 -21.360 3.461 1.00119.24 BUT at dts 7 CA tn 6b 9.1.32 -20.323 2.577 1.0011 ".55 BUT with ATON but N ABA 62 9.546 -10.032 1.907 1.00111.50 BUT and ATSN 9 CA ΑΙΛ 62 10.29-6 -16.704 1.030 1.00106.53 BUT with ATCI ten SY ATA 62 10.124 -16.161 0.455 1.0010V.21 BUT with ATSN 13 WITH ATA 62 9-392 -19.709 2.902 1.00102.91 L e ATCI 12 about Y1A 52 3,701 15,600 3-] 14 1.00101.3V BUT 0 ATSN 13 Ή TNN 63 10, $? 0 -1 $ .14 $ 3.501 1.00 "8-29 BUT and ATOM 14 CA tn 63 10.624 -14,157 4.534 1.00 93.32 BUT WITH ATOM 15 NE tn 63 11,644 -14,326 5,679 1, 0 (1 92.70 BUT with ATSN sixteen CC1 type of 63 12.973 -14.322 5.147 1.00 92.34 BUT 0 ATSN 17 SB2 tn 63 11.422 -15,647 6.390 1.00 92.0V BUT with ATCI ten WITH shadows 63 10.716 -12.747 3.944 1.00 89.66 BUT with ATCI nineteen WITH tn 63 11.156 -12.571 2.810 1.00 90.8V BUT 0 ATON 20 N RNE 64 10,290 -11.747 $ 4.70 ί - СО 8 3.77 L N ATCI 21 CA RNE 64 10.405 -10.353 4.270 1.00 77.76 L WITH ATOM 22 NE RNE 64 9,065 9,825 3.799 ], 00 72.80 L with ATOM 23 se RNE 64 9,028 -0.343 3.640 1.00 67-65- BUT with ATOM 24 CE1 RNE 64 9.305 -7,752 2.429 1.00 66.67 BUT with ATOM 25 SB2 RNE 64 B. 697 -7,530 4,726 1.00 66.49 BUT with ATSN 26 CE] RNE 64 9.251 -6.370 2.205 1.00 66.42 BUT with ATS " 27 CE2 RNE 64 B. 640 -6,150 4.594 1.00 64.45 BUT with ATOM 23 cg RNE 64 0.917 -5.E67 3.374 1.00 £ 4.76 BUT with ATON 29th with RNE 64 10.936 -9.426 5.370 1.00 7 6.67 BUT with ATOM thirty about RNE 64 10,563 9.557 6.540 ] -00 7 6.03 L about ATSN 31 N NTV 65 11-707 -8.477 four . 97 $ 1.00 75.50 BUT at ATOM 32 CA H1Ya 65 12,561 -7,686 □ .92V 1.00? 4, bO I with ATSN 33 NE NGV 65 14,003 -0.192 5.961 1.00 14.07 BUT with ATOM 34 se H1 & 65 11/14/7 -9,659 6.235 1.00 74.70 BUT with ATOM 35 C 02 H1 & 65 13,881 -1C-.735 5.446 1.00 74.67 BUT with ATON 36 N01 H15 65 14.517 -10.161 7.456 1.00 75.55 BUT n ATOM 37 CE1 ΗΙ5 65 11,523 -11,481 7.409 1.00 74.80 BUT with ATSN behind MEUSE H15 65 14.141 -11.055 6.201 1.00 74.59 BUT n ATSN 39 WITH I13 65 12.55 6 -6.187 5.642 1.00 7 3.60 BUT with ATSN 40 0 NTV 65 12.678 -5.755 4.496 1.00 73.21 BUT ΰ ATSN 41 N bottom her 12.425 5.397 6.700 1.00 73.29 BUT and ATSN 42 CA LAN $ 6 12.508 -3.952 6.586 1.00 7 3.63 BUT WITH ATSN 43 NE ABC 66 11.131 -3.320 6.801 1.00 80.94 BUT WITH ATON 44 SS bottom bb 10-664 -3.376 8.238 1.00 91-57 BUT with ATSN 45 With ABC 6 b 9, 465 -2.490 8.486 ] .00102.14 BUT with ATON 46 ΝΕ ABC 66 9,120 -2-462 $ 3.90 1.00113.95 BUT N ATOM 47 cg ABC 66 9, 564 -1.551 10.763 1 .00120-16 BUT with ATSN 49 ΝΗ1 ABC 66 9,200 -1.602 12.037 ], 00124.56 BUT N ATOM 49 ΝΗ2 two 66 10.35 " -0.586 10-343 ] .00174.67 BUT N ATSN 50 WITH bottom 66 13.402 -3,420 7,630 1.00 6 ", 82 BUT WITH ATOM 51 0 two 66 13.7Θ9 -4,089 8.605 1.00 69.03 BUT 0 ATOM 52 N SU5 67 13.974 -2.210 7.425 1.00 64.02 BUT at ATSN 53 CA One hundred 67 14,838 -1.590 8.414 1.00 57.74 BUT WITH ATSN $ 4 NE SUV 67 15.397 -0.279 7.865 1.00 55.67 BUT with ATOM 55 YaS 0Υ5 67 16.287 0.702 9.068 1.00 43.75 BUT £ ATOM 56 WITH CPS 67 14.043 -1.320 9.685 1.00 55.30 BUT with ATOM five? 0 CPS 67 12.919 -0.025 9.630 1.00 53.23 BUT 0 ATSN 5V N ABA be 14.630 -1.644 10.828 1.00 52.57 BUT N ATON 59 CA ABA 63 13-953 -1-434 12.097 1.00 51.70 BUT WITH ATOI 60 NE ABA 69 14.01 " -1,940 13,236 1.00 4 ", 43 BUT with ATON 61 WITH ABA 63 13,624 0.04 3 13-306 1.00 $ 3.Έ2 BUT with. ATON 62 ϋ ABA 68 12.511 0.389 12.700 1.00 53.69 BUT 0 ATSN 63 N B5 69 14,596 0.91 4 12,043 1-00 $ 53.9 BUT N ATCI 64 CA ΣΪ5 69 14.435 2,342 12.306 1.00 53.04 BUT WITH ATOM 65 NE 130 69 15.014 3.015 12.423 1.00 55.89 BUT WITH ATSN 66 SS Bun 69 16.931 2.059 12.899 1.00 57.69 BUT WITH ATSN 67 With Bw 69 17.593 2.502 14.208 1.00 57.50 BUT WITH ATSN 63 CE ΙΛ5 69 17.940 1.307 15.091 1.60 57.22 BUT with ATSN 69 OH Ι.Υ3 69 10 .773 1.709 16.260 1.00 57.57 BUT n ATSN TO WITH Bw 69 13,650 2.975 11.100 1.00 51.24 BUT with ATOM 71 0 Τ.Υ5 69 14.050 3.061 10.049 1.00 49.56 BUT about ATSN 72 N AZR 70 15-459 3.424 11.537 $ 1 -00: - 12 I at ATSN 73 CA FER 70 11,407 3.714 10.55 $ 1.00 49.83 BUT with ATOM 74 NE AIR 70 10,109 4,015 11-279 1-00 54.30 BUT with

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ltsm ?five With A5P 70 8,902 3.574 10.492 1.00 60 * 23 BUT WITH ATOM 36 ΪΦ1 A5P 70 8.761 2.334 10,283 1.00 59.99 BUT 0 ATOM -g? 002 AZR 70 8,109 4.472 10.087 1.00 61 * 75 BUT 0 ATOM 7I WITH AZR ? 0 11,715 4.037 9,567 1.00 45.91 BUT WITH ATOM 79 with L8R 70 11.399 4-736 6.386 1.00 43-79 BUT 0 ATOM IN N REY 71 12.322 5.931 Y. O40 1.00 43.29 BUT and ATSN 81 00 PPO 71 12,626 6.241 11.449 1.00 40.22 BUT WITH ATOM 83 CA Ryo 71 12.627 7 .057 9.148 1.08 41.43 BUT with ATOM 83 NE YYO 71 12.9Θ9 0. 102 10.108 1.00 39.07 BUT with ATOM 84 her Ryo 71 13,420 7.490 11.346 1.08 39.36 BUT with ATOM 8 $ with RAY 71 13,734 6.767 3.125 1.00 40.85 BUT with ATOM 86 about PPO 71 13.970 7.562 7.284 1.00 41.69 BUT with ATOM but? and TIR 72 14,300 5.614 8.279 1.00 39.17 BUT N ATOM 80 CA TER 72 15,426 5.175 7.362 1-00 37 * 15 BUT WITH ATOM 89 SI TER 72 16-523 4.466 8.133 1.00 33.24 BUT with ATON 90 SS TER 72 17,216 5.367 9.057 1.00 30.60 BUT WITH ATOI 91 C 02 TER 72 18,253 4.995 9.959 1.00 29.45 BUT with ATOM 9? CE2 TER 7 2 10.678 6.174 10.615 1.00 29.35 BUT with AGYM 93 СёЗ TYR 72 13,853 3 .785 10.273 1.00 24.29 BUT with ATON 94 C01 TYR 72 17,045 6.712 9.194 1.00 32.13 BUT with ATON 95 HE1 TYR 72 17.923 7.207 10.132 1.00 31.43 BUT I ATOM 96 SI? TIR 72 19.604 6.177 11.563 1.00 20.45 BUT with AGON 9? PPE TIR 72 19.860 3.779 11.210 1.00 29.10 BUT with ATOM 96 CH2 TYR 72 20.268 4.971 11,857 1.00 31 * 73 BUT with AGON 99 WITH TYR 72 14 * 944 4.217 6-286 1.00 39-33 BUT with ATON 100 0 ter 72 15.744 3.741 5.476 1.00 39.93 BUT 0 AGON 101 N ICE 73 13.648 3.916 6.296 1.00 41.01 BUT N ATOM 102 CA ABC 7 3 13.065 2.960 5.354 1.00 41. BUT e AGON 103 Sv LEI 73 11,741 2.443 5.98 3 1.00 43.30 BUT with AGON 104 her AI 73 11,891 1.79V 7.263 1.00 47.92 BUT with ATOM 10 $ SR lie 73 10.502 1.222 7.765 1.00 52.46 BUT with ATOM 106 not AND FROM 73 10.042 0.197 6.879 1.00 56.62 BUT N ATOM 107 SI henna 73 0.? 61 0-126 6.541 1.00 50.69 BUT WITH ATON 103 ΝΗ1 aye 73 7.911 1 .025 7,021 1.00 60.74 BUT HS ATOM 109 ΝΗ3 ARS 73 8,332 -0.041 5,741 1.00 57.95 BUT N Α1ΌΜ 110 WITH ARS 7 3 12.840 3.653 4.024 1.00 40.96 BUT WITH ATOM 111 ΰ ICE 73 12,572 4.941 3,998 1.00 48.96 BUT ABOUT ATOM 112 N LIE 74 12.966 2.913 2.932 1.00 41.28 BUT N AGON 113 CA BEI 74 12.701 3.500 1.606 1.00 43.15 BUT WITH ATOM 114 NE BE1! 74 14. 137 3.683 0.914 1.80 42.05 BUT WITH ATON 115 Xie BYOY 74 15.200 4.372 $ 1.77 1.00 41.09 BUT WITH ATPN NOT From 01 Bei 74 16.600 4.020 1,259 1.00 40.47 BUT with AGON 117 C 02 b £ 0 74 14.94 5 5.960 1.701 1.00 36.19 BUT with ATEICH 118 WITH BEV 74 11.005 2.601 0.767 1.00 43.59 BUT with ATON 119 ABOUT BEI 74 12.341 1.943 -0,100 1.00 45.64 BUT with ATON 130 n ₽] "3 75 10.595 2.547 1.122 1.00 42.35 BUT HS AGON 131 wed rka 75 10.053 3.206 2.322 1.00 40.01 BUT £ AGON hag ate rre 75 9, 605 1-691 0-4 65 1-80 41.19 BUT with ATOM 12 $ sv RVD 75 0.377 1.796 1.370 1.00 4ΰ.5ΐ L with AGON 124 ss T-bills 75 8.581 3.023 2,174 1.00 39.32 BUT with ATOM 135 with PPO 7 5 9.306 2-079 -0.9Θ1 1.0V 40.71 BUT with ATOM 12 B ϋ PPO 75 9.271 3.25V -1.329 1.00 39.79 BUT 0 ATOM 127 N OBU 76 9-090 1-064 -1.81 " 1.00 40.71 BUT HS ATOM 128 CA SBU 70 AT . 969 1.277 -3.250 1.00 Z.99 BUT with ATON 129 WITH OBU 70 1C.105 0.572 -3.974 1.00 36.52 BUT with ATON 130 0 OBU 7B 10.163 0.540 -5.205 1.00 35.56 BUT about ATON 131 n THY 77 11.917 -0.005 -3.286 1.09 34.53 BUT HS AGON 132 ate tin 77 12,237 “0.530 '3-795 1.00 35.21 BUT with ATOM 133 sv Tiv 77 13.366 0.542 -3.812 1.80 34.11 BUT with ATOM 134 Oh! TIR 77 12.900 1.742 '4-4 62 1.80 34.66 BUT about ATSN 135 CC2 TNV 77 14.572 0.009 -4,557 1.00 31.17 BUT with ATOM 136 WITH TIR 77 12.713 -1.726 -2,996 1-00 34.73 BUT with ATSN 137 ABOUT 7ΗΡ eleven 12.969 -1.625 -1.790 1.00 04.99 BUT but ATOM 138 N TOUR 78 12.82-5 -2.869 -3.655 1.00 33.7? BUT Τί AGON 139 ate TOUR 78 13.063 -4.087 -3.911 1.00 34.19 BUT g ATOM 140 sv TOUR 78 11.755 -4.904 -2.837 1.00 32 .06 BUT with ATOM 141 with TOUR 73 10.565 -4-090 -2.321 1.00 29.68 BUT with ATOM 142 C01 TOUR 78 9.907 -3.183 -3.152 1.00 29.12 BUT with ATOM 143 CE1 TOUR 79 Θ.916 -2.317 -2.648 1.00 29.24 BUT with ATOM 144 whitefish TUE 78 10.103 -4.134 -0.967 1.00 23.00 BUT g- ATOM 145 Сё2 TUN 78 9.199 -3.289 -0.463 1.00 24.98 BUT with ATOM 146 Si TUI 78 0.577 -2.374 -1.307 1.00 28 .24 BUT with ATON 147 CHE TUI 78 7.699 -1.470 -0.810 1.00 31.65 BUT 0 AGON 148 WITH TUI 78 14.193 -4.073 '3.557 1.00 35-43 BUT with ATON 149 0 TUI 78 14 .276 -4.993 - “. 7Θ0 1.00 37.75 BUT about ATOM 150 n UAY 79 15.094 5-377 -2,731 1.00 36.65 BUT 14

- 239 032 106

ATOM 151 CA UAY 79 16.060 -6-347 -9-204 1.00 36x46 BUT WITH ATOM 152 NE UDD 79 17.360 -6.304 “2,395 1.00 37.20 BUT WITH ATOM 153 C01 MIND. 79 10.349 - 1.298 -2.972 1.00 37.26 BUT WITH ATSM 154 CC2 UAY 79 1?, 924 -4,895 -2.383 1.00 30.46 BUT WITH ATSM 155 WITH UAY nineteen 15.459 -1.119 -3.001 1.00 30.67 BUT WITH ATOM 156 ABOUT UAY 79 15,494 -8.246 -1.8Θ4 1.00 35.22 BUT 0 ATOM 157 N UAY Θ0 14,915 -8,297 -4.063 1.00 41.04 BUT N ATOM 158 CA UAY IN 14.581 -9.717 -4.028 1.00 43.11 BUT WITH ATOM 159 NE UAY 00 13 .775 -10.146 -5.256 1.00 44.56 BUT WITH dtam 160 B1 UAY IN 13.62 7 -11.649 -5.251 1.00 47.20 BUT with ATOM 161 CC2 UAY IN 12.413 -9.483 -5.257 1.00 47.02 BUT with ATOM 162 WITH UAY IN 15.070 -10.520 -4.016 1.00 46.29 BUT DTOM 163 0 UAY 00 16.741 -10.342 “4-873 1.00 47.03 BUT 0 ATON 164 N UAY 81 16 a; five -11.39) -3.034 1.00 49.30 BUT ίί ATOM 165 CA UAY 0) 11-173 -12-267 -2.967 1.00 52.16 BUT with ATOM 166 NE UAY 01 17.139 -12.222 -1.565 1.00 51.26 BUT with ATOM 167 CC1 UAY IN 1 19.927 -13,107 -1,501 B, 00 50.91 BUT with ATOM 168 CC2 UAY 01 10.100 -10.791 -1.202 1.00 52.00 BUT Th ATON 169 WITH UAY 01 16.687 -13.676 -3.260 1.00 50.30 BUT WITH DTON 170 ABOUT UAY 81 15.652 -14.112 -2.732 1.00 53.40 BUT about DTON 171 N LIE 02 17.419 -14.393 -4.105 1.00 62.94 BUT N DTOM 172 CA unnecessarily 82 : 6,937 -15.734 4.454 1.00 67.59 BUT WITH dton PP NE WEIGHT ¹ 82 17,176 15. $ 49  5, 944 1.00 64.19 BUT WITH ATOM 174 SS Bw 82 : 6,407 -14.837 -6, 666 1.00 61.66 BUT WITH ATON 175 C01 Bbo AT 2 16.570 -1 4-951 -0.16+ 1.00 60.74 BUT with ATON 176 C 02 LIE 82 14.930 -14 . 911 -6.2 * 0 1.00 62.60 L with ATOM 177 WITH Yo 82 17.17B -16.752 -3.648 1.00 73.05 BUT with ATON 178 but Bw 82 1B.VO0 -16.419 -3.042 1.00 72.57 BUT about dton 119 I Bw 83 17.260 -17.977 -3.596 1.00 02.70 BUT [one DTON 160 S.l T.U5 83 17.995 -19.055 -2.955 1.00 91.24 D with DTOM 181 sv ι.γε 83 17.104 -20.350 '3.050 1.00 92.11 BUT with DTOM 1Θ2 C6 Bw 83 17.940 21.613 “2.64 9 1.00 9Ϊ.32 BUT with ATOM 183 with Bw 83 38.130 -21-757 1,140 1.00 96.21 BUT e ATOM 184 CE Bw 83 38.750 -23,120 -0-016 1.00 96.12 BUT with ATON 105 N8 Bw 83 18,137 -23,403 0.629 1.00 90-11 BUT and ATOM 106 WITH Bw 03 19.320 -19.163 -3.6 * 4 1.00 95.80 BUT with ATON 107 0 Bw 83 19.366 -19,052 -4.919 1.00 96.45 BUT 0 ATSN 188 I si 84 20.399 -19.348 -2x945 1,00100.77 BUT at ATON 109 CA si 84 21.131 -19.311 -3.5 32 1.00106.04 BUT with ATON 190 NE syo 84 22.793 -19.394 -2x441 1.00103.26 BUT with ATON 191 sa si 84 23.164 -20.797 -2.040 1.00112.62 BUT with ATON 192 With si 84 24.1B1 -20.601 -0x937 1.00116.07 BUT with ATSN 193 OE1 SI 84 26.390 -20.803 -1x237 1.00119.19 BUT 0 ATOM 194 OE2 YOU) 84 23.763 -20.7V4 0.241 1.00118.28 BUT about ATSN 195 WITH syo 84 21.099 -20.459 -4x512 1.00109.04 BUT with ATON 196 ABOUT si 84 01/21/2010 -21.299 “4.639 1.00108.23 BUT 0 ATOM 14? L si 85 23.031 -20.490 -5x200 1.00113.01 BUT s DTOM 198 SL si 85 23-242 -21.474 -6,261 1.00118.74 BUT with dton 199 sv 01.0 $ 5 23-060 -22.J90 -5.704 1.00119-63 BUT with ATSM 200 with si 85 24.229 -23.390 -4,870 1.00122-20 BUT with ATOM 201 with si 85 2 +,) 80 -24.704 -5.390 1.00123.94 BUT with ATSM 202 0E1 si 85 01/26/19 -Ζ4.EZb -5.246 1,00124.52 BUT P ATSN 203 0E2 si 85 24.011 -25.512 -5.9 + 7 1.00125-46 L 0 ATON 204 WITH si 85 22.292 -21.252 -7x441 1,00120.43 BUT with ATON 205 0 si 85 22.400 -21.919 -0.470 1.00122.77 BUT 0 DTON 206 No. TNR) 86 21.364 -20.316 -7.290 1,00120.31 BUT N DTON 207 CA tn 86 20.463 -19.968 -8.373 1.00119.91 BUT with ATSM 208 sv tnr 86 19-357 -19.023 '7.069 1,00117.92 BUT with ATSN 20 $ 001 Transnational corporation 86 18.543 -19.715 6x917 1.00115.24 BUT 0 ATON 210 CC2 Transnational corporation 86 18-403 “1B.543 9x021 1.00115.66 BUT with ATSM 211 WITH TNR) 86 21.200 -19.325 “9.541 1.00121.48 BUT with ATON 212 but Transnational corporation 86 22-160 -10-573 “9.353 1.00122.39 BUT and ATSM 213 to "13 87 20-764 -19,646 -10.752 1.00123.45 BUT N ATSN 214 SD ΗΙ3 87 21,410 -19.198 -11.980 1.0012 +, 91 BUT with ATOM 215 sv ΗΪ5 87 21-313 -20.227 -13-090 1.00127.94 BUT with ATSM 216 os 913 87 22.040 -21.453 -12.904 1,00131.80 BUT with ATOM 217 CB2 H13 87 22,930 -21.173 -11.937 1 -00133-11 BUT with ATSN 218 HC1 918 87 01/22/07 -22.507 -13.703 1,00135.19 BUT N ATSN 219 CE1 H15 87 22.867 -23.433 -13.266 1.00134.19 D WITH ATSN 220 HE2 813 87 23.431 -23.012 -12.252 1,00134.17 BUT s ATSN 221 WITH IY 87 20.906 -17,036 -12.473 1.00123.89 BUT with ATOM 22 ?. ABOUT 913 87 19.822 -17.466 -12.361 1.00123.47 BUT with ATOM 223 to LIE 80 21.935 17.106 13x045 1.00123.03 BUT N ATON 224 CA LIE 80 21-608 -15.773 Ί3.574 1.00122.10 BUT with ATON 225 NE LIE 80 22.9'1 $ -15x195 -14.162 1.00124.68 BUT with ATOM 226 ss LIE 8Θ 24,215 “15.377 “13.273 1.00126.86 BUT with

- 240 032 106

ATSN 227 CM jeo 38 25-4 32 -14.711 -13,909 1,00127.21 BUT WITH ATOM 226 C & 2 Bw 80 23,935 -1 4.794 -11.090 1x00128.06 L with ATOM 225 WITH Bf 80 20,603 -15.835 -14.6 + 1 1.00119.59 BUT with ATSN 230 0 Bf 80 19,087 -14.861 -14 . 002 ΐ, 00118.9 $ BUT about ATOM 231 N 8 £ B 89 20.495 -16,992 -15,262 1.00117.17 BUT η ATOM 232 ate ZEK 89 19.381 -17,260 -16.174 one . 001.1 4.74 BUT with ATSN 233 sv 5EK 89 19.550 -18.649 -16.014 1.00115.37 BUT with ATON 234 about ZEYA 89 19.719 -19.653 -15.025 1.00116.80 BUT ABOUT ATSM 235 with 5th 89 18.111 -17.236 -15.341 1.00112.77 BUT with ATSN 236 0 9th 89 17.099 -16.668 -15.752 1.00111.49 BUT ABOUT ATSN 237 N 01Ν 90 18.1B5 -17.840 -14.250 1 .C0110.6V BUT and ATSN 23c CA YI 90 17.033 -17.967 “13.279 1.00108.49 BUT with ATSM 239 NE Eun 90 17-300 -19.042 -12.223 1.00108.59 BUT with ATSN 240 ss 61Ν 90 17,416 -26.449 -12.011 1.00109.07 L with ATSM 241 01? IG1 90 17.691 -21.516 -11, 764 1,00109,15 L with ATON 242 SK1 YES 90 18.790 -21.596 -11,212 1,00109,15 BUT ABOUT ATSN 2.4 3 ME2 cn 90 16.693 -22.353 -11,491 1.00108.63 BUT and ATSN 244 WITH STN 90 16.6ES “16.642 -12.611 1.00107.20 BUT with ATSN 245 with m. y 99 15.513 -16.250 -12.589 1.00106.82 BUT ABOUT ATSM 246 N 5 UI 91 17.603 -15.949 12.07V 1.00105.29 BUT S ATSN 247 CA ZEN 91 17.472 -14.595 -11.569 1.00103.51 BUT with ATSM 24V NE ZEN 91 18-016 -13.871 -11,370 1.00102.29 L with ATSN 249 OS ZEN 91 19.150 -13.724 “10.000 1.00 98.21 BUT about ATSN 250 WITH VEN 91 16.630 -13.833 -12.580 1.00103.33 BUT with ATSM 251 WITH £$ N 91 15.610 -13.227 -12,240 1.00102.90 I ABOUT ATSM 252 N Yo 92 17.045 -13.ΒΘ9 -13,047 1.00103.82 BUT ugg ATSN 253 SL YOU 92 16.451 -13 .064 -14.884 1.00104.85 BUT with ATSM 25+ SR yi 92 17.1E1 -13.299 -16.211 1.00106.74 BUT with ATSM 255 Sat 6Y.1 92 16. + 27 -12 .016 -17.447 1.00111.04 BUT with ATOM 256 SS hundred 92 15,400 -13 .870 “18.016 1-00112.76 BUT with ATSM 257 CE1 C-S1 92 14.269 -13.563 “10.143 1.00114.41 I ABOUT ATSM 250 OE2 SUE 9? 15-940 -14-905 -19.336 1.00114-56 BUT about A'GSM 259 WITH si 92 14.953 -13.302 -15,055 1,00104.14 I with ATSM 260 about SI! 92 14.100 -12.350 -15.106 1.00104.75 BUT about LTS " 261 N ICE 93 14.540 -14.566 -15.137 1.00103.50 BUT N ATSM 262 CA LAN 93 13.145 -14.899 -15.445 1.00101.4? BUT with ATSN 263 □ About AVY 93 13.025 -16.375 -15.044 1.00106.4V BUT with ATOM 264 SS HER 93 13.405 -16.665 -17,290 1.00113.16 BUT with ATSM 265 SR Yavb 93 13.327 -1B.161 -17.623 1.00120.42 BUT with ATSM 266 ΝΕ ICE 93 14.627 “10.026 -17.516 1.00128,11 BUT m ATSM 267 Sz LR6 93 14.826 “19.991 -16.906 1.00131.80 BUT with ATSM 260 N81 DAY 93 16.044 -20.518  16.850 1.00134.30 BUT and ATSM 269 ΝΗ2 ABC 93 13,801 “20,629  16.345 1.00134.64 BUT and ATOM 270 WITH DVD 93 12.196 -14.600 “14 .2B6 1.00 96.83 BUT with ATSM 271 WITH ABC 9 3 11-139 -13.990 “14,472 1.00 95.99 L ABOUT ATOM 272 N TNN 94 12-577 -15,028 -13.089 1.00 91.16 BUT m ATSN 273 CA TIN 94 11,852 -14,645 “11, Zeo 1.00 ay.gZ BUT with ATON 274 NE TNN 94 12-723 -1 4 .824 -10.640 1.00 83.21 BUT with ATSN 275 SY1 TNN 94 13.153 -16,185 -10,554 $ 1.00 0.97 I 0 ATSN 276 SY2 tin 94 11.949 -14.461 -9,360 1.00 90.14 BUT with ATSN 277 WITH TNN 94 11.47 $ -13.171 -12.016 1.00 85.96 BUT with ATSM 27B ABOUT shadows 94 10.414 -12.742 -11.577 1.00 85.37 BUT ABOUT ATOM 279 N game 95 12.361 -12.404 -12.641 1.00 85.71 BUT s ATSM 280 CA ABA 95 12.224 -10.960 -12.685 1.00 87.24 BUT with ATSM 281 NE LEA 9 $ 13-501 -10.329 -12.931 1.00 85.86 BUT with ATSM 28? WITH ABA 95 12.239 “10.515 13.75V 1.00 8B. 89 BUT with ATOM 283 0 ABA 95 16,460 “9,577 -13.554 1.00 av. 87 BUT ABOUT ATSM 284 N ARS 98 I. 202 -11,178 -14.909 1.00 91.47 BUT N ATSN 285 CA AM 96 10,322 -10,896 -15.967 1.00 93.56 BUT with ATSM 286 NE ABC 96 10,772 -11-535 -17.286 1.00 97.53 BUT with ATSN 287 SS AKC 96 12.113 -11,029 “17,003 1.00102.61 BUT with ATON 280 SR ANS 96 12,042 -9.567 -10.230 1.00JV.59 BUT with ATSN 289 NOT AKY 96 13.359 -9.039 -18,581 1.00114.78 BUT N ATSN 290 C2 Liy 96 13.605 -7.7b7 -18.876 1.00118.60 BUT with ATSM 291 HH1 AYAH 96 14.333 -7.380 -19.1B2 1.00121,30 BUT n ATOM 292 ΝΜ2 ARY 96 12.617 -6.Θ0Ο -18.864 1.00121.50 BUT l ATON 293 WITH AYAH 96 B. 905 -11.477 -15.520 1.00 92.22 BUT with ATOM 294 ABOUT ANAB 96 7.922 “10.918 -15.810 1.00 91.9V BUT ABOUT ATSN 295 N ARB 9? 9.05? -12.595 -14.807 1.00 89.71 BUT N ATON 296 CA Are 97 7.876 -13 .237 14.245 1.00 8 7.42 BUT with ATOM 297 NE ARB 9? 8-2Θ1 14.4BZ -13.453 1.00 90.04 BUT with ATSM 290 SS ABC 97 7-SW -16, 307 -12.940 1.00 94.32 BUT with ATSN 299 With ABC 97 7,554 -16.618 -12,440 1.00 9V.95 BUT with ATOM 300 ΝΕ ABC 97 6. 539 -17, 704 -12.666 1 .00104.1 6 BUT h ATON 361 cg ICE 97 6.496 -10.439 -13.739 1,00107.61 BUT with ATON 302 N111 AIS 97 5.53Ϊ -19.394 -13,860 1.00118.25 BUT N

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ATSN 303 HH 2 ANE 97 7.415 -18.372 -14.890 1 .00108.39 BUT N DT-OM 304 WITH bottom 97 7.12V -12.271 -13.334 100 83.61 BUT WITH ATSM 305 0 bottom 9? 5.972 -11.936 -13.582 1.00 VZ-7V BUT ύ ATOM ZOE N yee 9Θ 7.799 -) 1.J22 -12,279 100 78.62 L m ATOM 307 CA Bf 9Θ 7.213 -10.848 11,370 100 7.3.43 BUT with ATOM CALL NE Bf 98 0.281 -10,279 -10, 446 1.00 12.56 BUT with AT He 305 With yee 9B 6.08 * -v, 8Y5 -10,006 100 11.99 D with AT-OH 310 SY Bw 9B 6.792 -8.8? 3 -9,218 1.00 70.31 BUT with DTOM 311 CC2 Bw 9B 9.252 -3.400 -9.111 1.00 71.13 BUT with ATOM 312 WITH Bw 9B 6.592 -9.729 -12.184 - .00 70.64 BUT with ATSN 313 about Bw 98 5.426 -9.397 -12.011 1.00 69.36 BUT 0 ATSM 31 4 N Htn 99 7.376 -9.152 -13.080 1.00 69.00 BUT N ATSN 315 CA Bby 99 6.895 -B.026 -13. B61 100 £ 7.29 BUT WITH ATOM 31B C0 SI 99 7.986 7.537 -14.808 100 67.31 BUT with ATOM 31? With SON 99 7.697 -6.102 15.420 1.00 66.57 BUT with ATOI 31B With si 99 8,950 -5.38? -15,633 100 66.92 I with ATOM 315 OE-1 SON 99 B.930 -ί-23 & -16, 068 1,0O 6? .Y8 BUT about ATOM 320 ME2 SYN 99 10.092 -6.001 -15.294 one . with 68.83 BUT I DTOM 321 WITH yy-1 99 5.571 -B, 450 -14,600 1.00 85.61 BUT with ATSN 322 0 yn 99 4.781 -7.641 -14.931 1.00 64.40 BUT but ATSN 323 N ABA 100 5.545 -9.732 -15.024 1.00 64.2V BUT s ATSN 32 " CA dd 100 4.546 -10.316 -15.793 1.00 £ 2.89 BUT with ATOI 325 NE ABA 1J0 4.904 -11.749 -16.2018 1.00 £ 1.93 BUT with ATOI 326 with ABA 100 3.24V -1B.309 -14-900 1.00 62.26 BUT with ATON 327 about ABA 100 2-250 -9.611 - 15.364 100 60.92 BUT about ATOM 32 V N C'S 101 3.2 71 -11 .017 -13.856 1.00 59.03 BUT N ATSM 325 CA bsh 101 2.189 -10.931 -12.897 1.00 5B.7® BUT WITH DTOM 330 HE sya 101 2.619 -11.803 -11.610 1.00 56. thirty BUT WITH ATSN 331 Sat ει.η 101 3.498 -12.803 -11. B52 1.00 55.33 BUT with ATSM 332 Joint venture C? Bn 101 3.346 -13.837 -10.770 1.00 55.44 BUT with ATON 333 Ι7Ε.1 si 101 2.402 -13.7V5 -9.989 1.00 57.12 BUT ΰ ATSN 334 ΝΕΪ SY 101 4.275 -14.787 -10.712 1.00 55.95 BUT S ATOM 335 WITH si 1J7 1. & BB -9.457 -12.638 1-00 $ 9.50 BUT with Atin 336 ABOUT si 101 o.91a -B .904 -13.15V 1.00 EV.OB L 0 ATOM 337 N ABA 102 2-745 -11.843 1.00 59.21 BUT N ATON 338 CA ABA ten? ? .649 -1.403 -11.557 1.00 59 .10 BUT WITH ATSN 339 NE ABA 102 4-030 -6.040 -11.310 1.00 56.43 BUT with ATON 340 WITH ABA 102 1.974 -6.634 -12.681 1.00 60.79 BUT with ATOM 3 * 1 Ο- ABA 152 1.054 -5.848 -12.447 1.00 60. AT 9 BUT 0 ATOM 342 Ν ABA 103 2.440 -6.057 -13.904 1.00 63. thirty BUT N ATOM 343 CA ABA 103 1.897 -6.143 -15.052 1.00 64. 47 BUT WITH ATSN 344 NE Dl 103 2.489 -6.884 -16.347 1.00 65.31 BUT WITH ATSN 3 * 5 WITH LEA 103 0.392 -6.315 -15.061 1.00 £ 4.88 BUT with ATOM 346 ABOUT ABA 103 -0.346 -5.348 15.236 1.00 84.54 BUT 0 ATSN 347 N ABE 10-4 -0.052 -7.554 -14.64V 1.00 65.14 BUT S ATOM 345 CA ICE 104 '1.458 -7.918 -15.003 ] .00 E5.17 BUT with ATSN 349 NE ABC ten" -1.596 -9.440  16.097 1.00 £ 3.37 BUT with ATOM 350 SS Battery 104 1.198 -9.991  16.454 1-00 £ 2 .23 BUT with ATSN 351 With AM 104 -ί - $ * 0 11.469 '6.593 1-00 61.80 BUT with ATON 352 ΝΕ AR.S 104 -0.64? -12.339 -15.046 1-00 61 .29 BUT N ATOM 353 SY ABC 104 0.397 -12-968 -16.381 100 61 .76 BUT G ATSM 354 ΝΗ1 ABC 104 1.164 -13.761 -15.644 1.00 61.55 BUT N ATON 355 NE2 AR.S 104 0.6? 5 -12 .194 -17.674 1.00 61.90 BUT N ATOM 356 WITH ICE 104 -2.373 -7,381 -13.904 1.00 66.10 BUT WITH ATSN 357 Ο- ANO 154 - 3.4 69 -6.856 -14.195 1.00 65.62 BUT 0 ATOM 35 & Ν TWO 105 -1.935 -7,473 -12.650 1.00 66.65 BUT n ATOM 359 SL ABE 105 -2.724 -6.935 -11.546 1.00 66.20 BUT with ATOM 360 NE LAN t 2.0 * 8 -1.221 -10.211 1.00 64.90 BUT with ATS1M 361 SS ABC 10 $ -2.350 -B .561 -9.62V 1.00 £ 5.02 BUT with ATOM 362 With ABC 105 -! .519 -9.6V1 - 10.267 1.00 66.10 BUT with ATOM 363 ΝΕ ABE Yu -1.4 60 -10. B32 -9.36 = 1.00 70-31 BUT N ATSN 364 02 ABC 105 -1,306 -12 . 1 02 -9.74? 1.00 72.23 BUT with ATSM 365 ΝΗ1 ABC 1B5 1-267  13,060 -6-ΒΖ1 100 73.45 BUT and ATOM 366 ΝΗ2 ABC 105 -1.191 -12. *? 1 -11.028 1-00 73 .04 BUT N ATOM 367 WITH AKO 105 -2.92 $ -5.43? -31.103 1-00 66.79 BUT WITH ATON 368 ϋ ABC 105 -3,708 -4.833 -10.979 1.00 61.02 BUT 0 ATOM 369 η Oht 106 -2.212 -4.836 -12.650 1.00 69.01 BUT N ATSM 370 CA SUE 106 -2.37 9 -3.415 -12.913 1.00 72.19 BUT WITH ATOM 371 WITH Yu 108 -1.244 -2.580 -12.353 1.00 73.50 BUT with ATOM 372 0 SUE 10b -1.375 -1.387 -12.157 1.00 73.14 BUT 0 ATOM 373 n tun 107 -0.126 -3.245 -12.086 1.00 75.51 BUT N ATOM 374 CA TUN 107 1.040 2.590 11.525 1.00 7B .05 BUT WITH ATOM 375 NE tun 107 1.454 -3 .285 -10.235 1.00 77.61 BUT with ATOM 318 With TU in 107 0.475 -.1.021 -9.137 1-00 77.39 BUT g ATOM 377 C01 TU in 107 0.173 -1 .725 -8.766 1-00 71.40 BUT with ATOM 378 CE1 TUI 107 -0.771 -]. 464 -7.000 1-00 70.07 BUT with

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ATOM 379 CB2 ttk 18? -0-) 85 -4.058 -6.512 100 15.22 BUT WITH ATON 380 CE2 TUK 197 -1.147 -3.812 -7.550 1.00 77.52 BUT WITH ATOM 381 cg TUK 197 -1.432 -2.512 -7.203 1.00 78.4? BUT WITH ATOM 382 HE TUK 107 -one. $ 92 -2.253 -6.255 1.00 78.75 BUT 0 ATSM 383 WITH TUK 197 2.214 -2.540 -12.485 1.00 80.62 BUT with ATON 384 0 TUYA 107 2.7В7 -3.583 -12.349 1.00 7 9.63 BUT 0 ATOM 385 but one hundred 198 2.565 -1.332 -12.989 1.00 83.40 BUT N ATOM 386 CA one hundred 198 3.802 -1.095 -13.610 1.00 84.85 BUT WITH ATOM 387 sv one hundred 188 3.348 0.358 -14.084 1.00 ah. 63 BUT WITH ATOM $ 80 se one hundred 190 4.652 0.694 - 15.342 1.00 88.85 BUT with ATOM 309 st EBP 188 4.615 2.20 " -15.564 1.00 89-67 BUT with ATOM 390 CB2 LIE 100 6.0Θ2 0.210 -15.194 1.00 89.84 BUT with ATON. 391 with Brat 190 4.937 -1.370 -12.624 100 $ 84.3 l ί- ATOM 392 0 EE0 103 4.827 -1.060 -11.440 1.00 $ 85.3 BUT ο ATOM 393 but Transnational corporation 109 6.013 -1.964 -13.103 1.00 82.38 L N Dr. 394 CA YOU 139 7.155 -2.227 -12.245 1.00 82.68 BUT with ATOM 395 NE YOU 199 7.104 -3.653 -11.700 1.00 84.3? BUT with ATOM 396 OS) YOU 134 7.043 -4.581 12.789 1.00 Hey. 52 BUT 0 ATSM 307 SB2 YOU 109 5.397 -3.823 -10.930 1.00 3 5.93 BUT with ATOM $ 98 WITH Tne 1 89 8-461 -2.033 -13-000 1.00 I] .95 BUT with ATOM ZE9 0 Transnational corporation 189 A..6 oz -2.20 $ 14-222 1-00 ? 9.l6 BUT about ATOM 490 n B5 110 9.521 -1.676 -12.275 1.00 61.51 BUT N ATOM 401 CA Bw 110 19.832 -1.569 -12.090 1.00 81.24 BUT WITH ATOM 492 NE Boo 110 11.340 -0.129 -12.852 1.00 83.45 BUT with ATOM. 433 SS Bw 110 12.617 0.074 -13.692 1.00 89.37 BUT with ATOM 494 Joint venture Bul by 13.0V8 1.523 -13.651 1.00 92-43 BUT with ATOM 485 CE Bw by 12-999 2.444 -14.332 1-00 95.99 BUT with ATOM 406 N7 Bw 110 12.518 3.067 - 14.197 1 .001 100.67 BUT to ATOM 4 37 WITH Bw 110 ) 1-054 2-475  12-241 ΐ. and about 19.14 BUT with ATOM 438 0 Bw 110 I-905 -2.610 -11-022 100 19.79 L 0 ATOM 439 N 1b 111 12,666 -3.107 -13.076 1.00 75.80 BUT N ATON 410 CA 1b 111 $ 13.85 -3.785 -12.600 1.00 ? 2.25 BUT G. ATOM 411 NE 1st 111 14.150 -5.029 -13.430 1.00 71.02 BUT with ATOM 412 CC2 1b 111 15.397 -5.71ϊ -12.899 1.00 69.49 BUT with atom: 413 CC1 £ b 111 12.952 -5.970 -13.391 1.00 69.43 BUT with In summer 414 C01 1b 111 12.768 -6.686 -12.071 1.00 67.40 BUT with ATSM 415 with ΙΕΕ 111 15.024 -2.910 -12.739 1.00 71.50 BUT with ATOM 4 16 0 £ b 111 15.347 -2.375 -1.3.841 1.00 71.60 BUT 0 ATOM 417 but LEX 112 19.655 -2.45 " -11.615 1.00 69.75 L at ATOM 410 CA one hundred 112 16.715 -1.496  11.590 1.00 67.25 BUT with ATOM 419 sv SECh 112 16.689 -0.726 10.279 1.00 65.97 BUT with ATOM 420 se KETCH 112 15-329 -0.103 -9.976 1.00 She is 90 BUT with ATOM 421 with t SECh 112 15.357 0.600 8.62? 1.00 67.88 BUT with ATOM 422 C P2 CE-1 1 g. 2 14.962 0.050 -11-092 1.00 65.29 BUT with ATOM 423 with !, B0 1 \ 2 13.969 -2-166 -11.770 1-00 66.52 BUT with ATOM 424 0 SECh 112 18.996 -1.589 -12.355 1.00 65.11 BUT 0 ATOM 425 n H18 113 18.1Θ4 -3.387 -11.270 1.00 65.05 BUT N ATOM 426 CA ΗΙ3 113 19.458 -4.064 -11.327 1.00 66.25 BUT with ATOM 427 NE H18 113 20.428 -3.433 -10.330 1.00 65.11 BUT with ATOM 428 SS H15 113 21.807 -4.010 -10.587 1.00 63-95 BUT with ATOM. 429 CB2 H13 113 22.500 -4.75? -9.495 1.00 63.35 BUT with ATOM 430 at H1Y 113 22.638 -3.041 11.473 1.00 63.87 BUT N ATOM 431 CE1 ΗΙ8 113 23.783 -4.459 -11.249 1.00 63.01 BUT WITH ATOM 4 32 ΝΕ2 I15 1 13 23.725 -5 .023  10.056 1.00 Ε3-38 L N ATSM 433 WITH ΗΙ3 113 19.321 -5.94 3 -11-035 1.00 67.36 L WITH ATOM. 434 0 H13 11 $ 13.547 -5.953 -10.176 1.00 67.90 BUT 0 ATOM 435 but UAY 114 20.0V7 -6.341 -11-160 1.00 68.11 BUT N ATOM 436 CA UAY 114 20.031 -7,774 -11.611 1.00 69.21 BUT WITH ATOM 437 sv UAY 114 39.698 -0.443 -12,955 1.00 68.54 l WITH ATOM 4 stars CC1 UAY 114 19.579 -9.949 -12.775 1.00 67.55 BUT with ATOM 439 CC2 UAY 114 18.3Θ8 -7,061 -13.507 1.00 64.17 BUT with ATOM 440 WITH UAY 114 21.3Θ7 -0 .244 -11.129 1.00 71.04 BUT with ATOM 441 ABOUT UAY 114 22.392 -0.040 -11.904 1.00 71.3? BUT 0 ATOM 442 but RNE 115 21.415 -B .052 -9.953 1.00 73.34 BUT at ATOM 443 CA RNE 115 22.674 -9.255 -9.353 1.00 76.69 BUT with ATOM 444 Sho RNE 115 22.500 -9.484 -7.E56 1.00 77.67 BUT with ATOM 445 ss RNYO 115 22.268 -9.233 -7.08? 1.00 79.20 BUT with ATOM 446 sv) RNE 115 20-986 -7.852 6-737 1-00 79-95 BUT with ATOM 447 SI2 RNYO 115 23.330 -7.423 -6.734 1.00 79.39 BUT with ATOM 440 CE1 RNE 115 20.766 -6.606 -6.052 1.00 81.16 BUT with ATOM 449 THIS RNE 115 23.120 -6.250 -6.046 1-00 38.76 BUT with ATOM 450 Sz RNE 115 21.838 -5.880 -5.704 1.00 82.11 BUT with ATOM 451 with RNE 115 2 $ .717 -10.510 -9-981 1.00 78-95 BUT with ATOM 452 0 RNE 115 22.708 -11.610 -9.739 1.00 7 9.39 BUT 0 ATOM 453 but ΗΙΞ 116 24.257 -10,364 -10.791 1.00 81.04 BUT at ATOM 454 CA ΗΙΕ 116 25.0V7 -11.504 -11.131 1.00 32.56 BUT with

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ΑΤϋΚ 455 NE ΒΙ5 116 25,073 -11.760 -12.647 1.80 06.34 BUT WITH lton 456 se H1 $ 116 25,224 -10.544 -13,490 100 & 9.89 BUT WITH ATSN 457 C 02 ΗΪ5 116 26,095 -10.260 -14.496 1-CHO 91.04 BUT with DTON 458 HB1 H1 £ 116 24.360 -9.472 -13.420 1.00 91.27 BUT 14 ATSN 469 CE1 ΗΙΕ 116 24.6Θ9 -3.583 -14.349 1.00 92.06 BUT WITH ATSM 460 HE2 81Y 116 25.737 -9.030 -15.011 1.00 91.87 BUT N ATOM 461 WITH 813 116 26.518 -11.314 -10.621 1.00 80.27 BUT WITH ATOM 462 0 ΗΙ3 116 27,413 “10.946 -11.370 1.00 89.70 BUT 0 ATOM 463 I 0ΙΎ 117 26.696 -11.572 -9.330 1.00 76.62 BUT n ATOM 464 CA Xiu 117 27.997 -11.369 -9.729 1.00 72.53 BUT with ATOM 465 WITH 81Υ 117 $ 20-21 -12-07 $ “7.406 1.00 69.71 BUT with ATOM 466 0 SUE 117 29.740 -13-106 -7,363 1-00 60.94 BUT 0 ATSM 467 TO Bw 110 27,034 -11,437 -6, ZY 1.00 £ 7.10 BUT Ή ATON 466 CA Bw 110 20.133 -12.025 -5.019 1.00 65.67 BUT WITH ATSN 469 ev Bw 110 20.931 -11.040 -4,154 100 64.03 BUT WITH ATOM 470 with Bw 110 20.219 -9.904 -3.427 1.00 62.63 BUT WITH ATOM 4? 1 SR * Bw 110 29.171 -9.337 -2.418 1,08 61. 32 D WITH ATSM 472 CP2 Bw 116 27.746 -B.834 -1.398 1.00 62. 31 BUT with ATOM 473 with Bw 110 26.045 -12.441 -4.333 1.00 64.76 BUT with ATSM 474 but Bw 11Θ 26.039 -12.867 -0.100 ] .00 65.29 BUT 0 ATON 475 N Bw 119 25.749 -12.334 -5.071 1.00 63.71 BUT N ATSM 476 CA Bw 119 24.451 -12,710 -four . 548 1-00 62, 00 BUT WITH ATSM 477 sv Bw 119 23.E9V -eleven . 653 -3.5 + 9 1.00 6 $ -6 BUT with ATOM 470 se Bw 119 22.666 -11.850 -2,040 100 66.66 D with ATOM 479 CO2 Bw 119 22.040 -12 . 943 -1.799 1.00 60 .24 D with ATOM 480 with? [.IS EATING 119 22.226 -10.553 -2.108 1.00 67.19 BUT with ATOM 401 WITH Bw 119 23-424 -12.846 -5.602 1.00 61.16 D with ATOM 482 0 Bw 119 23-265 -11.942  6.505 1.00 61.17 BUT 0 ATON 483 N RY 120 22-717 • 13 - 908  $ .73 9 1.00 60.22 BUT m ATOM 484 With RVO 128 22.705 -15.117 -4,795 1.00 59.04 BUT with ATOM 485 CA Ryo 12C- 21.736 -14.209 -6. 774 1-09 50.33 BUT with ATON 496 NE rko 120 21.360 -15.677 -6.621 100 57.41 D with ATON 487 Xie ?in 120 21.590 -15.948 -5.101 1.00 50.24 D with ATON 480 WITH ? yy 120 20.513 -13.336 -6.472 1-00 50.32 BUT with ATOM 4J9 ABOUT ? yuo 120 20.147 -13.197 -5.301 1.00 60.80 BUT 0 ATOM 490 and yb 12] 19.E96 -12.754 -7.507 1.00 55.72 BUT I ATOM + 91 CA Be 121 18.604 -11.998 -7.301 1.00 51.96 BUT with ATOM 492 WITH 5ΟΥ 121 18.6B7  10.663 -0.012 1.00 51.21 BUT with ATOM 4 93 0 Be 121 19.300 - 10.378 -0.003 1.00 51.96 BUT 0 ATOM 4 94 N RIE 12? 17.609 9.033 7.737 1.00 49.58 BUT N ATOM 4 95 CA RNE 122 11.612 - 0.536 0.333 1.00 47.46 BUT with ATOM 4 96 NE RNE 122 16-013 -Θ. 664 - 9.67 6 1.00 45.66 BUT with ATOM 4 9? SS RNE 122 15-41 $ -9-17 $ 9.473 1.00 44.33 BUT with ATOM 4 90 SB1 RNE 122 14.3 "1 -0.307 -9.473 ! .00 42.51 BUT with ATOM 4 99 Pops OUT 122 15,162 -10.536 -9.268 1.00 41.45 BUT with ATOM 500 CE1 RNE 122 13.056 -0.787 -9.273 ] .00 42.67 BUT with ATOM 581 Сё2 RNE 122 13,906 -11.013 -9.018 ΐ .00 .11.08 BUT with ATOM 502 cg RNE 122 12.843 -10.143 -9.071 1.00 38-44 I with ATOM 583 with GNE 122 16.990 -7.403 -7.436  .00 47.02 I with ATOM 504 0 RNE 122 16.3B4 -7.773 -6.455 1.00 46.93 BUT 0 ATOM 505 N Bw 123 17.160 -6.2018 -7.982 1.00 48.30 BUT " ATOM 506 CA Ι.Εϋ 123 16.409 ”5.073 -7.229 1.00 49.55 BUT with ATOM $ t NE Bw 123 17.46Ya -3.902 -6.993 1.00 50.43 BUT with ATOM 506- SS Bw 13 16.892 ”2.637 ”6.317 1.00 50.76 BUT with ATOM $ 09 From 01 Bw 123 $ 16-95 -2.007 -4.003 1.00 50.11 BUT with ATOM 510 C 02 LIE 123 17.666 “1-38E “6.744 one . 00 47.52 BUT with ATON 511 with Bw 123 15-342 -4-592 -8.109 1.00 49.64 BUT with ATOM 512 0 Bw 223 15,496 -4.450 -9.376 1.00 49.87 BUT □ ATSM 513 Ech 7Ab 124 14,199 -4.33 * -7. UE 1.80 50.02 BUT and ATOM 514 CA ¥ ab 324 12.902 -3.983 -8.20E 100 + 9.18 I with ATOM 515 NE UAY 224 11.9Θ1 -5.159 -B.] $ 2 1.80 11.70 I with ATOM 516 Css UAY 124 11.6? five -5.567 -6.720 1.00 43.41 I with ATOM 517 CC2 7Ab 124 1 0.692 -4.746 -8.896 one . 00 4 6.32 l with ATOM 518 WITH 9b 124 12.298 -2.774 -7.587 1.00 50.07 BUT with ATSN $ 19 0 7Ab 124 12.255 -2.62Θ -6.362 one . 00 49.64 I 0 ATON 520 I Ι.Υ5 125 11.751 ”1.921 -8.447 one . 00 50.54 BUT η ATON 521 CA Bw 125 10.944 -0.785 -8.021 one . 00 51.53 BUT with ATON 522 NE Bw 125 11-30? 0.46? ”8.796 ι, ao 53.26 BUT with ATON 52-3 SS yuya 125 10 .706 1.770 -8.315 one . 00 55.05 BUT WITH- ATON 524 With Bw 125 eleven . 670 2-951 8.741 1.00 5V.ZV BUT with ATON 525 CE Bw 3 2 $ 11.108 4.289 -8.255 one . 00 60.15 BUT e ATON 526 ΝΞ Bw 125 11.497 5-417 -9-155 1.00 61.63 BUT N ATSN 527 WITH Bw 125 9.462 -1.080 1.00 $ 1.70 BUT e ATSM 528 0 Bw 125 0.991 -1.027 -9.426 1.00 $ 2.65 BUT about ATSN 529 I MET 126 Θ .733 -1.431 -7,225 1,0 ° 51.29 BUT N ATOM 530 CA MET 126 7.319 -1.765 -7.342 1.00 49.75 BUT with

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atom 537 NE NOT 126 7.119 -3.285 -7.354 1.00 49.94 BUT WITH ATOM 532 se NOT 126 7.627 -4.011 -6. 116 1.00 51.30 BUT WITH ATOM 533 IN NOT 126 7.62 6 -5.837 -6.339 1.00 56.10 BUT five ATOM 53 * CE MET 126 7.973 -6.399 -4.675 1.00 54.16 BUT WITH ATOM 535 with NOT 126 6-565 -1.169 -6. 172 1.00 49.16 BUT WITH ATOM 536 0 MET 126 7,180 -0.762 -5.105 1.00 47.47 BUT ABOUT ATOM 537 N BEL 12? 5,236 -1-117 -6-2Θ7 1.00 48.54 BUT N ATON 530 CA CENTURY 127 4,393 -0.042 -5-137 1.00 46.za BUT WITH ATSN 539 NE CENTURY 127 2.91'7 -0.775 “5,537 B, 00 47-46 BUT WITH ATSN 540 OS 5 her 127 2.103 -O.803 -4.37 $ 1.00 47.10 BUT ABOUT ATOM 541 WITH Vei 127 4.540 -1.934 -4,096 1 .00 1 * .81 L with ATOM 542 0 YER. 127 4.769 -3.094 -4, 436 1.00 4 * .11 BUT 0 ATCI 54 3 N Y.U. 129 4.416 -1.548 -2.828 1.00 42.54 BUT N ATON 54 4 CA SBU 129 4.503 -2.504 -1.740 1 .00 39.84 BUT WITH ATOM 545 WITH OBU 12Θ 3.353 -3.404 -1.029 1 .00 40.64 BUT with ATOM 546 ABOUT eu 12 8 3.475 -4.625 -1.37V 1.00 40.33 BUT 0 ATOM 54? N AB B 129 2.2 * 1 -3-050 -2.417 1.00 40.43 BUT n ATOM 54 0 CA DER 129 1.109 -3.93 $ -2.637 1.00 41.66 BUT £ LTE 545 NE ABP 129 0.170 -3,337 “3.663 1 .CO 41-9? BUT E lthoi 550 se AIR 129 -0.675 -2.192 -3.133 1.00 45.43 BUT with ATOM 55! CHE1 ABP 129 -0.446 -1.771 -1.970 1.00 48.87 BUT 0 ATOM 55 $ SF2 ΑΞΡ 129 -1.577 -1.708 -3.053 1.00 4 5.60 BUT 0 ATOM 553 € A9₽ 129 1.570 -5.311 -3.093 1.00 43.90 BUT with ATOM 554 AZR 129 0.9B5 -6.325 2.704 1.00 46.09 BUT 0 ATOM 555 N beo 130 2.627 -5.360 -3.090 1.00 43.76 BUT at ATOK 556 CA BEB ' 130 3.029 -6. 610 -4.533 1.00 45.35 BUT with ATOM 557 NE Bjeo 130 3.659 -6,327 -5.905 1-OS 43-26 BUT with ATON 559 SS BEB ' 130 2.677 -5.821 -6.97Y 1.00 43.?Y BUT with ATOK 559 CP1 boo 130 3.369 -4,809 -7.958 1.00 42.09 BUT with ATOM $ 60 CO2 BEO 130 2.057 -7.012 -7.700 1.00 40.8 $ BUT with ATON 5 61 WITH BEO 130 3.905 -7,428 -3.6T6 1.00 48.24 BUT with AGOM 56 $ 0 BEI 130 4.056 -0.344 -4.167 1.00 47.63 BUT 0 AGON 563 N BEO 131 4.054 -7.110 -2.390 1.00 52.91 BUT n ATOM 564 SD BRO 131 4.9Θ1 7,044 1.541 1.00 56.99 BUT with ATOM 565 NE ho 131 5.274 -7.056 -0.269 1.00 55.21 BUT WITH ATON 566 SS ive 131 6.139 -5.030 -0.544 1.00 53.21 L with ATON 567 C01 Bf 131 5,803 -1,777 0-00 ?. 1-00 51, 00 BUT with ATON 568 CO2 Bf 131 7.591 -6.244 -0.569 1.00 51.00 BUT with ATOM 565 WITH ΒΕΙΙ 131 4,442 -9,213 -1.139 1.00 61.74 BUT with ATSN 570 about Bw 131 5,199 -JU.160 -1.100 1.00 62.05 BUT about ATOM 571 n Si 132 3.133 -9.303 -0.969 1.00 67.01 BUT 0 ATON 572 CA SBO 132 2.49 * -19.600 -0.7 $ 7 1-00 70-97 BUT with ETON 57 3 NE her 132 0.973 -30,437 -0.698 1.00 76.59 BUT with ATOM 574 SS sgi 132 0. 198 -11.744 -0-504 1-00 85.24 BUT with ATOM 575 Joint venture her 132 -1.324 -11.542 -0.47 $ 1.00 98.08 th with ATOM 576 OE1 si 132 -2.060 -12.555 -0.564 1.00 93.16 BUT D) AGON 57? οεϊ 6 in 132 -1.732 -30.376 -0.354 1.00 91.94 ή 0 ATSN 578 with □ 1.0 132 2. B70 -31.473 -1.E46 1.00 71.12 th with ATSN 579 0 si 132 3. "37 Ί2.563 -1.797 1.00 70.53 BUT 0 ATOM 580 to ive 133 2.574 -10.940 -3.133 1.00 70.73 BUT > 1 ATON 581 CA ive 133 2 .031 -11-636 -4.390 1.00 70.60 BUT with ATOM 582 NE Bf 133 2. 546 -10.687 “5.554 1.00 67.75 BUT with ATON 583 se ΒΕϋ 133 1,950 -L-320 -6.007 1.00 66.01 BUT with ATON 584 C & 1 Ι * Εϋ 133 1.959 -10.320 -7,933 1 .00 65-64 BUT with ATON 585 CP2 Bes 133 2.705 -12-559 “?, 190 1.00 66.01 BUT with ATOM 586 with BYE (1 133 four . 264 -12,162 - 4, * 94 1.00 72.24 BUT with ATOM 587 about BEM 133 4.491 -13,570 -4,554 1.00 73.20 BUT 0 ATOM 680 m ABD 134 5.2 30 -11.240 -4.504 1.00 73.74 BUT N ATOM 589 SL ABA 134 6.602 -I. 575 -1.885 1.00 74.48 BUT with ATOM 590 With ABA 134 7.146 -10,314 -4.809 1.00 75.03 BUT with ATOM 591 with ABA 1 34 7.255 -12.628 -4.001 1.00 75.73 BUT with ATOM 593 0 ABD 134 8.214  13.270 -1.411 1.00 73.90 BUT 0 ATOM 593 N Bes 135 6.743 -12.791 -2.786 1.00 70.60 BUT n ATOM 594 CA BECH 135 7.309 -13.761 -1- B60 1.00 01.85 BUT with ATON 595 sv BEI 135 6.6 * 2 -13.4 63 1139 1.00 78.00 BUT with ATON 596 se BEO 135 7.491 -12.290 0.306 1.00 74.37 BUT with ATOM 597 CO2 Bep 135 6,528 -11.7’2 1,326 1.00 71.67 BUT with ATOM 59 V SY2 BEI 135 8.775 -1 $ .74 $ 0.971 1.00 72.66 BUT with ATOM 599 and B £ 11 135 6.076 -15-16 * -2.20 $ 1.00 0 6.20 BUT with ATOM 600 0 Baye 135 7.490 -1 6.155 -1 -857 1.00 86. $ 8 BUT about ATOM 601 n BUV B36 5.807 -15,207 -3.04? 1.00 92.64 BUT and ATOM 602 SL BU 9 136 5.31Θ -16.511 -3.560 1.00 99.95 BUT with ATSN 603 sv BU5 136 3.922 -16,342 -4.172 1,00191.68 BUT with ATSN 604 se BU5 136 2.01E -16.042 -3.164 1.0010 * .97 BUT with ATOM 605 with BU5 136 1.451 -16,030 -3.034 1,00108.72 BUT with ATOM 606 CE Bw 136 0.374 -15.490 -2.906 1.00112.39 BUT with

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PBX ** 607 VI Bw 136 0.413 -16,148 -1.572 1.00114.91 Α AND ATON 60 v but Bw 136 6,276 -17,056 -4.613 1, ΟΟΙΟ * .36 Α WITH Atin 609 0 Bw 136 6.599 -16,246 -4.616 1.0010 * .13 Α ο ATON 610 N Bw 137 6.735 -sixteen. 173 -5.495 1.Β0109.27 Α Ή ATON 611 CA Bw 137 7.615 -16.559 -6.589 1.00112.82 Α WITH atom 612 NE Bw 137 0.316 -15. 325 -7.14 9 1.C0113.33 Α WITH ATON 61E her jeo 137 7.3 32 -14.245 -7.588 1 .00114.59 Α WITH ATOM 614 SY Bw 137 8.0-10 -13.223 -8.463 1 .00113.71 Α WITH ATOM 615 Wed2 Bw 127 6.183 -14.900 -8.343 1 .00113.79 Α 0 ATOM 616 with Bw 137 e.617 -17.590 - £ .163 1.00113.26 Α WITH ATOM 61? 0 ive 137 9.098 -1? .601 -5.017 1.00116.86 Α ο ATOM 61Θ N RVS 73 " 9.021 -10.4 "? -7.090 ] .00111.23 Λ I ATOM 619 With RVO 130 8.46V -16,468 -8.452 1.00111.8? Α WITH atom. 620 CA RCP 13Θ E.E42 -19.607 -6.Θ91 1.CO109.31 Α WITH ATOM 621 NE RKO 13B 9.571 -20.501 -8.091 1 .C0110.49 Α WITH ATOM 622 her Ryo 13B 9.241 -19.542 -9.157 1.00111.00 Α WITH ATOM 620 with RESH 138 11.411 -19.196 -6.815 1.00106.05 Α WITH ATOM 624 0 ry 138 11.811 -19.178 7.378 1.00104.55 Α ΰ ATOM 635 N H7YA 139 12.203 -20.014 -6.124 1.00103.01 Α I ATOM 676 CA H15 139 13. £ 34 -19.771 -5.9 * 2 1.00101.12 Α WITH ATOM 627 NE N15 1 39 14.208 -19,366 -7.275 ] .00106-0 " Α WITH ATOM 62 V with I15 139 14.255 -20,439 -8.376 1.00110.34 Α WITH ATOM. 629 C!? 2 SHE 139 13.765 -20,433 -9.589 1,00112,17 Λ WITH ATOM 630 N01 N13 139 14.799 -21.690 -8.133 1.00112.32 Α I ATON 631 From $ 1 H13 139 14.647 -22.409 -9.232 1.00313.63 Α with ATOM 632 M2 N15 139 14.023 -21.069 -10.130 1.00113.01 Α π ATOM 633 WITH N73 139 13.894 -18 . 687 -4_a $$ 1.00 95.84 Α with ATOM 634 Ο- N73 139 14.899 - 18.738 -4.166 1.00 95.18 Α ¢ 1 ATON 635 Ν il 140 12-977 -17.722 “4.794 1-00 8?, 12 Α I ATOM 636 CA UAY Ί 40 13.104 -16,590 -3-J81 1.00 78.27 Α with ATOM 637 C8 0A 140 11.864 -15.710 -3.9 * 5 1.00 76.69 Α with ATON 63Θ CC1 UAY 140 11,909 -14,501 -2.963 1.00 76.29 Α with ATON 639 CC2 UAY 140 11.684 -15.102 -5.34С 1.00 76.45 Α with ATON 640 WITH 0A 140 13.314 -16.999 -2.425 1.00 73.60 Α with ATON £ 41 Ο- UAY 140 12.556 -17.000 -1.006 1.00 7 * .17 Α ΰ ATON £ 42 Ν AZR 141 14.334 -16.425 -1.790 1.00 £ 7.84 Α N ATON 643 CA AZR 141 14.716 -16.781 -0.421 1.00 61.64 Α WITH ATOK £ 44 NE AZR 141 16.2 * 3 - 16.006  0.307 1.00 £ 0.92 Α WITH ATON £ 45 with& AZR 141 16-726 -17.205 1-077 1.00 60.19 Α with ATOM 646 SI ?! AZR 141 15.931 17. -28 2.038 1.60 £ 2.25 Α about AGON 647 ου2 AZR 141 17-908  17.594 1.204 1.00 $ 7.0 Α ΰ ATOM 64 " with AZR 141 14.141 -15.800 0.605 1.00 56.21 Α with ATOM 649 about AZR 141 13-662 -1 $. ’9E 1.677 1.00 56.40 Α ABOUT ATON 650 N TOUR 1 42 14.192 -14.514 0.269 1.00 54.75 Α I ATOI 651 CA TUK 142 13.692 -13.460 1.087 1.00 50.27 Α with atom 652 sv TUK 142 14,327 -13.346 2.429 1, ΒΌ 4 9.53 Λ g. ATOM 653 with TUK 142 15.709 -12.950 2.337 1.00 50.0V Α with ATON 654 Cez TUN 142 16.173 -11.607 2.2 * 3 1.00 49.37 Α with ETON £ 55 Сё1 TUN 142 17.5-05 -11.247 2.179 1.00 45.77 Α with ATON £ 56 ΟΏ2 TUN 142 16.7V7 -13.910 2.364 1.00 46.54 Α with and there £ 57 CE2 TUN 142 18.119 -13.552 2.300 1.00 46.20 Α with ATOM £ 50 C2 TUI 142 18.470 -12.223 2.209 1.00 47.16 Α with ATON 659 HE TUN 142 19.064 -11.090 2.162 1.00 47.82 Α ΰ ATOM 660 WITH TUN 142 13.717 -12.153 0.335 1.00 46.09 Α with ATOK 661 ABOUT TUV 142 14.582  12,011 -0.520 1.00 46.03 Α ΰ ATOM 662 N ΤΙ.Ε 143 12.847 -11.2018 0.650 1.00 46.96 Α I ATOK 663 CA 1b 143 12-800 -9-094 0-002 1-00 45-43 Α with ATOM 664 NE 1b 143 11.55 " -9.602 -0.710 1.00 43.93 Α with ATOK 665 CC2 1b 143 11.539 -0.159 -1.213 Ι.ΟΟ 53.29 Α with ATOM 666 CC1 1b 143 11.377 -10.508 -1.077 1.00 44.21 Α with ATOM 667 SY 1st 143 10.176 -10.207 -2.765 1.00 53.87 Α with ATOM £ 68 with 11E 143 13.122 -0.703 1.010 1.00 45.82 Α with atom 669 about 1st 143 12.432 -B .701 2.024 1.00 47.06 Α ΰ atom £ 70 N CIO 144 14.090 -7.913 0.7 * 0 1.00 45.93 Α N dtok £ 71 CA YY1 144 14.306 -6.704 1.634 1.00 45.04 Α WITH ATOM £ 72 NE si 144 15.774  6.671 2.033 1.00 44.77 Α WITH ATOM £ 73 SS- BIT 144 15.934 -6. 424 3.525 1.00 46.71 Α with ATOM 674 CE ¢ 31.0 144 17-360 -6, 169 3-9 * 4 1.00 49.18 Α with ATOM 675 OE1 bio 141 16.061 7.15.7 4-293 1.00 49.2 " Α about ATOM 676 OE2 si 144 17.774 -4.981 3.92? 1.00 4 "." 0 Α ABOUT AGON 677 WITH si 1 44 13-832 -5.456 1.075 1.00 44-39 Λ with AGON 678 ABOUT syo 144 13.81 " -5.222 -0.133 1.00 4 5.65 Α ABOUT ATOM 679 N si 145 13.399 -4.501 1.970 1.00 43.72 Α I ATOM 6В0 CA si 145 12.995 -3.247 1.560 1.00 42.02 Α .- atom £ 61 NE syo 145 11.32V -2.79? 2.427 1.00 43.89 Α with atom 682 with syo 145 11.463 -1.345 2.267 1.00 46.61 Α with

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ATOM £ 83 Joint venture beat 145 10-678 -O.Y73 3.478 1.00 47.51 BUT g ATOM £ 84 OE1 si 145 11,226 -0.933 four . 601 1.00 48-29 d about ATOM 68 $ OE2 Be $ 14 9, 518 -0.4 $ 5 3-294 1.00 49.39 BUT ABOUT ATOM 6 6 WITH 01.11 145 14,168 -2, 289 1-730 ] -00 40.96 BUT with ATOM £ 0? ABOUT si 145 14.794 -2.21 " 2,795 1.00 38.41 BUT about ATOM 6 "8 N D8R 146 14,459 -1,554 0.661 1.00 40.13 BUT to ATOM CA AZR 146 15.592 -0.625 0.625 1.00 30.49 BUT with ATOM £ 90 NE AZR 146 15.517 0.226 -0.651 1.00 39.89 BUT WITH ATON 691 sa AZR 146 16. B90 0.62 6 -1.178 1.00 40.94 BUT with ATOM 692 Exhaust gas> 1 ΑΞΡ 116 17.912 0.0B4 -0.697 1.00 41.19 BUT ABOUT ATOM 699 OS2 ΑΞΡ 146 16.936 1.486 -2.085 1.00 41.04 BUT ABOUT ATON £ 94 WITH ΛΞΡ 146 15.607 0.281 1.853 1.00 36.42 BUT with ATOM ABOUT ΑΞΡ 146 14,557 0.62 1 2-406 ] .00 3?, 06 BUT ABOUT ATOM £ 96 N -CHEN 147 16,801 $ 0.69 7.262 1.00 33.43 BUT N ATOM 63? CA VEN 147 16.970 1,466 3.460 1.00 33.76 BUT with ATOM £ 90 NE 3Ε-Κ 147 17,033 0.516 $ 4.67 1.00 30.49 BUT with ATOM 699 OS Yaw 147 17.929 1.016 5.653 1.00 34.97 BUT 0 ATOM 700 WITH Yen 147 18.232 2. 367 3.436 1.00 34.29 BUT with ATOM 701 ABOUT Yaw 147 19.248 2.018 2.835 1.00 32.95 BUT ΰ ATON 702 AND Yen on 18.165 3.525 4.084 1.00 33.24 BUT N ATON 703 CA VEN 148 19.235 4.508 3-973 1.00 30-80 BUT with ATON 704 NE ZEI 148 18.746 5,872 4,486 1-00 30.12 BUT with ATSN 705 About ZEN 148 17.859 6, 474 3, $ 55 1.00 30.9 " BUT ABOUT ATON 70 £ WITH Yaw 140 20,515 four . λΐ'ϊ 4,704 1.00 29.06 BUT with ATON 707 0 ZEK 148 20.469 3. 465 5.749 1.00 28.62 BUT ΰ ATOM 700 N GOOD 149 21.653 4.493 4.141 1.00 26.45 BUT I ATON 709 Sa UAY 149 22.893 4 .467 4.382 1.00 2 6.25 I with ATOM 710 Sz wow 149 23.937 3.507 4.236 1.00 28.16 BUT with ATOM 711 Sat1 UAY 149 23-380 2,082 4.231 1.00 27-a 7 I with ATOM 712 About 2 Ole 149 24.269 3.964 2 .626 1.00 2 6.42 BUT with ATON of WITH ED1 149 23,479 5.8? five 4.976 1.00 26-13 BUT with ATOM 714 ABOUT UAY 1 49 23-206 6.743 4-132 1.00 23-35 BUT ABOUT ATON 715 to RNE 15C 24.27 6.ΟΘ3 6.024 1.00 27.27 BUT N ATOM 716 CA RNE 150 24,789 ?, 399 6.40 " 1.00 26,? 2 BUT WITH ATSN 717 NE RNE 150 24.070 7.809 7.654 1.00 23.59 BUT with ATOM 710 SS RNE 150 22.611 7.992 7. 489 1.00 23.95 BUT with ATSN 719 CO! RNE 150 21.804 6.893 7. 709 1.00 24.72 BUT with ATSN 720 CB2 RNE 150 22.034 9.191 7.112 1.00 25.04 BUT with ATON 721 CE1 RNE 150 20.433 6.8BZ 7.557 1.00 26.92 BUT with ATOM 722 CE2 RNE 150 20.676 9.295 6, 957 1.00 27.21 BUT with ATOM 723 cg RNE 150 19-067 6.182 7.181 1.00 27.37 BUT with ATOM 724 WITH RNYO 150 26.2E7 t.zae 6.714 1.00 27.96 BUT with ATOM 725 about RNE 15V 26-819 6-463 7. 3'9 1.00 26.24 BUT ABOUT ATOM 726 I ABA 151 26.952 8.438 6.256 1.00 27.06 BUT N ATOM ? 21 CA GRANDFATHER 151 2 B. 130 “. £ 7.1 6, 67? 1.00 29.75 BUT with ATOM 72 " NE GRANDFATHER 151 28,763 10.047 6-132 1.00 29.52 D with ATSN 72 9 with DIA 1 $ 1 28,460 8,592 8.249 1.00 32.40 BUT with ATSN 730 □ DIA 1 $ 1 2? -54Ϊ 8-990 0.876 1 .0 $ 34. eleven BUT with ATSN 731 N ON 152 29.593 8.075 E. 634 1.00 33.63 BUT N ATCI 7 $ 2 CA SEE 152 29.904 8.146 10.060 1.00 34 .27 BUT with ATSN 733 NE ay 152 30.119 6.748 10,632 1.00 32.18 BUT with; ATSN 734 With yen 152 2B. 947 5.004 10.108 1.00 32.72 BUT with ATOM 735 B Sy 152 27.627 6.331 10.972 1.00 28.64 BUT with ATOM 736 OE1 ek 152 2? .453 6.440 12.153 1.00 21.85 BUT 0 Atime 737 Νε2 BEN 152 26.690 £ .651 10-075 1.00 27.12 BUT N LTO 738 WITH Yb 152 31,141 9.000 10.346 1.00 37.30 D with ATSK 739 ABOUT SEN 152 81.946 J.571 11.216 1-00 38.53 l ABOUT ATOM 740 saht Yn 152 31.277 10.08 " 5.72 $ 1.00 3 ", 2? BUT ABOUT TEK 741 ΟΙ, Ν 152 BUT ATOM 742 sv 55H 153 .56.497 17,251 14-816 $ 1.00115.6 AT with ATSN 743 About Yaw 15 $ 51,007 16,956 13.50 $ 1.00117.41 AT ABOUT ATOM 744 with Yaw 153 54,149 16,488 14,361 1.00110.65 AT with ATOM 74 $ 0 Yaw 153 53,706 16.469 13.214 1.00110.93 AT ABOUT ATOM 746 N ZEK 153 54.578 18.106 16.192 1.00114.12 AT and ATOM 747 CA Yaw 153 55.014 17.65V 14.839 1.00113.11 AT with ATOM 740 N 1b 154 53.900 15.523 15.245 1.00107.72 AT n ATSN 749 CA 11B 154 53.158 14.315 14.817 1.00104.32 AT with ATOM 750 NE NOT 154 53.840 13.049 15.430 1.00107.91 AT with ATOM 751 Sat2 NOT 154 5E.052 11.818 15.029 1.00108-50 AT with ATSN 752 CE1 1st 154 55.262 12.947 14.887 1.00111.40 Η- with ATOM 753 CB1 1b 154 55-318 12.871 13-381 1.00116.05 Β- with ATSN 754 WITH NOT 154 51-719 14.330 15.383 ] .00100.10 Η · with ATOM 755 about G. T.N 1 54 $ 1-448 $ 14.75 16. $ 06 1.00 97-8? at ABOUT ATON 756 N REY 1 55 $ 0.775 13.860 14-553 1.00 96.93 at to ATOM 757 00 REY 155 50.900 13.534 13.131 1.00 95.03 at with ATOM 756 CA RAO 15 $ 49,363 13.744 14.940 1.00 91.06 at with

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ATOM 759 sv yelling 155 48,670 13.254 13.666 1.00 92.51 0 with atom ? eo CH ripp 155 4 9. 602 13.653 12.564 1 .00 94.48 AT with ATOM 7 61 with RIO 155 49. 1Θ7 12.753 16.005 1 .00 05.90 at with ATOM 762 ABOUT R9U 155 4 9-609 11,611 15.903 1 .00 06.91 AT about ATOM 7 6 $ N TVR 156 48-553 13,199 17.166 1 .00 78.41 at and ATOM 764 CA TIR 156 40,441 12.380 18,366 1 .00 71.33 AT with ATOM 7 65 NE TKR 156 47.416 12.904 19.336 1 .00 61.02 AT with ATOM 76V SS TNR 156 45,987 12.685 18.982 1.00 64.20 at with ATOM 767 C 02 aphids 156 45.260 11.474 19.254 1.00 62.56 at with atom 768 Сё2 TNR 156 43,956 11.652 18.760 1.00 61.45 at with ATOM 769 Cez TIR 156 45,588 10.258 19,865 1 .00 61.09 at with atom 770 £ □ 1 TIR 156 45.113 13.516 10.351 Ϊ .00 63.97 at with ATON ;?one HE1 Tör 156 4 9,892 12.906 10.214 1 .00 62.71 at to ATOM 772 CE / TNR 156 42,900 10.667 10.061 1 .00 59.75 at with ATOM 7? 3 Cez TNR 156 44.620 9.203 19.962 1 .00 59.49 at with ATOM 774 CH2 TNR 156 43, 331 9.493 19.463  .80 60.30 at with ATOM 775 WITH Tör 156 48,043 10-045 0.036 1.00 69-39 at with ATOM 776 ABOUT TNR 156 48,377 10.011 18.766 1.00 69.00 at 0 ATOM 777 N AIN 157 47.329 10.777 15.930 1.00 68.55 at to ATOM 778 CA AIN 157 46, 667 9.521 16.621 1.00 67.01 at with ATOM 779 NE AIN 157 45, 359 9.807 15.890 1.00 65.67 at with atom 780 se A $ M 157 49. 544 10.738 14.714 1 .00 64.99 at Τ- ATOM 701 □ 01 L5N 157 45.730 10 * 295 13.570 ’.00 64.19 at Ο ATOM 78? but/ AYAN 15? 45.491 12.041 14.970 1.00 03.63 at eleven ATOM 703 with A5I 15? 47, -626 J. 517 10.7 $ 6 Ξ .00 66.09 at with ATON 704 about ΑΕΝ 15? 47.284 1.313 15.748 1.00 65.52 at ABOUT ATOM 785 N Bw 158 48.523 9 . 122 15.104 1.00 67.30 at to ATOM 786 CA Bw 158 4 9,500 8.291 14.416 1.00 69.81 at £ house 787 NE LIE 158 50,192 9.099 13.314 1.00 67.04 0 <- ATOM 7 08 Joint venture yee 158 49.313 9.536 12.140 1.00 64.16 at £ ATON 789 CP1 Bw 158 50.117 10.432 And .209 1 .00 61.97 at l- ATOM 7 OD £ □ 2 Bw 158 49.795 0. 316 11.385 1.00 61.15 at £ ATON 7E1 WITH Bw 158 boo 7,796 15.442 **, 0О 72.06 at with ATOM 192 P T.EU 158 = 1.132 6.734 15.201 ί .00 73.2V at about ATOM 793 N syo 159 50 * 69 / 8.500 16,500 ;. {10 16-10 at (ί ATON 7 94 CA si 159 51,581 8.234 17.59?  .30 76.10 at about ATOM 795 NE syo 159 51,771 9 . 459 18.499 Ϊ .00 00.32 at with ATOM 796 SS syo 159 52.326 9.149 19.870 1.00 81.64 at with ATOM ? 97 With syo 159 53.837 9.022 19.672 1.00 92.62 at with ATON 7 98 OE1 si 159 54,432 9.033 28.931 1.00 96.21 at ABOUT ATOM 799 OE2 her 159 54,436 6.913 10.770 1.00 97.33 at ABOUT ATOM 800 WITH neither 159 51,013 7.064 18.399 1.00 70.60 at with ATOM 801 ABOUT oh 159 51,761 6.2TO 10.967 1.00 70.52 at ABOUT ATOM 802 N bottom 160 49, 680 6. 957 10.428 '.00 78.93 at and ATON 003 CA ANNE 160 49.012 5.959 19.253 ’.00 Y0.10 at with atom 804 NE LIP 160 47. 604 6.426 19.609 1.00 77.90 at with ATON ao Sat ARB | 60 | -16.90 I B .913 20, 6С2 1.00 74-99 at with ATON 806 With ABC 160 47.5’0 9.691 21.973 1.00 72.60 at with ATON 807 NOT ABC 180 47.759 ϊ, 1 07 22.22B 1.00 12.12 at to ATOM 808 CE ABC 160 46,859 7.951 22.734 1.00 10.9? at with ATOM 809 ΝΗ1 Battery 160 47.110 9-229 22,921 1.00 6 $ .9 $ at I ATOM 810 ΝΗ2 ABC 160 45.644 t .523 23.068 1.00 67.47 at to ATOM 811 WITH ABC 160 48.921 4,584 18,602 1.00 82.37 at with ATOM 812 ABOUT ABC 160 48.769 3.576 19.28Y 1.00 81.03 at ΰ ATOM 813 N 1ЬЁ 161 48.996 4,537 17,280 1.00 87.22 at and ATOM 814 CA 11th 161 49.033 3.255 16,598 1.00 93.06 at with ATOM 815 NE 1b 161 48.143 3.260 15.341 1.00 91.27 at with atom 816 SB2 T6E 161 46.691 3.417 15 * 742 1.00 91.17 at with and there 817 ce1 1b 161 48.540 4.396 14.408 1.00 90.97 at with ATOM 818 001 ΙΤ, Ε 161 47.707 4.457 13.157 1.00 05.92 at with ATOM 819 with P.E 161 50.4 64 2.896 16.221 1.00 96-36 at with ATOM 820 ABOUT 1b 161 50,711 1,922 15,512 1-00 98.21 at ABOUT ATOM 821 N TIN 163 $ 1.406 3-693 16,714 1.00104.6? 0 n ATOM 822 CA tn 162 52.823 3,383 16,580 1.00111.43 at with ATOM 823 NE tn 162 53-593 4, $ 76 16.012 1.00112-56 th with ATON 824 CC1 Transnational corporation 162 53.175 4,817 14,663 1 .00112.68 at about ATOM 825 CC2 tn 162 55.085 4.300 16,043 1,00113.86 at with ATOM 826 WITH tn 162 53.457 2.986 17.913 1.00117.00 at with ATOM 827 WITH THY 162 53.602 3.82? 18.707 1.00115.50 at ABOUT atom 82 I N / Yo 163 53.769 1.690 18,070 1,00123.18 at N ATOM 829 ΟΏ REY 163 53.690 0.725 16, 959 1,00126.42 at with ATOM 830 CA REY 16.3 54.269 1.069 19.302 1.0012E.43 and with ATOM 831 NE REY 163 54.310 -0.410 18.957 1,00129.06 at with ATOM 832 se REY 163 54.471 +0.449 17.477 1.00129.27 at with ATOM 833 with P8O 163 55-634 1-500 19.745 1.00133.09 15 with ATOM 834 with RVO 163 55.310 2.300 10,995 1,00133.34 and ABOUT

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ATOM 035 AND Ryo 164 56.049 1 .26.3 20.9B1 1.00136.EV AT N ATOM aze Joint venture RIO 164 55.196 0.623 21.997 1.00137.29 at WITH ETON and 3? SD RIO 1 64 57.361 1.628 21-533 1.00139.40 at with ATON the basics sv RIO 164 57.31 $ one . 092 22-964 1.00130.17 at with ATON 039 ss RIO 164 55,866 one . 003 23.205 1.00137.38 at with ATSN Θ40 with RIO 1 64 58-323 1.033 20.747 1.00140.2V at with ATON 041 0 RIO 164 59,605 one . 303 21.046 1.00142.21 at 0 ATSN Θ42 N BEO 179 50,723 -2, Θ52 -3.702 1.00 82.64 at and ATSM 043 CA Betz 179 50,541 -4.298 -3.720 1.00 82.37 at with ATSN J44 NE BEO 179 51.617 -4,927 -2.036 1.00 84.42 at ATSN B45 ss BEL 179 51.895 -6.429 -2.990 1.00 86.63 at with ATON 046 SP1 BUR 179 52.6B7 '6.898 -1.772 1-00 87.95 at with ATSN Θ47 S [12 BEO 179 50.605 -7.234 -3-L9 1-00 85.71 at with ATON 940 with Bep 179 4 9.167 -4.612 -3.135 1.00 00.73 at with ATSN 049 0 BEO 179 48-333 -five . 26? -3.773 1.00 81.56 at 0 ATSN 050 Ή UDB 180 48-940 -4.350 -1.90V 1.00 76.81 at n ATSN 851 CA UAB 100 47.650 -four . 322 -1.251 1.00 72.33 at 0 ATSM Θ 52 NE UYB 1Θ0 47,816 -4.340 0.282 1.00 74.74 at with ATSN 053 CC1 UAB 100 48.717 -3.206 0.709 1.00 77.30 at with ATSN At 54 CC2 UAB 100 4 6.467 -4.213 0.956 1.00 77.06 at with ATSN At 55 WITH UAB 100 46.706 -3.194 -1.653 1.00 ba.1a at with ATSN 056 ABOUT UAB 1B0 47.070 2.013 -1.620 1.00 66.03 at 0 ATSN Θ57 TO Yso ι e ι 4 5.4 94 -3.574 -2-04 2 1-00 64.37 but N ATSN 058 SD knock down 181 44-5L -2. 612 -2-592 ) .CO 59.68 at with ATSN 059 NE OBO 1 01 43-767 -3.316 -3.750 1.00 62.45 at with ATON 060 ss SI 181 43-358 -2.389 -4.974 1, ΟΟ 68.37 at with ATSN 061 with st 101 44.526 -one . E02 -5.756 1.00 72.14 at with ATSN 062 OE1 st 1Θ1 44.296 -1.238 -6.755 1.00 73.5V at 0 ATON a bz OE2 SBO 161 45.672 -2.404 -5.475 1-00 73.22 but about ATSN a 64 WITH SBP 1B1 43.522 2.258 1.495 1.00 51.39 at with ATSN a 65 WITH "Oh 1B1 43.151 -3.092 o.bba ! .00 52.76 at 0 ATSN a 66 I UAB 182 43.100 Ό.997 -1.475 1.00 40.00 at and ATSN Θ67 CA UAB 192 42.099 -0.5 $ d -0.514 Ί.00 41.39 at with ATON 068 NE UDB 182 42.700 0. 379 0-539 1 .OO 39-20 at with ATON 069 CC1 UD 192 41.694 0. 5Θ7 1.64 7 1.00 36.23 n with ATON 010 CC2 UAB 182 41.001 -0.198 1.122 1.00 35.21 at with ATSN 071 WITH UAB 162 40.956 0. Ϊ78 -1.212 1.00 39.09 at with ATON Θ72 0 UAB 182 41,119 one . 307 -1.673 1.00 37.28 at 0 ATSN 073 N TUN 183 39.804 -0.477 -1.305 1.00 37.90 at n ATSN 074 CA TUN 183 38.612 0.145 -one . Θ63 1.00 36.33 at ί- ATOM B75 NE TUN 183 37.627 -ϋ.918 -2.321 1.00 35.00 at ο ATSN B76 SS TUN 183 38.035 -one . 5Θ1 -3.609 1.00 36.79 but with ATON 877 From 01 TUN 183 39.02Θ -2.548 -3.636 1.00 36.52 at with ATSN At 78 CE1 TUN 183 39.395 -3.162 -4xB1B 1.00 37.26 at with ATON 679 0ϋ2 TUI 183 37.421 -1.245 4-B04 1.00 38-38 at with LT-OH eao CE2 TUI 183 37.7ΒΪ -1.855 -5.994 1.00 39.27 at with ATON 661 C 2 TUI 183 38.767 -2.813 -5.997 1.00 36.74 at with ATON 602 HE TUI 183 39.106 -3.424 -7.185 1.00 39-99 AT about ATOM bases WITH TUI 183 31.966 1-0’5 -0, 007 I.00 36.03 at with ATOM 004 0 TUI 183 37.905 0-641 0.355 1, 00 37.03 at 0 ATON 005 I Bep 184 37.493 2,) 07 -1.201 1.00 35.68 at and ATSM 606 CA Bep 184 36-037 3,073 -0.255 1.00 34.48 at with ATOM 607 NE BEI 184 3? .639 1, 370 -0.100 1.00 35.48 at with ATOM 608 SS BEO 184 36.089 5,451 Oh, 6Θ5 1.00 37.28 at with ATOM 609 SB1 Bei 184 36.613 4.911 2.098 1.00 37.59 at with ΆΤΌΗ 690 siz boo 184 37.680 0.775 0.708 1.00 35.89 at with ATOM 891 with BEO 184 35.437 3.376 -0.772 1.00 33-43 B with ATON 692 with B £ and 184 35.282 3.925 -1.864 1.00 31.65 at 0 ATOM 893 I Bei 185 34.419 3.003 0.000 1.00 30.22 B I lton 894 CA Bep 185 33.041 3.311 -0.500 1-00 33.07 eight with ATOM 89 $ sv Bep 105 32-14 V 2.091 -0.216 3-00 3) .98 eight with ATOM 896 her Bep 185 32.315 1.032 -1-314 Ϊ, 00 30.98 at with ATOM 89) shit Bep 185 33-621 0-314 -1.10 $ 1.00 30.09 uh with ATOM 898 shit Bep 185 31.1 $: O-062 -1.291 1.00 31.06 at with ATOM 699 with Bep 3 8 $ 32-480 4.470 O.130 1.00 34.21 at with ATOM 900 about Bep 185 32.133 4-300 1.6608 1.00 33 .81 at 0 ATOM 901 I AZR 186 32.338 5.620 -0.219 1.00 34.50 at I ATOM 90? CA AZR 186 32.154 6.089 0.4Θ6 1.00 34.92 at with ATOM 903 sv ABP 106 33.502 7.377 1.027 1.00 39.32 at with ATOM 904 ss AZR 106 33.365 8.366 2.196 1.00 45-74 at with ATOM 905 01) 1 ABP 186 33.661 7.94 6 3.344 1.00 50.09 B with ATOM 306 ΟΏ2 AZR 186 32.990 9.553 B.EVE 1.00 46.44 E. 0 ATOM 907 with AZR 106 31.553 7 -96V -0.428 1.00 33, 07 and with ATOM oooh with ΛΒΡ 186 30.912 7.685 -1.451 1-00 31.20 at 0 ATOM 909 N TNV 1J7 33. ? 80 9.214 -0.033 1.00 29,? 9 at I ATOM 910 SI Aphids 1B7 31-400 10.36a -0.800 1.00 29.62 at with

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ATOs 911 NE there 107 31.427 11.636 0.071 KO 28.27 at with ATSN 912 061 teak 107 32.779 11.985 0.3 92 1.00 31.09 at 0 ATSN 913 CC2 TIR 107 30.692 11.386 1.376 1.00 29.63 at with AGON 914 WITH teak 107 32.376 10.512 “1.964 1.00 20.24 at with ATON 915 ABOUT Transnational corporation 107 33-222 9.65? -2-167 3.00 2 7.28 0 0 ATON 916 I BAY 108 32-247 11.57? -2.134 1.00 20.91 at N ATSN 917 CA BER 108 33, T 94 11.639 -3.780 1.00 35.55 at with ATSN 918 NE 8EP 108 32-696 12.975 -4.687 1.00 36.16 at with ATSN 919 SS BEV 188 $ 31.47 13.520 -4.223 1.00 37.67 at ΰ ATOs egs WITH Yaw 108 34.544 12.215 -3.185 1.00 39.38 at with ATOs 931 ABOUT Yaw 186 34.634 12.600 -2.014 1.00 39.88 at with ATOs 932 N 1b 109 35.592 12.096 -3.994 1.80 42.96 at N ATOs 923 CA 1BU 109 36.948 12.355 -3.530 1.00 45.75 at with ATSN 924 NE 1b 109 37.794 11.082 -3.594 1.80 46.16 at with ATOs 925 SY2 1b 109 39.070 11.201 -2-010 d.8O 45.7? at with ATON 926 ce1 1b 109 37.018 9.901 -3-030 1.00 44-55 at with ATSN 927 co1 76P 109 37-195 9.736 -1.530 1.80 46.37 at with ATSN 928 with 1BU 1 09 37,643 13.408 -4.392 1.00 48.83 at with ATSN 929 about 1b 109 37,635 13.327 -5.626 1.00 48.75 at with ATOs 930 and sn 190 38.254 14.390 -3.735 1.00 52.85 E N ATON 931 CA sn 190 39.228 15.268 -4.382 3.80 55.02 Yo with ATON 933 NE sn 190 39.485 16.498 - 3-516 1.80 51.93 at with ATON 933 With oh 190 40.325 17.544 -4.212 1.80 64-58 at with ATON 934 NE sya 190 40.435 10, B28 -3.43 $ 1.00 67.20 at with ATOM 935 OE1 sm 190 "1-333 19.625 “3.6) 8 1.80 10.49 at with ATSN 936 N £ 2 SL 190 39-519 19.041 -2.506 ι.ΰο 10.6? at N ATON 937 WITH sya 190 40.529 14.492 -4,551 1.00 54.50 at with ATOs chzv WITH sn 190 41.373 14.403 -3.67 3 1.00 54.01 at 0 ATON 939 N 5EY 191 40.694 13.827 -5.678 1.00 54.52 at N ATON 94O CA 5 EN 191 41.750 12.835 5,761 1.00 54.55 at with ATOM 941 NE £ her 191 41.455 11.842 6, 895 1.80 51.67 B with ATOM 942 With £ her 191 41.141 12.506 0.102 1.80 44.78 at and ATOs 943 WITH Yen 191 43.127 13-451 '5-936 1.80 55.9.3 at £ ATOM 844 WITH £ her 191 44.137 12.700 -5.770 1.80 54.97 at 0 ATEIN 94 $ N ΑΞΡ 102 43-170 14-731 -6-272 1.00 58.49 at N ATOM 946 ate AIR 192 44.462 15.349 -6-511 1.CO 61.41 at with ATON 941 sv Λ5Ρ 1-92 "4.415 16,033 -7.601 1.08 56.12 at with ATOM 94B C5 ABP 192 43-554 17.212 -7,957 1 -CO 51.17 at with ATON 949 CO! AZR 193 42.063 17.489 -6, 959 1.00 50.15 at 0 ATOM 900 002 AIR 1 92 43.521 17,862 -9.023 1.00 44.73 at 0 ATOM 951 with A5P 193 44.964 16.303 -5,424 1.00 66.24 at € ATOM 952 0 AZR nineteen? 45.987 17,063 -5.663 1.00 65.77 at 0 ATOM 953 ν ΗΙΞ 193 44.371 16.244 -4,234 1.00 73.45 at at ATOM 954 CA 815 193 44.960 16.813 -3.023 1.00 V 1.62 at with ATOM 955 sv Η1Ξ 193 44.239 16.265 “1.793 1.00 82.94 at with ATOM 956 with ΗΙ8 193 44.367 17.120 Ό.574 1.00 V4.93 at with ATOM 957 0112 H1E 193 43.639 18.170 “0-105 1.08 06.2 $ at with ATOM 956 N01 35 193 15.324 16.906 0.392 1.08 $ 5.89 at N ATON 959 CE1 N15 193 45.180 17-) 96 1-356 ] .08 37.83 at with ATOM 960 Мё2 ΗΊΞ 193 44.164 18. $ 79 ί, 048 1.00 $ 7.06 at and ltsch 96! WITH ΗΪΞ 193 46-434 16-390 -2.965 ] .00 $ 6.32 at with ATOM 962 ABOUT I1YA 193 46-780 13-335 -3,506 1.00 89.16 at 0 ATOM 863 N AIS 194 41.305 17.18? -2.377 Ι.ΰΟ 90.27 at n ATOM 964 SL- ICE 194 4 Θ-720 16.932 -2.196 1.00 94.8? at with ATOM 965 OV ARS 194 49.606 15.023 -2.003 1.00103.52 at with ATOM 966 ss two 194 49.614 18.35V -0.519 1.00114.19 at with ATOM 961 CE> two 194 51.028 18.385 0.039 1.00122.81 at with ATON 96 V ΝΕ two 194 51.653 19.700 Ό.Ο52 1.00129.82 at th ATSN 969 C2 ICE 194 51.872 20.489 0.992 1.00133.99 at with ATSN 970 KH1 bottom 194 52.447 21.666 0.022 1.00136.60 at n ATSN 971 HH2 ICE 194 51.515 20.099 2.206 1.00136.97 at R ATON 972 WITH Ayo 194 40.973 15.676 -1.450 1.00 92.97 at with ATSN 973 ABOUT bottom 194 49-006 14.993 - one . $ 4 1 1.00 93.22 at 0 ATON 974 I si 195 40.038 16.45 " -0.639 1.00 90-26 at N ATOM 975 CA si 195 48-202 14.436 0.483 1 .CO 07.05 at with ATON 97 6 NE soybeans 195 47-263 14.733 1,644 1.00 07.31 at with ATOM 97? se si $ 19 47-374 13.768 2,814 1.00 0 9.28 at with ATOs 978 With si $ 19 40,403 14.157 3.778 1.00 06.92 E with ATOM 979 OE1 soybeans 195 49,400 14.915 3.402 1.00 08.50 at 0 ATOM 9 yo oeg SY? 195 48.434 13.679 4.927 1.00 90.60 at with ATON 9Β1 with SY? 155 47.955 13.040 -0.014 1.80 84.15 B with ATOs 982 0 S1L1 195 4E.551 12.069 0.317 1.80 64.55 E 0 ATOM 983 N 1b 196 47.000 12.937 -1.065 3.80 79.94 B N ATOs 904 CA £ b 196 46.715 11.640 -1.609 1.80 77.04 at with ATOM 905 sv ΊΚΕ 196 45.253 11.203 “1,261 ί-00 76.26 at with ATOs 8B6 CC2 1BU 196 45.075 11.203 0.241 1.00 73.41 at with

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ATOM 387 CC1 1E 196 44.319 12.332 -one. B44 B.00 74.97 AT with ATOM EV8 Οΰΐ 1b 196 42.968 11.946 -1.703 B.oo 75.89 ϊ: with ATSN 989 with 1b 196 46.381 11-561 -3.125 B.oo 76.54 AT with ATOM 990 0 1b 196 46.491 10.571 -3.743 1.00 74.38 B with ATOM 991 N si 197 47.456 12-597 -3.729 B.oo 77.49 AT n ATOM 992 Joint venture these 197 47.596 $ 12.62 -five. 181 1.00 78.27 AT with ATON 99L sv 61.0 197 48.293 13.911 -5.637 1.00 79-61 at with ATOM 994 sa si 197 49.761} 14,018 -5.2Θ3 1.00 12/05 E with ATSM 935 with si 197 50.448 15,218 -5.934 1.00 80.78 £ with ATOM 996 OE1 si 197 51.690 15,114 -6.0? 9 1.00 89.Θ1 E 0 ATSM 997 OE2 si 197 49.752 16.200 -6.299 B.00 90.06 AT 0 ATSM 99 V with B'3 197 43.356 11.405 -5.701 b.oo 76.VO at with ATOM 999 0 si 197 49.454 11.099 -5.248 B.00 76.01 B 0 ATOM 1090 N SUE 198 47.749 10.707 -6.653 1.00 75.14 at and ATOM 1091 CA Yu 198 +8.355 9.511 -7.202 1.00 72.34 at with ATOM 1002 with SUE 198 "7.946 8.230 -6.493 1.00 70.89 at with ATOM U03 0 SUE 1 98 48-153 7, FROM -7.013 1-00 69.29 eight 0 ATOM 1 004 N arb 1 99 47.352 8,357 -5.312 1-00 71 .26 AT N ATOM 1005 CA ARB 199 47.12 $ 7,214 -4.436 1.00 70.32 AT with ATOM 1006 NE DR.S 199 47.610 7.544 -3.031 1.00 74.30 at with ATOM 1007 se two 199 49.106 7.797 -3.006 1.00 83.59 at with ATOM 1008 ss ICE 199 49.602 B.217 -1.650 1.00 91.99 but with ATSM 1009 NOT AVY 199 51.056 8.139 -1.592 1.00100.21 at [ί ATOM 1010 cg A cop 199 51.7 68 8.332 -0.487 1-00104-98 at with ATOM 1011 ΝΗ1 ARb 199 53.879 8.243 -o. $: b 1.001 () 8.26 at N ATOM 1012 ΝΗ2 ABC 199 51.138 J.617 0.646 1-001 109.19 at 6 ATOM 1013 with ARB 199 45.680 6,750 -4.370 1.00 $ 7.21 at g- ATOM 1014 0 ABC 199 45.382 5,730 -3.777 1.00 £ 7.23 at 0 ATSM 1015 N UAY 200 44.786 7.50? -5.001 1.00 63.2? at to ATSM 1016 SD UAY 200 43.364 7.183 -5.016 100 5Β.3Θ at with ATSN 1017 sa 7A1. 208 42.529 8.240 -4.274 100 57.40 at ¢: ATOM 1018 Sat 5 UAY 200 41.049 7.967 -4.484 1.00 $ 5.82 at with ATSN 1019 this UD1. 208 42.86! 8-226 -2.709 ), 00 55.70 at with ATSN 1020 with UAY 208 42.859 7.126 -6.4 42 100 56.33 at with ATON 1021 with UL 208 42.698 8-153 -7,095 100 56.53 at 0 ATSN 1022 S NOT 201 42,601 $ .922 -6.924 100 55-28 at μ ATSN 1023 CA MET 201 4 2,067 5.744 -6.2 60 1.00 55.32 at with ATSN 1024 NE NOT 201 42,500 4-398 -8.930 100 55-79 at with ATOM 1025 SS MET 201 42.155 4.221 -10,283 1.00 58.69 at with ATSN 102 6 thirty NOT 201 4 0, $ 7 3 3.243 -10.522 1.00 64.01 at eight ATSM 102 7 CE MET 201 40. 321 3.59V -12.298 1.00 63.64 at with DTOM 192V WITH MET 201 40.554 5.79 " -B.163 1.00 53.91 at with ATOM 102 9 0 NOT 201 39.950 5.013 -7.440 100 55.03 at about DTON 1030 N UAY 202 39.940 6.723 -0.075 1.00 53.21 eight N ATON 1031 CA UAY 202 38.504 6.899 -In L44 1.08 52.50 Ξ with DTOM 1032 NE UAY 202 38.121 8.387 -0.Θ2Β 100 17.24 at with ATSN 1033 ST51 UAY 202 36.670 8.52 9 -9.158 '.00 41-41 0 with DTON 1034 SB2 UAY 202 38.421 9.053 -7.509 1.00 11.10 at with ATOM 1035 WITH UAY 20? 'C. 768 6.220 -9.813 7.00 $ 54.2 at with ATOM 1036 0 UAY 2 02 37,839 6.465 -10,992 ; .00 54.9th at 0 ATOM 1037 I TNR 283 37,069 5.064 -9.394 1.00 55.90 at N DTOM 103Y SD TNV 20ϊ 36,356 4 -210 -10,336 1.00 59.12 at with ATOM 1039 NE TNR 205 35.896 2 .575 -9,690 1.00 57.76 at with DTOM 1040 OS1 TNR 203 34.699 3 .000 -Θ. 924 1.00 55.18 E 0 DTOM 1041 OS2 TNR 205 36.987 2.336 -B, 768 1.00 55.56 0 with ATOM 1042 WITH TNR 205 35.139 4.953 -10. B55 1.00 61.90 at with ATOM 1043 ϋ TNR 205 34.806 6.041 -1ϋ.ZV2 1.00 63.12 at with ATOM 1044 s AIR 204 34.477 4.374 -11. B39 1.00 64.10 B N ATOM 1045 CA ABP 204 33.344 5 .038 -12.446 1.00 66x16 AT with ATOM 1046 her AZR 284 33.337 1.745 -13.941 1.00 78.8 $ AT with ATOM 1047 SS ABP 28+ 34.107 3.476 -14.280 1.00 77.17 at with ATON 104Y CP1 AZR 204 33.657 2.369 -14.052 1.00 77.21 at with ATON 104 * Οϋί AZR 204 35.265 3-588 -14.764 1.00 88.38 at 0 ATON 1050 with AZR 204 32-043 4 - $? 8 -11-797 1-00 64.11 at g ATSM 1051 with AZR 204 30,981 4.62 $ -12-413 1.00 66, 46 at 0 ATOM 1052 N RNE 70 $ 32.134 4,136 -10-547 1.00 60.33 at N ATSN 1053 CA RNE 205 30.941 3.653 -9.848 1.00 57.09 at WITH ATSN 1054 NE RNE 205 31.305 2,500 -8.904 1.00 58.44 at WITH ATSM 1055 se RNE 205 30.137 1.991 -8.137 1.00 50.36 at with ATON 1056 n RNE 205 29.870 2.465 -6.8 67 1.00 59.33 at with ATOM 1057 SP2 RNE 205 29.246 1.106 -8.722 100 60.27 at with ATSM 1058 C £ 1 ORE 205 28.127 2.071 -6.192 1.00 60.30 at with ATSM 1059 CE2 RNE 205 28.100 0.704 -8.054 100 61.35 at with ATSM 1060 <27. RNE 205 27.839 1.190 -6.767 100 61.1? at with ATSM U61 WITH RNE 205 38-202 4-738 -9.05 $ 100 54-53 at with ATSN 1062 ABOUT RNE 205 30.717 $ .279 -8.077 100 52-73 at 0

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ATSN 1063 TO bp 206 20.901 5.040 -9.470 1.00 52.93 eight N ATSN 1064 CA him 206 2B, 152 6.010 -8.774 1.00 51.13 eight with ATSM 1065 NE bio 206 26.037 7.300 -9.595 1.00 53.70 AT with ATOM 1066 SS soybeans 306 27.201 B .385 -8.934 1.00 57.85 AT with ATOM 1067 NE si 206 27,691 9.796 -9.2 + 5 1.00 59.92 AT with ATON 106V 0 = 1 si 206 01/27/07 10.770 -I.339 1.00 61.92 AT 0 lton 1069 SB2 si 206 29, 748 9-936 -9.893 1.00 60.90 AT about ATSM 1070 WITH YY1 206 26.763 5-440 -I. 513 1.00 47.24 AT g- ATCI 3 07 ’ □ yi 206 25.90 6 $ .234 -9.429 1-00 47-31 AT 0 ATOM 3,072 M lzn 207 26.459 5,175 -7.254 1-00 4 3.16 AT and ATSN 107 1 CA A5N 207 25.086 4.929 -6. $ 54 1.00 37.7+ at. with ATSN 1074 NE wisdom 207 24.Θ57 3.447 -6.593 1.00 39.88 AT with ATON 1075 SS A5N 207 23.494 2.990 -7.059 1.00 41.36 B with ATSN 1076 Οϋΐ D5 " 2 (17 23.376 2.105 -7.914 1.00 4 0.04 AT 0 ATOM 1077 N112 AZA 207 22.446 3.634 -6, 523 1.00 39.17 at N ATSN 107V WITH AZ " 207 24-736 5.714 -5.606 1.00 34.09 B with ATON 1079 ABOUT ΑΞϊί 207 25.011 5-278 4.404 1.00 32.93 AT 0 ATOM 1090 N UAY 208 24.1 31 6-677 -5-614 1.OS 31.06 at N ATOM 1091 CA UAY 208 23.760 7,766 -4,719 1.00 2V, 9 + at with ATOM 1092 NE UL 208 24.660 9.046 -4.72V 1.00 29-61 3 with ATOM 108 Ϊ SB1 UDD 208 26.124 8.677 -4,509 1.00 30.43 eight with ATOM 1084 Pops UD1. 208 24.436 9.825 -6.006 1.00 24.70 AT with ATON 1005 with UAY 2P6 22.327 B. 101 - +, B64 1.00 29.az AT with lton 1096 0 UAY 208 21.041 B.390 “5,973 1.00 31.23 AT ABOUT Ltok 10B7 N GNS 209 21,599 B, 29B -3.747 1.00 31.45 at N ATOI 1008 With YOU 209 21-915 7,702 -2.4CE 1.00 31.28 at with AGON 1089 SD RI <3 209 20.269 B.950 -3.705 1.00 30.45 at with ATSN 1090 NE FIG 209 19.697 8,638 -2.426 1.00 2J.25 at with ATON 1091 se RAS 209 20.392 B .463 -1.549 1.09 30.42 at with ATON 1092 with RIO 209 20.307 10.4 67 -four . 020 1.00 29.17 at with ATSM 1093 0 RAO 209 21.474 11.040 -4.003 1.00 27.51 at 0 ATON 1994 N si 210 19.235 11.102 -4.220 1.00 32.85 at N ATOM 1095 CA si 210 19-1 + 8 12.539 '4. + 55 1.00 33.71 at with ATOM 1096 NE syo 210 17.762 12.914 -4.962 1.00 39.61 at with ATON 1097 SS si 210 17.37 ’ 12.33+ -6.302 1.00 31.73 at with ATON 1099 With syo 210 16-001 12.973 -6.857 1.00 61.71 at with ATOM 1099 S'E-1 syo 210 15.140 13,293 “6,064 I. 1) 0 64.35 at th ATON 1100 OH2 si 210 16,083 13.157 -B.097 1 .00 61.46 at ΰ ATON 1101 WITH si 210 19.427 13,355 -3.20? ’, 00 31.17 eight with ATON 1102 about syo 210 19,150 12.909 -2.089 1.00 21? .89 at about ATSM 110 3 N Bi 211 19.979 1 +, 553 -3.39V 1.00 29.36 at m ATSM 1J4 SD Bi 211 20.047 15.546 -2.333 1.00 30-97 at with ATSM 1105 NE Bi 211 20.306 16,759 -2.766 1.00 31.25 at with ATSN 1106 Sat syo 211 22.143 16.448 -3.593 1.00 33-76 at with ATCI 1107 CE> Bi 211 2 9-166 15.622 -2.829 ι.ao 36.62 at with ATON JOB Og-1 BI1 211 23.158 15.657 -1.576 1.00 37.5 £ at 0 ATOM 1109 OE2 OHO 21l 23-980 14.926 -3.485 1.00 39.7+ at 0 ATON 1110 WITH S T.P 213 1B.619 16.009 -2.014 1.00 32.21 at with ATSN 1111 0 si 211 17.169 16,094 -2.900 1 .00 32.92 at 0 ATOM 1112 N AZR 212 10.356 16.296 -0.746 1 .00 33.11 at N ATSN 1113 CA AZR 212 17,104 16.91 9 Ό-326 1.CO 31.22 at with ATON 1114 CE AZR 212 17.006 16,043 1-201 1.00 33-1Θ at with ATOM 111 $ se AZ? 212 15,075 17,694 1 .7B0 ], 00 37.82 at with ATSN 1,116 CP1 AZR 212 15.010 18.203 ], 032 ], 00 39-10 at ΰ ATOM 3 117 ARI AZR 212 15.961 17,846 3.030 1.00 33.62 at 0 ATOM 1110 with AZR 212 17.99+ 18.372 -0.805 1.00 29.26 at ^one ATOM 1119 0 AZR 212 17.763 19.234 -0.220 1.00 27.81 at □ ATOM 1120 N SUE 213 16.330 1a.626 -1.863 1.00 27.67 at N ATOM 1121 CA SUE 213 16.24V 19.952 -2.463 1.00 26.36 at Th ATOM 1122 WITH SUE 213 15.807 10.216  1.576 1.00 26.31 at WITH ATOM 1123 WITH OW 213 16.199 22.252 -1.305 1.00 23.54 at about ATOM 1124 N TNN 2Ϊ4 14,996 20.020 “0.561 1.00 29.38 at m ATOM 1125 CA Transnational corporation 214 14.552 21-8.5 + ozvo 1.00 32.0V at with ATOM 1126 NE THAI 214 13.732 21-260 1.535 1.00 32.59 at with "TOM 1127 c <C1 TNN 214 14,618 20-560 g. 41 + 1.00 33.19 at about ATOM 1126 SY2 * G !! b 214 12.684 20.3Π 1-027 ] .00 32.64 at with ATOM 1 129 WITH Transnational corporation 214 15.736 22.46Θ 1,033 1.00 33.20 at with AGON 1170 about THREE 214 15.720 23.556 1,613 1.00 34.45 at 0 AGON 1131 N DPS 215 16.900 21.750 0.965 1.00 32.69 at N ATON OF? SD two 213 17.994 21.986 1.903 1.00 32.87 at with ATOM 1133 NE two 215 17.946 20.917 2.9V7 1.00 31.54 at with ATOM 1134 SS two 21 $ 18.150 21.465 4.372 1.00 31.05 at with ATOM 1135 With ABC 215 17.327 20.692 5,370 1.00 31.52 at with ATOM 1136 NOT ICE 21 $ 17.244 19.2 63 5.060 1.00 30.75 at N ATON 1137 Si ANS 215 17,219 18.320 6.004 1.00 31.15 Yo with ATON 1138 HH1 bottom 215 17.1 h 17.031 5.10+ 1.00 24.64 at and

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ATSN 1139 ΝΜ2 A.V.-S 215 17 .290 18.700 7.274 1.00 .13.67 AT N ATON 1140 WITH Ay-y 215 19.395 22-043 1-2Y5 1.00 33.56 AT with AGON 1141 0 Ayo 210 20.372 22-345 1.914 1.00 32.49 AT 0 ATSN 1142 N RNE 216 19.48 " 21-76Θ -0.012 1.00 35.28 AT n ATOM 1143 SD RNE 216 20.78 " 21.626 -0.65? 1.00 38.92 at with atom 1144 NE RNE 23 " 20, ’3“ 7 20,293 -1.390 one . oo 35.52 at WITH ΑΓΟΝ 1145 Sat RNE 216 22.161 20.080 -2.116 one . oo 30.16 at with ATOM 1146 CP1 RNE 216 22 .198 20.076 -3.499 1.00 25.91 at with ATOM 1147 C 02 RNE 216 23.337 19.066 -1.411 one . oo 02/30 at with ATOM 1140 CE1 RNE 216 23.303 19.962 -4.179 1.90 09/28 at with ATOM 1149 CE2 RNE 216 24,539 19.647 -2.083 1.00 ZO.S4 at with AGON 1150 sa RNE 216 24.565 19.64 6 -3-471 1 -OO 36.63 at with ATOM 1151 with RNE 216 21.128 22.726 -1.640 one . oo 42.03 at with ATON 1152 0 RNE 216 go of 6 23-04 $ -2.528 1.00 43.81 at 0 ATOM 1 1 $ 3 N ki 217 22,326 23.204 -1.49Θ 1.00 47.52 at n ATOM 1154 CA neither 217 22,512 24.292 -2.431 1.00 52.66 at with ATOM 1155 NE ki 217 22.869 25.642 -1.731 one . oo 50.71 at with ATOM 1150 Sat K15 217 21.531 26.130 -1.273 one . oo 50.46 at with ATOM 1157 School B15 217 01/21/9 26.293 -0.030 1.00 50.17 at with ATOM 1153 Y01 K15 217 20,931 26.491 -2.152 1.00 49.4 $ at N ATON 1159 CE1 neither 217 19,461 26.054 -1.16? 100 50.58 $ with ATOM 1160 ΝΕ2 neither 217 19.729 26.743 -0.110 1.00 40.98 at AND ATON 1161 WITH neither 217 24,109 23.930 -2.97 9 ί .00 57.43 eight with ATOM 1162 WITH neither 21? 25,100 44,321 -2.308 1.00 5E. 37 at 0 ATOM And 63 N ARB 2’8 24.216 23.419 -4.206 1.00 64.96 at N ATOM 1,164 CA ARB 216 25,442 22.892 -four . B02 1.00 72 .47 at with ATOM 1165 NE AKC 21B 25.220 22.646 -6.300 1.00 70.99 at with ATOM 1166 SS ICE 210 2 6.190 21.661 -6.954 1.00 90.07 at € ATOM 1167 NE AKC 21B 25.535 20.276 -7.165 1.00101.66 at WITH ATOM 1160 not ICE 210 26.490 19.208 7.654 1.00114.11 at to ATOM 1169 £ 5 ARS 210 26.150 10. (160 -0.07.3 1-00121.60 at with ATOM 117C MH1 ARB 210 24.072 17.600 -6.065 ι, Οΐυη, ΐ9 at one" ATOM 1 171 MH 2 Battery 210 27-081 17.221 -0.505 1 .00127.03 at N ATOM 4172 - ARS 210 26.670 33-862 -4.803 1.00 73.2? at WITH ATOM 1173 0 ARB 21Θ 27.765 23.4 64 -4,575 1.00 74.75 at 0 LT0M 1 1? 4 m (ΐτ, μ 219 26,274 2 5, 134 -4.441 1.00 73.30 at Γί ATOM 1175 CA BYN 219 27.223 26,237 -4,408 1.00 70.94 at with ATOM Ϊ176 NE •and 219 26,467 27.502 -4,079 1.00 75.9ϋ at with ATOM 1177 SS n 219 25.114 27.506 • 4.175 1.00 83.60 at £ ATOM 1170 NE si 219 09.09Θ 28.401 -4.942 1.00 89.19 0 WITH ATOM 1179 OE1 sy 219 22.915 28.422 -four. 599 1.00 91.35 at ΰ ATOM 1180 KE2 SI 219 24.554 29,003 -5.991 1.00 93.47 at n ATON 1181 WITH SI 219 27.926 26.450 -3.151 1.00 66-77 9 with ATON 1182 0 catfish 219 29.042 26.950 3.10 $ 1.00 65.6 " at about ATON 1133 Μ DIA 220 27.250 26.096 -2.065 1-00 62.72 at n ATOM 1184 CA Jasa 220 27.790 26.24? -0.154 1 io five". and at with ATOM 1135 NE ABA 220 26.714 26.721 0.250 1.00 58.33 at with ATOM 1136 WITH ABA 220 20.304 24.89? -0.295 1.00 56.5? at with ltsn 1 18? ϋ L1D 220 29.020 24,769 0.694 1.00 54.79 at 0 ATON 116 " 6 Yaw 221 27, 901 23,982 -1.046 1 .co 52.69 at m ATOM 1189 cl Yaw 221 2B. Ι4Ε 22.512 -0.657 1 .co 48.98 at with ATON 1190 sv 5EV 221 27,234 21.572 -1.412 1.00 48.25 at with ATON 1191 ABOUT Yaw 221 27.591 20.221 -1.196 100 52.95 at ΰ ATOM 1192 WITH Yaw 221 29.612 22.145 -0.876 100 45.54 at with ATOM 1193 0 Yaw 221 30.241 22.604 • 1.823 1 .co 4.1.91 at 0 ATOM 1194 N 1Ϊ5 222 30.140 21.329 0,028 1.00 43.16 at 61 ATOM 1195 CA Bw 222 31.494 20.005 0.064 100 40.62 at with ATON 1196 NE y 222 32.293 21 .215 1.176 100 42.07 I with ATON 1197 SS Bt 222 33,478 22.733 1.292 100 45.25 at with ATON 1198 With Bw 222 32,723 23,204 2,734 1.00 48.85 B with ATON 1199 CE OF 322 3 4,164 22.94? 3.161 1.00 51.16 at with ATOM 1200 NA ia 222 34,354 23.815 4.315 1.00 55 .09 B N ATON 1201 WITH Bw 222 31,409 19.285 -0.183 1.00 ST .00 at with ATOM 1202 0 B5 2.2? 31.643 10.554 0.777 1.00 35.00 at about ATOM 1203 N CPS 223 07/31? 10.833 -1.383 1.00 36.43 B N ATON 1204 CA SUY 223 30.694 17.455 -1.618 1.00 37.63 at with ATON 1205 WITH SUY 223 31.746 16.399 -1.325 1.00 36.41 at with ATON 1206 ABOUT SUY 223 31.424 15.223 -1.246 1.00 36.97 at £ 1 ATOM 1207 NE SUY 223 30.228 17.208 -3.057 100 37.34 at with ATON 1200 YOS SUY 223 28.629 10.083 -E-444 1.00 15.36 0 ATON 1209 N AZR 224 32.990 16,808 1,173 1.00 35.94 at N ATON 1210 CA AIR 224 34.000 15.046 -1.114 1.00 34.10 0 WITH In summer 1231 NE A $ P 224 35-1? 7 16,192 -2.129 1.00 33 .40 at WITH ATOM 1212 SS AIR 221 34.119 1 6.017 -3,560 1.00 33.82 at with ATOM 1213 OO1 AZR 224 33.643 15,412 Zx? 75 1.00 33.19 at 0 ATOM 12} 4 OP2 AIR 224 35.445 18.4? 8 -4.468 1.00 33.20 at 0

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attsn 1215 WITH AIR 224 34.712 15. WWII 0.256 1 .00 34.14 AT with ATON 1216 ABOUT AIR 224 35.55V 14,953 0.532 1, C0 34.57 AT 0 ATSN 1217 n ZKK 225 34.311 16.743 1.116 1 .CO 31.75 AT N ATOM 121 8 CA ZEYA 225 34.055 16.810 2.46V 1.00 31.41 AT with ATSN 1219 NE ZEK 225 33.94 g 1> .663 3.351 1.00 30.07 AT with ATOM 1220 ABOUT Yaw 225 33rd 17.04V 4.627 1.00 34.20 at 0 ATOM 1221 WITH 5th 225 35,119 Ϊ5-450 3.1B4 1.00 30.28 at with ATON 1222 0 5th 225 36.241 35-195 3.603 1.00 30.27 at about ATSM 1223 m ΗΙ8 226 34.091 14.629 3. ZZI 1.00 29-35 at I ATSN 1224 CA H13 226 34,120 13.509 4,272 1.00 29.00 and with ATSN 1225 NE ΗΙΕ 226 32.630 33.036 4.527 1.00 30.92 at with ATON 1226 SSg N1Y 226 32.582 11.721 5.236 1.00 32.20 n with ATSM 1227 ss2 H1 $ 226 32.413 11.423 6. 548 1.00 32.53 at with AGSN 1228 MEZ-1 H13 226 32.571 10.514 4.568 1.00 32.58 at N ATON 1229 CE1 N13 226 32.397 9.531 5.436 1.00 31.14 at with ATSN 1230 ΝΕ2 ΝΤ3 226 32.299 10.056 6.645 1.00 11.62 at N ATSN 1231 WITH ΗΙ3 226 34-969 12-355 3-7 <18 1.00 32.22 at with ATON 1232 0 ΗΙ5 226 35-771 11-700 4.403 1.00 32-16 at about ATSM 1233 and her 227 34.001 12.043 2.4 65 1.00 32.20 at N ATOM 1234 CA her? 227 35.560 10.969 1,369 1.00 31.70 at with ATOM 1235 g SUE 227 37.021 11.310 1.607 1.00 31.69 at with ATOM 1236 ϋ EY ¥ 227 37.911 10.485 1.821 1.00 34.79 at 0 ATON 1237 η tn 22® 37.282 12.536 1.145 1.00 29.42 at n ATOM 1230 CA- tn 220 30.65V 12.930 0. B43 1.00 29.59 at with ATSN 1239 SK · TNR ?20 30.732 14-352 0.270 1.00 27.13 at with ATSM 1249 0 & 1 tn 720 37.094 14.454 -0.891 1.00 20.15 at about ATSN 1241 SO-2 TNN 22 & 40.151 14,674 -0.146 1.00 25.42 at with ATSN 1242 _ · tn 22Θ 39.576 12.060 2-105 1.00 29.6? at with ATSN 1243 0 tn 229 40.704 12.436 2.059 1.00 30.29 at 0 ATSN 1244 S H13 229 38.923 13.232 3.229 1.00 ΖΤ.72 at N ltsi 1,245 CA H1Y 229 ST 562 13.12V 4.525 1.00 27.44 at with ATOM 1246 CE ΗΙ3 229 38.653 13.773 5.573 1.00 25.75 at with ATSM 1247 Sat ΗΙ3 229 39.267 13.858 6,936 1.00 26.14 at with ATSN 3,240 Joint venture? yoke 229 ZE.8V4 14.883 7,572 1.00 23.57 at with ATOM 1249 N01 GPZ 229 39-261 12-801 7,821 1.00 23.19 at s ATOM 3,250 CE1 H15 72E 39.646 13.174 B. 945 1.00 25.43 at with ATON 1251 ΝΕ2 ΗΙ3 229 40.237 14,432 0.020 1.00 2 3, $ 5 at N ATOM 1752 WITH ΗΤ5 229 39-J41 11-661 4.095 1.00 29.45 at with ATON 1253 WITH H15 229 40.691 11,345 5, 4? 7 1.00 29.40 at 0 ATOM 1254 N Bw 230 311.914 10-765 4,553 ] .00 29.6 ’ at N ATOM 1255 CA ate 230 39.074 9.354 four . B77 1.00 70.30 at with ATOM 1256 NE Bj 230 37,769 8,605 4,602 1.00 31.3 " at with ATON 1257 se yee 230 36.376 B.864 5, 806 1.00 32.10 at with ATON Ϊ25Β C01 bj 230 35.554 B, ozo 5,753 1.00 31.32 at with ATOM 1259 C 02 ёо 230 37.653 B.438 7.135 1.00 30.90 at with ATOM 1260 WITH Bj 230 40.166 B .671 4.062 1.00 31.00 at with ATOM 1261 P yee 230 40.971 7.934 four . 664 1.00 30.12 at 0 ATON 1262 N AL 231 40.206 B.913 2. 770 1.00 30.56 at at ATOM 1263 CA ABA 2 (11 41.367 B. $ 43 1.975 1.00 31.9V at with ATOM 1264 CE ABA 231 41.272 9.067 0. 541 1.00 12.60 at with ATOM 1,265 WITH AL 231 42.629 9.133 2- 633 1.00 31.45 at with ATOM 1266 WITH ABA 231 43-650 B.4 62 2.771 1.00 31.71 at about ATOM 1267 N eu 232 42,520 10,309 3, 042 1.00 30.90 at N ATON 12 6-0 CA Xiu 23? 43,612 11-045 3, 717 1-00 33.63 at with ATOM 1269 WITH SUE 232 44.108 10,305 four . 953 1-00 35.99 at with ATOM 127 (1 WITH SUE 232 45.328 10,284 5, 231 1-00 35.65 at ABOUT ATON 1271 N 'UA 233 43.195 9.705 five . 717 1.00 35.53 at at ATOM 1272 CA UAY 233 43.666 B .971 6. BB1 1.00 37.07 at with ATOM 1273 NE UAB 233 42.533 B. 704 7.908 1.00 35.57 at with ATOM 1274 C61 UAY 233 43.009 7.758 8.968 1.00 32.92 at with DTOM 1273 CE2 UAY 233 42.113 10.001 B, 582 1.OS 34.02 at with ATOM 1276 WITH UAY 233 44.294 7.647 6.440 1.00 37.64 at with ATOM 17) 1 with UAY 233 45.170 7.120 7.102 1.00 39.2V at ύ ATOM 1270 N UDD 234 43.675 7.103 5.331 1.00 CB.29 at N ATOM 177 9 CA UAY 734 44.33V 5-766 6,008 1.00 39.89 at with ATOM 1700 NE UAY 234 43,514 5.068 3-866 1.00 36.19 at with ATOM 1201 C61 UAB 234 44,013 3,637 3,661 1-00 33.10 at with ATOM 1202 SB2 UAY 234 42.055 5,024 4,258 1.00 34.67 n with ATOM 1263 WITH UAB 234 45.776 5,855 4,55® 1-00 43.00 at with ATOM 1284 0 Uh 234 46.623 5.070 four . 997 1-00 43.79 at ABOUT ATOM 12V5 N Yen 235 46.053 6.814 3.602 1.00 44.77 at at ATOM 12v6 CA Yen 235 47.281 6.758 2.910 1.00 46.23 at with ATOM 12V7 NE Sec 235 47.056 5.964 1.620 1.00 44.76 at with ATOM 12vv □ C Yen 235 46.021 6.540 S. B39 1.00 42.23 at ΰ ATOM 1289 WITH 5EY 235 47,704 B. 152 2.590 1.00 4 V.21 at with ATOM 3290 ABOUT ZEK 235 48.595 B. 343 1. 684 1.00 4B.69 at 0

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ATSN 1291 N SUE 236 17,304 9.130 3.345 1.00 4 9.94 AT N ATON 1292 CA B ¥ 236 47.032 10.469 3.192 1.00 52.50 AT with ATOM 1293 WITH 0 ¥ 236 49-332 10. + 8 + 3.393 1.00 53.6+ at with ATON 129 + ΰ SUE 236 49.0 + 5 9.799 4.279 1.00 53.07 at 0 ATON 1295 n ICE 237 50,030 11 -272 2.577 1.00 55.39 at to ATON 1296 CA ICE 237 51, + 95 11-329 ? -611 1.00 56-99 eight with ATSN 3297 sv Battery 237 52.010 12.2 ?? 1,51'1 1.08 $ 0.90 AT with ATON 1290 With Battery 237 52,163 11.617 0.149 1.08 6 +, 90 AT t- ATOM 1299 SR Battery 237 52.103 12.625 -0.808 1.08 70.94 AT with ATON 1300 in Ayo 237 52,670 12.109 -2.229 1.00 70, $ 0 AT N ATON 1301 with? LAN ? 37 51.961 11.550 -3.203 1.00 82.50 at with ATON 1302 H! 11 ABC 237 52.563 11.111 Ί.299 1.00 Β6. + 6 at N YTIN 1303 ΝΗ2 ABC 2 37 58.653 11.425 -3.079 1.00 V4.70 at N ATOM 130+ WITH FOREST 237 52.003 11.730 3.967 1.00 55.17 at WITH ATOM 1305 0 Ayo 237 53.036 11-123 4.434 1.00 53.63 at 0 ATON 1306 [one AIR 238 51.4 99 12-7 + 2 4,599 1.00 55.00 E m ATON 1307 Si A $ P 238 52.045 13, $ 09 5-Θ3Χ 1.00 53-7 $ AT with ATOM 1300 CE A $ P 238 52,199 14.832 5.692 1, (10 57.66 AT with ATOM 1309 Sat AZR 238 53.37+ 15,241 4.779 1.00 61.1? at with ATON 1310 001 A8₽ 238 54.346 14.462 +. 622 1.00 60.35 eight with ATON 1311 Οϋ? AZR 238 53.323 16.362 four . 219 1.00 63.48 AT 0 ATOM 1312 WITH A5P 238 52.199 13.003 7. 063 1.00 50.51 eight with ATON 1313 0 AZ? 238 $ 1.606 13-315 0.178 1.00 50.36 AT with ATON 1314 N ABA 239 $ 0-022 12.42 $ 6.0 $ 7 1.00 47.11 eight N ATON 1215 Oh ABA 239 +3,095 12,138 7.95V 1.80 1 + .37 B WITH ATOM 1316 se ABA 239 4Θ.060 13.257 J.P77 1, 00 38-70 AT with ATSN 1317 with ABA 239 48.39+ 10.798 7.734 1.00 +4.34 AT with ATSM 1318 about ABA 239 + 7.5 + 0 10.398 8.5? 4 1.00 44.60 at 0 ATSN 1319 M B ¥ 2 + 0 + 0 .751 10.108 6.656 1.00 44.64 at N ATSN 1320 CA Smiling ¥ 240 + 0-206 0.704 6.127 1.00 46.73 at WITH ATON 1321 WITH B ¥ 2 + 0 + Θ-697 7. 7D1 7.411 A.00 46.30 at WITH ATOM 1322 0 B ¥ 2 + 0 + 9.71E 7. 914 0.086 1.BO 49.76 at 0 DTSM 1323 Ή UAY 241 +7,969 6.624 7-581 1.00 40.91 at I ATSN 1324 CA EA 2 + 5 +0.395 five . 502 but. 323 1.00 50.59 at with ATSN 1325 CE UAY 241 47.190 4.674 $ .810 1 .00 51 .60 at with ATSM 1326 <C1 ¥ ab 241 47.67 7 3-372 9.4 + 0 1.00 51.09 at with ATON 13? one Si GOOD 241 46.370 3. +02 9.02 + 1.00 $ 0.7? at with ATOM 1320 with tai 241 45.293 +. 602 7.49 (1 1.BO $ 1.92 at with ATON 3329 0 ¥ b 241 50.505 four . 561 7.690 1.00 52.95 at about ATOM 1330 N ABA 2 42 40.685 3.Θ85 6-552 1.CO 52-19 at N ATOM 1731 CA A] .A 242 49.427 3.079 5.596 1.00 53.00 at WITH ATON ; 332 sv ABA 2 42 40.617 one . 05 + 5.210 1.00 50.35 at with ATOM 1333 with ABA 242 49.72V 3.915 4.360 1.00 54.75 at with ATOM 13 3+ 0 ABA 2 + 2 19.099 3.7 + 3 3.311 1.00 55.41 at but ATON 1135 to B ¥ 5 2 + 3 50.693 4 .010 4.494 1.00 57.04 at and ATON 1736 CA 1L-H 3 + 3 51.026 5.7 50 3.427 1.00 59.49 at with ATOM 1337 NE 1.Ϊ3 2 + 3 $ 2-169 6.644 3.065 1.00 62.11 at with ATON 1130 SS 1L5 2 + 3 52.031 7. 180 5.2V5 1.00 64.29 at with ATOM 1139 with B ¥ 3 243 53.160 $ -135 $ -673 1_ 00 64.00 at with ATOM 1340 CE B ¥ £ 2 + 3 5?, 959 J.6J + 7.08J 1.00 65.19 at with ATOM 1341 N2 B ¥ 5 243 54.113 9.505 7,542 1.08 £ 5.81 at 1T ATOM 1342 WITH B ¥ 5 2 + 3 51.400 4.983 2-150 1.00 £ 0.19 at with ATOM 13 + 3 0 B ¥ 5 243 52.058 3.951 2,211 1.00 60.85 eight 0 ATOM ] 3 ++ N B ¥ 244 50.970 5,509 1.013 1.00 53.50 at 1+ ATOM ] 3 + 5 sd <51L 24+ 51.32V + .067 -0.230 1, C0 58.54 at with ATON 1s + e WITH ΟΙ.Υ 244 50.309 3.047 -0.70+ 1.00 5V.79 at with ATOM 13 + 7 0 5XL 2 + 4 50.189 3.605 -1.900 1.00 59.80 at 0 ATOM 13 + 8 N JH.A 2 + 5 49.571 3.25 + 0.235 1.00 56.96 at N ATON 13 + 9 CA ABA 2 + 5 48.507 2.321 -0.116 1.00 53.B5 at WITH ATOM 1350 NE ABA 7 + 5 + 7.54 $ 2.160 1.030 1.00 53.7+ at WITH ATON 1351 WITH ABA 245 +7.77? 2.040 -1.340 1.00 51.91 at with ATOM 1352 0 ABA 2 + 5 + 7-669 + .055 -1.54+ 1.00 50.80 at 0 ATOM 1353 N WAY 246 +7,292 1.939 2-15 $ 1.00 49.93 at n ATOM 1354 her 5EY 2 + 6 +6.953 2.24 + -3-534 1.00 40.39 at with ATON 13 $ 5 NE CENTURY 246 47.69+ 1,276 -4, + 55 1.00 $ 0.4 $ at with ATSN 1356 ABOUT BEK 2 + 6 + T.393 1,537 -5.8O $ 1.00 $ 5.36 at □ ATSM $ 13? WITH CENTURY 246 45.451 12+ -3,737 1 - 00 + 6.EZ at with ATSN 1 e $ y 0 BEV 2 + 6 +4.965 1.082 -4.167 1.00 4 6.? 7 at about ATSN 1359 I MET 2 + 7 44.745 3.20 + -3.44+ 1.00 16.10 at N ATOM 1360 CA MET 2 + 7 + 3.30+ 3.133 -3.195 1.03 42.61 at WITH ATSN 1361 SR MET g +? 42.801 4.220 -2.210 1.00 41.03 at WITH ATSM 1362 SS NOT 2 + 7 + 3.302 3.946 -8.814 1.00 41.28 at WITH AT SI 1363 5ΕΙ MET 2 + 7 +2.960 5.209 0.24 + 1.00 41.25 at $ ATSN 1364 CE MET 2 + 7 + 1.35E 5.719 '-0.392 1.00 44.40 at WITH ATSN 1365 WITH MET 2 + 7 +2.401 3-226 -1.401 1.00 40.9+ at WITH ATSM 1366 0 MET 247 +2.695 3.891 -5.305 1.00 40.67 at about

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PBX 1367 N DAO 248 41.379 2.540 -4.305 ι, ΰο +0.61 AT N ATOM 136V CA DAS 24V 40,247 2.656 -5.312 1.00 +2.13 AT with ATSM 1369 NE DAS 240 40,690 1.304 -8.012 1.00 46.07 AT with ATSN 1370 sa ICE 240 41.411 0.802 -6. 551 1.00 52.02 AT with ATSM 1371 ss DAO 240 41.305 -0.609 -7.134 1.00 60.10 E with ATSM 1372 ΝΕ ICE 24V 41.744 -0.681 -0.524 1.00 60.7? AT S ATSN 13? 3 οζ NSA 248 40.919 -0.813 -9. 560 1.00 74.48 AT with ATON 13 And N41 DKb 248 41.407 Ό.864 -10.795 1.00 78.20 AT at ATSM 1375 HH2 DAO 248 39.606 -0.908 -9.364 1.00 76.74 at at ATSM 1376 WITH DAS 240 30.990 z.oaz -4.601 1.00 39-77 at with ATSN 1377 ABOUT DAS 248 38.594 7,400 -3,609 1.00 +0.40 at ABOUT ATSM 137Θ to 8ΕΒ 249 38,397 4,136 -5, oh? 3 1.00 35.62 at N ΛΤϋΜ 1379 CA £$ P 249 37,070 4.561 -4,404 1.00 31.39 at with ATSM 1380 se Yeez 249 37,144 6.027 -3.983 1.00 2Θ.56 at with ATSM 1381 os 5 her 249 36.827 6.873 -5.066 1.00 27.05 at ABOUT ATSM 1382 with leok 249 35.844 4.362 -5.272 1.00 20.48 at with ATSM 1383 ABOUT ZER; 249 35.908 4.501 -6. 498 1.00 27.14 at ϋ ATOM 3 38 * to Bw 258 34.740 4.019 -4.612 1.00 25.37 Yo 1+ ATSN 13J5 SD hgi S8 33.423 3-9'9 -5.234 1.00 25.79 at e ATSN 1386 sv Bw 250 32.789 2,544 -4,928 1.00 26.02 at with ATSM 1387 ss Bw 250 33.376 1,311 -5.64 6 1.0O £ 7.29 at with ATON 1380 SK1 ive 250 34.903 1,214 -5,464 1.00 25.2? at with ATSM 1389 CB2 Bc 250 3Ζ.710 0.065 -5.115 1.00 20.01 at with ATOM 1390 WITH ive 250 32.597 5.013 -4.585 1.00 24.78 at with ATSM 33 * 1 but Bf 250 32.872 5.387 -3.439 1.00 27.0? at ABOUT ATOM 1 ZAZ N las 251 31.599 5.539 -5.205 1.09 22.58 at Ή ATOM 1393 CA A 05 251 30,750 6,566 -4.664 1.08 28.82 at with ATOM 1394 se bottom 251 30.669 7,797 -5.554 1.00 10.39 at with ATOM 1395 ss ICE 251 30.29? 9,005 -4,774 1.00? And .45 0 with ATOM 1396 ss bottom 253 29.335 9,803 -5,561 1.00 31.6? at with DTsN 1397 NOT ICE 351 28.997 11.093 -4.039 1.00 19.94 at I ATOM 1390 cg ICE 251 28.209 12.031 -5,331 1.08 22.92 at with ATOM ) 399 young A NA 251 27.697 11.877 -6. 542 1.00 22.45 at at ATOM ooo ΝΗ2 ICE 251 27.919 13.114 -4.610 1.00 20.38 at at ATOM 1 + 0! <7 AKY 251 29.329 6.124 -4.295 1.00 20.66 at with ATOM 1402 ABOUT bottom 251 28.442 6.036 -5.156 1.00 16.58 at ABOUT ATOM 1403 N UL1. 252 ί * .127 5.87 $ -3.00 (1 1.00 21.54 E at ATOM 1404 Si UL 252 27.892 9.381 -2.482 1.00 21.28 at with ATOM 1405 sv UAY 25? ί '.'. 9 * 3 4,033 -1.688 1.00 19.63 at with ATON 1406 CC1 UAY 252 28.692 3.016 -2.525 1.00 17-44 at with ATON 140? CC2 UAY 352 ? 8,? 71 + .240 -0.37+ 1.00 10.14 at with ATOM 140V WITH UAY 252 27.1J9 6.304 -1,552 1.00 21.35 at with ATON 1409 ABOUT UAY 352 26.120 6,119 -1.029 1.00 24.50 at ABOUT ATON 1410 N Bw 253 27.0 + 0 7,522 -1.333 1.00 ίυ.92 at and ATON 1411 CA B £ c 253 27.232 B .594 -0.550 1.00 20.41 at with ATOM 1413 NE B £ 0 353 26.650 0.861 0.698 1.00 19.02 at with ATOM 1413 eu b £ and 353 28.172 7.724 1.711 1.00 22.59 at with ATOM 141.4 CO2 Bw 253 28.840 0.270 2.980 1.00 21.86 at with ATON 341 $ SP2 LES 253 26.769 7.156 2.020 1.00 21.15 at with DTOM $ 141 WITH Bw 253 27.699 9.896 -1.334 1.00 20.52 at with ATOM 1417 about B £ 0 253 28.861 10.356 -1.956 1.00 19.48 E ΰ DTOM 1418 N D5Y 254 25.924 10.516 -1.303 1.00 21.23 at N ATOM 1419 SD DAN 254 2 $ -? * 8 And vi -1.964 1.00 23.98 at with ATOM 1420 NE D5Y 254 24.346 12-118 -2-349 1.00 26.23 at with ATOM 1421 SS AZES 254 23,416 12.164 -1.157 1.0U 25.36 at with ATON 1423 OB1 D5Y 254 23.009 12.505 -0.039 1.00 23.00 at ABOUT ATOM 1423 yig AND YOU 354 22,161 11.823 -1.398 1.00 ΖΘ.55 at μ ATOM 1424 with AND YOU 254 26.319 12.941 -1.102 1.00 25.22 at with ATON 1425 about AND YOU 254 26.926 12.700 -0.028 1.00 24.34 at ABOUT ATOM 1426 N SUYO 255 26.151 14.171 -1.571 1.00 25.88 at I ATOM 1427 SI Ghe 255 26.802 15.302 -0.916 1.00 28.48 at with ATOM 1428 with SUY 255 26.204 15.465 0.466 1.00 29.01 at with DTOM 3429 about STO 255 26.793 16.101 1.330 1.00 30.18 eight ϋ ATOM 1430 sv SUB 255 26.629 16.588 -1.724 1.00 28.76 at with ATOM 1431 55 0Ύ5 255 27.276 16.517 -3.442 1.00 36.42 E Ξ DTOM 1432 N SEE 256 25,633 14.079 0.605 1.00 28.3? at N ATOM 1433 CA SY 256 74.396 15-1327 1 -9? 3 1.00 28.98 at with ATOM 1434 NE SY 256 07/22 * 15-122 1-520 1.00 78.59 at with ATON 1435 SS SY 256 72,359 36.5 + 9 2.025 1.00 27.4? at with ATON 1436 se SY 256 21.063 ΐ.6.070 1.300 ], 00 25.99 at with ATOM 143? oops SY 256 20,388 15.895 0.843 1.00 27.71 at ABOUT ATOM 1438 SE2 sy 256 20.710 18.080 ι. ιβζ 1.00 21.77 at I ATOM 1439 WITH sy 256 24.767 11.893 2.901 1.00 28.76 at with ATOM 1446 ABOUT sy 256 24.233 and. 796 4.005 1.00 28.16 at ABOUT ATOM 14 + 1 N eat 257 25.690 13.045 2.447 1.00 29.54 E and DTOM 1442 GL SUE 257 26.200 11.964 3.200 1.00 20.50 13 with

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ATOM 1443 WITH SBU 257 25.263 10.774 3,347 1.00 29.00 AT with ATOM 1444 ABOUT SBU 257 25.513 9.795 4.060 1.00 27.09 AT about ATOM 1445 M BUZ 25V 24.163 10.872 2,000 1.00 30.0 $ AT and ATOM 1446 CA BUYO 250 $ 3.113 9.844 $ - 595 1.00 31.63 AT with ATOM 1447 NE BUYO 250 21.757 10.497 2. * 55 1-00 32.03 AT with ATON 1,448 with BUYO 250 20.572 9.539 $ - 594 1.00 35.83 AT with ATOM 1 44 Oe with BUYO 250 19.575 10.016 $ 3.63 1-08 33.55 at with ATON 1450 CE ΕΥ5 250 10-0.76 11.265 3.169 1.08 38.29 0 with ATON 1 461 N3 ΕΥ5 250 17.669 10,963 $ .256 1.00 33.5 $ 0 N ATSN 1452 WITH BU8 $ 50 23.420 0.904 1,433 1.00 30.72 at with ATOM 1453 ABOUT ΕΥ8 258 23.941 9 . 323 0.390 1.00 31.26 at 0 ATON 1454 n SBU 259 23.089 7.633 1.627 1.00 20.86 at n ATON 1455 CA SBU 259 23.292 6.635 0.506 1.00 20.66 at with ATON 1456 WITH SBU 259 22.211 5.590 0.739 1.00 27.16 at with ATOM 1457 ABOUT SBU 259 $ 1.327 5.774 1.556 1-00 $ 9.6 * at 0 ATOK 1458 N TPK. 260 $ 2.263 4.499 -0.050 1.00 $ 5.94 at N ATON 1450 CA Transnational corporation 260 $ 1-2 * 3 3-470 0-] 74 1-08 $ 4.06 at with ATOM 1460 NE teak. 260 $ 0.185 3-497 -0-956 1-00 $ 3.07 at with ATOM 146] 051 Transnational corporation $ 60 TO .716 $ .860 -2.120 1.00 23.27 at 0 ATOM $ 146 CO $ TIR 26 (1 19. WHO 4.929 -1.294 1.00 23.82 at with ATOM 1463 WITH TIR 260 $ 1.003 2.059 0.254 1.00 23.6V at with ATOM 1464 ABOUT tin 260 22.B53 1.774 -0.299 1.00 23.66 at 0 ATOM 1465 N UAB 261 21.083 1.174 0-930 1.00 24.37 at N ATOM 1466 CA UAB 261 21.509 -0.2018 1.075 1.00 24.40 at with ATON 1467 Sv UAY 261 20.511 -1.04 9 1-868 $ 1.80 24.1 at with ATOM 1468 SY1 UAB 261 20-960 -2-486 1-014 $ 1.80 2.98 eight _ · ATOM ] 4 69 with? UD] $ 61 $ 6.445 -0.589 3.307 1.80 26.24 at with ATOM 1470 with UAB $ 61 21.56 * -0.056 -0.276 1.00 25.55 eight with ATOM 1471 ABOUT UAB 261 $ 2.59V -1.631 -0.436 1.00 25.67 B 0 ATOM $ 147 N Yaw 262 20.754 -0.560 -1.202 1.00 25.26 AT N ATOM 1473 CA Yaw 262 20.823 -1.198 -2.510 1.00 28.13 AT WITH ATOM 1474 NE Yaw 262 19.559 -0.928 3.301 1.00 26.07 at WITH ATOM 1475 se Zen 262 $ 19.26 0-447 -3.27 $ 1.00 30.03 at 0 ATOM 1476 with ZEL 262 22.038  S. .704 -3-293 1-00 30.7 * at with ATON 1477 with BEV $ 62 2 $, 734 -1.405 -3.974 Ϊ.00 E0.74 at 0 ATOM 1478 N OBU 263 22.296 0.594 -3.172 THAT $ 3, C8 at to ATON Ts / 9 SL eu $ 03 $ 3.413 ]. 196 -3.076 1.00 3 * .48 at with ATON 1480 with SBU $ 63 $ 4.735 0.71] -3.3? 0 1.ao 35.11 at with ATON 3 401 about SBU 2 63 25.604 0.517 -4.675 1.00 36.07 0 with ATOM 1402 m TNV 264 24.801 0.514 -2.019 1.00 34.36 at N ATSN 1 40 $ CA TNV 264 26.023 0.040 -1.409 1.00 34.23 at WITH ATOM 1404 sv TNV / 64 25,886 -0.023 0, 126 1.00 32.04 at with ATSN 1435 "one TNV 261 25.904 one . 301 0.657 1.00 29.99 at with ATOM 1486 se $ TNR 2 64 01/27/9 -0.816 0.741 1.00 30.03 at with ATOM 1487 with TNV 264 26.216 -1.361 -1.9 * 2 1.00 36-23 P with ATOM 1,480 0 Transnational corporation 264 27.305 -1.719 -2.30 * 1.00 36.00 at with .ATSN 1489 n b £ and 265 25.122 -2.112 -1 - 900 1.08 36.49 at N ATOM 1490 CA B £ and 265 25.119 -3.4V9 “2.338 1-00 36.9 * at WITH ATSN 1491 sv Bei 265 23-602 -3-960 - $ .408 1.00 30. $ 6 at with ATON 1492 se BEI 265 23-306 -5.152 -1.522 1-00 36,0 $ at with ATIM 1193 with! BEO $ 69 $ 1-836 -5.460 -1.766 1.00 37.13 at with ATON 1 * 94 □□ 2 EEO 265 24-170 -6,351 -1.857 1.00 36.13 eight with ATON H95 with b $ 6 $ $ 5.773 -3.583 -3.711 1.00 36.2V at with ATSN 1496 but Bes 265 26.781 -4 .256 -3.8V5 1.00 36.69 at 0 ATOM 1497 m 1BU 266 25.196 -2.891 -four . 683 1.00 36.29 at η ATSN 1490 CA 1BU 266 25.706 -2.929 -6.044 1.00 35.45 at with ATOM 1499 sv 1BU $ 66 24.079 -1.982 -6.950 1.00 31-67 R t ATOM 1500 CC2 1BU 266 25.385 2.047 -8.363 1.00 29.36 at £ ATOM 1501 021 1BU 266 23.390 -2.379 “6.099 1.00 31-58 at with ATON 1502 C01 1BU 266 22.469 -1.530 -7.756 1.00 $ 5.14 at with ATOM 1503 with 1BU 266 27-197 -2-5 * 6 -6,067 ], 00 07.49 at with ATOM 1504 ABOUT 1BU 266 27.064 -3.033 -6.904 1.80 37.39 at 0 ATON 1505 N SBU 267 $ 7.612 -] - 694 “5.134 1.80 37.97 at N ATOM 1506 CA BET 267 $ 9-013 -1.33 $ -5.863 1.00 38.07 at WITH ATOM 1507 with BBU $ 67 $ 9,094 - $. 501 -4,644 1.00 41.23 at with ATOM 1508 ABOUT SBU $ 67 31.043 -2.610 -5.086 1.00 42.31 at 0 ATOM 1509 to Bki 265 $ 9. 36? -3.375 -3.7E7 1.00 11.65 at and ATOM 1510 CA BEL 268 30.122 -4.524 -3.298 1.00 42.08 at with atom 1511 with& BEI 268 29,424 -5.170 -2.095 1.00 42.22 at with ATOM 151 $ ss Bes 268 29.354 -4 .290 0.044 1.00 43.99 at with ATOM 1513 οϋΐ BECH 268 26.420 -4.921 0.173 1.00 43, $ 6 0 with ATOM 1514 C 02 BECH 263 30.756 -4 .005 -0.276 1.00 42.42 at with ATOM 1515 with BECH $ 68 30.204 -5 .529 - 4x416 1.00 43, (10 at with ATON 1516 about BECH 260 31.120 -6.352 -1.451 1.00 41 .86 at 0 ATOM 1517 N OBO $ 69 29,230 ‘5.460 -5,331 Ϊ.0Ο 43.07 at N ATON 1510 CA Sech 269 29-213 -6.378 -6.459 1.00 46.33 at WITH

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ATOM 1515 06 YA1 269 27.818 -6.443 -7.0 $ 4 1.00 43.05 AT with atom 1520 se eo 269 27.622 -7.621 “7.999 1.00 42.78 9 with ATOM 1521 with her 269 26.619 -7,328 -9.103 ), 00 43.42 AT with house 152? OE1 61.0 2 69 25. $ 67 -6.554 -9.969 1.00 42.07 AT 0 ATOI 1 $ 23 0E2 life 269 $ 26.79 1.073 -10,214 1.00 45.39 AT 0 ATOM 1524 WITH syo 269 30,220 -5.929 -7.517 1.00 48.39 AT with ATON 1525 ABOUT ΰΤ.ίΤ 269 30,919 -5.754 -0.110 1.00 49.72 AT ύ ATON 1526 N ENE 270 30,297 -4.619 -7.739 1.00 49.23 AT N ATOM 1527 CA RNE 270 31.354 -4.030 -8.538 1.00 40.36 AT with ATOM 152Ya NE RNE 270 31.211 -2.505 -8.522 1.00 47.34 AT with ATOM 1525 se RNE 270 32.293 -1.761 -9.257 1.00 40.26 AT with ATOM 1530 CP1 RNE 270 32.095 -1.306 -10.552 1.00 40.51 at with ATON 1531 C 02 HERE 270 33.504 -1.475 8-641 ] .00 46.97 at with ATON 1532 CE1 RNE 270 33.059 -0.501 -11.217 1.00 46.26 at with ATOM 153 5 CE? RG1E 270 34.4) 9 9.752 -9.302 1.00 47.34 at with ATON 1534 0Ξ ENE 270 34,254 -0.306 -10.591 1.00 47.47 at with ATOM 1535 WITH RNE 2? Oh 32,730 -4.454 -7.976 1.00 4Θ .75 at with ATOM 1536 0 RNE 270 33,635 -4.802 -8.727 1.00 40.05 but □ ATOM 1537 N 1b 271 32.892 -4.442 -6.658 1.00 49.09 at N ATOM 1533 CA Sie 271 34.162 -4 .801 6.071 1.00 51.75 at with ATOM 1535 Sv 1ЪЕ 271 34.193 -4.501 -4.566 1-00 $ 2.01 at with ATOM 1540 ce2 their 271 35.275 -5.324 -3.306 1.00 49.06 eight with ATOM 1541 set Gye 271 34.422 -3.005 -4.34 $ '-. (I) 52.71 eight with ATOM 154? 001 ΤΙΧ 271 34.765 -2.638 -2-916 1.00 54.10 Yo with ATOM 1543 with T BU- 271 34.404 -6.272 -6.291 1.00 54.91 Yo with ATON 1544 0 TBE 271 35.629 -6.627 -6.577 1.00 54.18 eight about ATOM 1545 N ABC 27 2 33.467 -7, 121 - 6. 1 64 1.00 5V.06 AT N ATOM 1546 CA ABC 272 33.610 -E.557 -6.376 1 .OS 60.91 9 with ATON 1 $ 47 sv AKC 272 32.333 -9.274 -5-934 1.00 62.21 R with ATOM 154Y se ICE 272 32.265 -10.749 -6.317 CF $ 2.63 R with ATOs 1549 with AKC 272 $ 33.25 -11,598 -5,531 1.00 62.94 at with ATON 1550 NOT Ic 272 33.136 -13.000 -5.9’4 ’-00 66.12 at N ATOM 1551 CE lke 272 34-131 -13.876 -5.876 1.03 67.67 at with ATON 1557 N41 Aye 272 33.923 -15.132 -6.252 1.00 67.95 at N ATOM 1553 ΝΗ2 ARB 272 35,329 -13.503 -5.456 KO 69.21 at n ATON 1554 WITH Yrs 272 33,870 -0.846 -7.847 KO 62 .21 at with ATOM 1555 0 ICE 272 34.764 -9.616 -8.196 KO 63.03 B about ATOM 3556 N BUY 273 33.074 -0.221 -8.701 1.00 62.61 at g; ATOM 1557 CA Ι.ΪΞ 273 33.251 -Θ.323 -10.132 B. Of 64.00 at with ATOM 155I NE BUY 273 32.341 -7.313 -10.825 1.00 64.30 at E ATON se RTU 27 3 32.239 -7. "93 Ί2.320 1.RF $ 1 * 49 at with ATOM 3560 SR BUY 273 31.427 -B.739 -12.660 KO 13.19 at with ATON 1561 Sho ΕΎ5 273 29.976 -6, $ 94 -12.216 KO 75.01 at with ATOM 1562 ΝΖ BUY 271 29.238 -7.554 -13.000 1-00 J ’. eleven R. N ATOM 1563 with BT5 233 34.708 -0.040 -30,492 1.00 65.41 at with ATOM 1564 0 BUY 273 35.328 -0.792 -11,229 KO 66.02 at 0 DTOM 1565 N Yaw 27 " 36.253 -6.974 -9.925 1.00 68.14 at n ATOM 1566 CA AEY 274 36.656 -6,626 -10.110 KO 69.59 at with ATOM 1557 NE 5E8 2? 4 37.015 -5.384 -9.110 1.00 67.55 at with ATOM 1560 ss I am EP 274 36.241 -4.284 -9.727 KO 67.09 at 0 ATOM 1569 with 5 EP 27 4 37.551 -7.764 -9.670 1.00 71.55 at with ATOM 1570 0 VER 274 30.246 -B.373 -10.475 KO 72.19 at. □ ATOM 1571 N SON 275 37.525 -8.04 0 -B.372 KO 7 4 * 2? at N ATOM 1572 CA SBI 275 30.417 -9.023 -7.717 1.00 77.J5 at with ATOM 1573 NE sn 275 37.936 -9.379 6,369 ] .00 16, $ 5 at with ATOM 1574 her Sb 275 zaz.zov -10.221 -5,574 1-00 7 6,] V at with AT0M 157 $ NE SBM 275 over .196 -11,209 -4.615 1.00 76.76 at with ATOM 1575 SY BBM 275 .37.04 9 -11-572 -4.9? " 1.00 77.71 at 0 ATSN 1577 ME2 BM 27 $ 30.070 -1 1 - 6 "6 -3.619 1.00 16.7V at GK ATOM 1579 WITH Sc 27 5 30.524 -10.289 -AT. 629 1.00 VO.71 at with ATON 1579 0 6BM 275 39.545 -10.967 -B.606 1.00 VO.41 at about ATOM 1589 N LIE 27 b 37.481 -10.602 -9.388 1.00 04.76 at N ATOs 1581 CA BEO 37b 37,564 -11.713 -10.324 1.00 V9.24 at with ATSN 1582 C8 Betz 276 36.204 -11.97 V -10.971 KO 07.7 $ at with ATOM 1583 se Veo 276 35.112 -12.504 -10.039 1.00 87.27 at with ATON 1584 CP1 BEI 276 33.044 -12.767 “10.033 1.00 05.J6 at with ATOM 1585 SE2 BEO 276 35.591 -13.76V -9-351 $ 1.00. $ 7 at with ATSN 1586 with BEV 276 ZE.59V -11-420 -11.405 1.00 92.0 " at with ATSN 1587 0 LIE 276 39.735 -11.084 11,324 1.00 94.30 at 0 ATSN 1560 N 'ι'Ιίί. 277 ZY.206 -10.63 $ -12.406 1.00 94.47 at and ATON 15YE CA UAY 211 39.050 -1 o, 36 9 -13.567 1.00 96.12 at with ATSN 1599 NE F), 277 39,306 -9.555 -14.652 1.00 95.15 at with ATSN 1591 CC1 UAY 377 37,071 -10.29? -15.118 1.00 93.14 , at with ATSN 1592 CC2 UD B 277 37,020 -8.196 -14.109 1.00 93.32 at with ATOM 1593 with UAY 277 40.37V -9.60 6 -13 . 222 1.00 9KZ at with ATON 1594 0 Y’D 277 41.159 -9.353 -14.107 1.00 97-39 at about

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ΑΤΰΜ 1595 N sm 276 40.630 -9.4 6? -11.939 1.00101.32 AT N ATOM 1596 CA sn 270 41.830 -B .759 +11.522 1.00105.97 AT with ATOM 1597 sv sn 278 41.490 -7.782 -10.392 1.00105.35 at with ATOM 1590 ss C1M 273 41.993 -6.352 10-629 1.00103.69 AT with ATOM 1599 si Ο1Ν 273 41.433 -5.409 9-657 1.0O102.60 at with DTON 1600 Сё1 Mon 273 4 1.46] -4.1V2 -9,? 26 1.00101.20 at ABOUT ATOM 1601 NOT 2 from 270 40.959 -5.965 -6-94? 1.00106.13 at s ATOM 1602 with P1.I 278 42.909 -9,723 -31.057 1.0610V .32 at with ATOM 1603 0 SON 278 42.614 • 10,809 -10.563 1.00109.20 at about ATOM 1609 N RRS 2? 9 49.101 -9.335 -11.206 1 .00109.09 at s ATOM 1605 with PP £ 279 49.637 -0.017 -11.676 1.00107.47 at with ATOM 1606 CA REY 219 45.300 -10.176 -10.760 1.00110.06 at with ATOM 1607 NE REY 279 46.530 -9.402 -11.226 1.00107.07 3 with ATOM 1600 SS REY 279 46.078 -7.981 11.247 E.00106.50 at € ATOM 1609 with R £ Yu 279 45.271 -10.355 - 9.257 1.00111.43 at with ATOM 1610 with REY 279 44.978 -9.413 -0.520 1.00113.16 e 0 ATOM 1611 N UL 200 45.500 -11.564 -0-0O1 1,00116.51 at and ATOM 1612 CA UL 200 45-306 -11-94 7 -7.911 1.00109.51 b € ATOM 1,613 sv UL 200 45.741 -13,435 -7.179 1,00111.61 Yo with ATOM 1619 £ B1 UAY 2Θ0 49.843 -14.319 -0.025 1.00112.81 AT with ATOM 1615 CC2 UL 200 4 7.190 -13.68V -7.524 1.00113.25 at with ATON 1616 with UAY 2Θ0 46.1В0 -11.099 e.431 1.00106.06 at WITH ATOM 1617 ΰ UAY 200 47.391 -10.925 e 583 1.00106.05 at 0 ATON 1610 N ΰΕΪ 201 45.502 -10.572 “5.429 1.001 02.30 at N ATOM 1619 CA B ¥ 201 46.161 +9.771 -9.470 Ι-ΟΟ 96.0 " at £ ATOM 1620 with 01Ε.Υ 201 45.214 -9-509 -3.272 1.00 90.39 at ATOM 1621 with C1L 201 49.000 -9-663 -3.915 1.00 91.92 at ABOUT ATOM 1622 N REY 262 45.731 -9.089 -2.114 1.00 V 5.97 at N ATOM 1623 with REY 202 47,160 -8.Θ5Β -1.046 1.00 V7.84 at WITH ATOM 1629 CA REY 2 "2 49, "96 -0.Θ25 -0.931 1.00 00.46 at WITH ATON 1625 NE RNO 2B2 45.900 -3.715 0.199 1.00 04-00 at £ ATOM 1626 ss REY 202 47,160 -B.263 -0.471 1.00 07.49 at £ ATOM 1627 with RNO 2B2 49.049 -7.556 1.086 1-00 74.39 at £ ATON 620 but REY 282 49.553 E.508 -1.516 1.00 12.04 at £ ATOM 7 629 N jeo 203 42.767 + 7.6 $ !, -0.730 1.00 68.07 at ATOM 1630 CA Ϊ.Ε13 203 41.06] “6-500 -0.783 1.00 61.93 at £ ATOM 1631 ss Bw 203 40.682 -6-702 -1.726 1.00 60.52 at WITH ATOM 1632 Sat Bw 293 41,009 -1-166 -3,163 1.00 60.95 at £ ATOM 1633 cm T.EI 203 Memory 034 -6.034 -1.064 1.00 60.01 at € ATOM 1639 CP2 jeo 203 42.266 -6.975 -3, v31 1.C0 62.63 at WITH ATSN 1635 with yee 303 41.315 -6.118 O.5E5 1.C0 57.20 at WITH ATON 1636 0 Bw 203 40.173 - 6.99 3 1.316 1.00 54.88 at ΰ ATON 1637 M Oy 209 41.972 -4.044 O. 919 1.00 52.54 at n ATON 1630 CA $ Ab 209 40.759 -4.295 2.0 37 1.00 47.36 at with ATON 1639 CH Uh 209 41.674 -3.304 2.H46 1.00 45.36 at with ATON 1640 CC1 UAY 2B9 40.929 -2.737 4.029 ] .00 45.93 at with ATON 1641 CC2 UAY 289 42. B87 -4.050 3.322 1 .00 42.54 at with ATON 1642 with UAY 289 39-591 3.440 1.473 1 .00 44, 91 at with ATON 1643 about UAY 284 39.694 -2.014 0.4] 9 1.60 44.27 at about ATSN 1649 N UL 285 ZYA.9E5 -3.972 2,166 1.00 41.51 at N ATON 1645 SL UL 285 37.341 2-636 1.769 1.60 38.92 at WITH ATON 1,646 sv UA1. 205 36.17] -3.503 Ϊ, 299 1.00 37.13 at WITH ATON 169? C61 OL 285 38,053 -2.695 0.775 1.00 35.52 at with ATSN 164 a CC2 UAY 235 3 6,660 -4.492 0.240 1.00 36.78 at with ATSN 1649 with UAE 2 "5 36,935 -1.794 2.975 1.00 35.14 at with ATSN 1650 0 UAY 285 36.583 -2.329 4.033 1.00 36.12 at about ATSN 1651 N LIE 286 37,024 -0.400 2. B35 1.00 29.16 at l ATOI 1652 CA Bw 286 36.689 a .308 3,943 1-00 27.92 at with ATSM 1653 00 Bw 286 37.665 1.552 4.026 1.00 24.63 at with ATOM 1659 SI B1g 286 37.299 2.609 4,975 1 .00 23.3? at with ATSN 1655 TO-1 Bw 286 37.193 2 .206 6.431 1.00 21.39 at with AT0H 1656 CE> 2 yee 286 38.360 3.75 " 4.629 1.00 23.59 at with ATOM 165? WITH jeo 286 35.27V 0,900 3.742 1.00 2B.41 E with ATON 165 " but Bw 286 34.984 1.517 2.714 1.00 29.12 at about ATSN 1659 N Bw 287 34.4] 4 0.663 4.726 1.00 2V .37 B N ATOM 1660 CA Bw 287 32.99 " 1.003 4.635 1.00 26.51 at with ATON 1661 NE Bw 207 32,115 -0.275 4.7B4 ’.00 32.94 B with ATOM 1662 ss Bw 28? 32.022 -1.197 3.572 2.00 36.53 eight with ATOM 1663 SEN Bw 28? 31,796 -2. 615 4.052 1.00 37.57 at with ATOM 1664 CO2 Bf 287 30.878 -0.692 2.667 1.00 37.50 at with ATON 1665 WITH Bw 287 32.560 2.022 5.701 : .oo 26.32 3 with ATON 1666 ΰ Bw 237 31.825 1.6V2 6.636 1.00 25.55 eight ABOUT ATON 1667 TO REY 208 32.909 3.2V5 5-564 1 -OO 25.69 , at N ATON 1668 Joint venture Ryo 2B8 33.477 3.896 4.319 1.00 26.22 at WITH ATON 1669 SL REY 268 32.701 1,299 6.603 1.00 25.01 at with ATON 1670 sv REY 208 33.736 5,411 6.196 1.00 25.67 at with

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ATON 1671 Sat RIO 708 35-608 5.361 4.683 1.00 24.95 AT with ATOM 16? 2 WITH REY 268 31.336 4.799 6.659 1.00 24, '7TH AT with ATON 1673 Ο- REY 288 31.099 6.009 6.677 1.00 24.06 AT 0 ATOM 1674 Ν ΙΕϋ 2B9 30.3B1 3.871 6.682 1-00 24.21 AT N ATOM 1675 CA ho 2Θ9 26.961 4.213 6-700 1-0 <3 2 4.93 at with ATON 1676 NE Bf 289 28.414 4.2.34 5.277 1.00 21.VO at with Agon 1677 Sat Bf 289 28.726 2.999 4 -4Ζ4 1-00 21.73 at with ATON 167V From 01 Bw 209 27.JA02 1-824 four . 054 1.06 22.VZ but with ATSN 1670 CO2 Bw 289 28.461 3-310 Ξ.97Π 1.00 21.63 at with ATOM 1,600 WITH Ε.ΕΪ) 209 20.165 3.213 7.557 1.00 25.EZ at with ATON 1601 WITH Bw 289 $ 28.61 2.08? 7,737 1.00 2 6.10 at 0 ATOM 1682 N DIA 290 26.90? 3.613 AT . 022 1.00 26.31 at m ATOM 1683 CA AEL 7.90 76.OY0 2.683 0. 709 1.00? ^r >. $ 0 at with ATOM 1604 NE DIA 290 26.142 2.912 10.220 1-80 22.49 at with ATOM 16B5 WITH ABA 290 24.658 2.860 0x220 1.00 27.47 R. with ATOM 16V6 WITH ABA 290 24.266 3.93V 7.756 1.00 2 6.91 at 0 ATOM 1667 N Be 291 23.801 1.789 0.32? 1-80 29.54 at n ATOM willow CA SUE 291 22.436 1-910 0.311 1.80 30.47 at with ATOM 1609 WITH be 291 21.83? 1.040 9.39? 1.00 31.26 at with ATOM 1690 ABOUT Be 291 22. $ 5? 0.577 10.275 1.00 31.62 at 0 ATOM ; be1 N oh 292 20-530 0.001 9.340 1.C0 33.20 at N ATOM ϊ 692 CA OW 292 19.939 -0.177 10.239 1.00 31.71 at with ATOM 1693 WITH OW 232 20,446 -1.550 9.051 1.00 32.14 at <· ATOM 1694 ABOUT B ¥ 292 ZS.856 • 1.719 0.707 1-00 31-02 at ΰ ATON I 699 th TUI 293 20.43? -2.503 10.704 1-00 33.24 at N ATOM 1696 CA TUI 293 20.732 -3.900 10,476 1.00 33.89 at WITH ATOM 697 CE TUI 293 20.391 -4-056 11.627 1.00 36.33 at with ATOM 1 69Θ Sat TUI 293 20.200 -6.306 11.192 1.08 37.79 at with ATOM 1699 C1> 1 TUI 293 21.258 -7,219 11.258 1.08 30.75 0 with ATOM 1,700 E1 TUI 293 11/23? -3.581 10.764 1.00 38.29 at with ATOM 1701 C & 2 TUN 293 19.00V -6.730 10.631 1.00 a. 47 at with ATOM 1702 CE2 TUN 293 18.B53 -7.998 10.139 1.00 37-87 at with ATON 1703 sa TUN 293 19.905 -0.004 10-200 1.00 40.81 at with ATOM 1704 HE TUN 293 19.731 -18.145 0.667 1.00 40.12 at 0 ATOM 1705 WITH TUI 293 20.064 -4.318 9-208 1 .00 34.23 but with ATSN 1706 0 TUI 293 10.055 - 4.168 9-090 1.00 32.68 at ΰ ATOM 1707 N VEN 294 20.031 '4.02 $ $. £ 52 1.00 36.49 Yo I ATON 1709 CA WAY 294 20.296 -5.257 6.971 1.00 3? .92 Yo with ATSN 1? 09 NE VEN 294 20.002 -4.365 5.842 1.00 37.02 at with ATOM 1710 About BYY 294 20.222 -4.740 4.601 1.00 36.27 th 0 ATSN Mon WITH 5 EN 294 20,755 -8.666 6.73C- 1.00 40.60 3 with ATOM 1712 0 5 YOON 294 21.995 -6.919 6.63? 1.00 39.06 AT 0 ATON 1113 to LEU 295 19.846 -7.593 6.621 1.00 43.03 at n ATOM R? 14 CA ARB 295 20-250 -0.969 6.436 1.00 44.95 Ξ with ATOM 1715 NE two 295 19.035 -9.900 6.559 1.00 4b, 5? at with ATOM 1716 SS ARb 29h 18 = 604 -10.555 5.276 1.P0 49-25 with g ATOM 1717 with ARB 295 18.893 -12.030 5.331 1.00 55.43 at with ATSN 1718 ΝΕ Are 295 17.661 -12.79? 5.434 1.00 54.06 at N ATSN 1719 sa ANS 295 17.620 -14.104 $ -653 1.00 54 EV at WITH ATOM 1720 N41 ABC 295 18.751 -14.786 5.790 1.00 56.63 at N ATON 1721 ΝΗ2 ABC 295 16.449 -14.722 5-133 1-00 55.0V at 14 ATON 1722 WITH ICE 295 28.925 -9,084 5.069 1.00 43.35 at WITH ATON 1723 about And her 295 21.975  9.710 4.946 1.00 44.39 at 0 ATON 17J4 n UL 296 28.353 -0.44-6 4.053 1.00 40.22 at N ATON 1725 CA UAY 296 20.917 -B, 5 $ 5 2.715 1.00 41.05 at WITH ATSN 1726 NE UAY 296 20.026 -7.833 1.653 1.00 41.81 at WITH ATOM 1727 SB1 UAY 296 19.931 -6,339 1.964 1.00 43.65 at with ATON 1728 SB2 UAY 296 20.590 -B.056 0.251 1-00 41.55 at with ATOM 1729 WITH UAY 296 22.342 -7.981 2.665 1.80 11.93 at with ATON 1730 0 UAY 296 23.240 -V.58V th .o $ a 1-80 40.42 at 0 ATOM 1731 N Bw 297 22.555 -6.033 3.317 1-00 40.51 at but ATOM 1732 CA Bw 297 23.873 - 6.19V 3.334 1.00 39.85 at with ATOM 1733 NE Bw 297 23,000 -4.005 3-992 1.00 36.62 at with ATOM 1734 Sat yee 297 25.093 -3.965 1.013 1.00 33.08 at with ΑΤϋΗ 1735 □ Ώ1 Bw 297 25x497 - 3. $ 9-3 2,611 1.00 32.37 at with ATOM 1736 SI2 Bw 297 24.075 -2.712 4.027 1.00 32.91 at e ATOM 173? WITH Bw 297 24,050 •?. ABOUT? 3 4.100 1.00 41.61 at with ATOM 1? EV about B1? 297 01/26/04 -7.19'3 3.724 1.00 42.84 at  0 In summer 5,739 N D5N 290 21.383 -7.699 5.173 1.00 43.84 at "G ATOM 1740 CA HOUSE 29Θ 25,259 -8.577 5.935 1 .00 44.5.3 at with ATOM 1? 41 NE Α5Ν 29Θ 21,556 -9.003 7.192 1.00 43.0 " at with ATOM 1742 SS HOUSE 298 21.704 -8.136 3.358 1.00 43.04 at with ATOM 1743 CB1 HOUSE 298 21,706 -6.919 3.106 1.00 $ 43.9 , at 0 ATON 1744 N02 DEN 2EV 21.037 -8.6V9 9-554 1.00 42.99 at N ATON 1749 WITH HOUSE 23B 25.710 -9.756 $ .003 1.00 45.13 at WITH ATOM 1746 £ DON 29E 26. £ 89 -10.114 5.074 1.00 47.16 at 0

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ATOM 174? N D1-A 299 2 ", 763-10.345 4.363 1.00 44-07 AT N ATSM 1740 CA DTD 299 25.055 -11.440 E. 456 1.00 48.47 AT WITH ATON 1749 sz DYD 299 23.842 -11.721 2.605 1.00 42-59 0 with ATSN 17 50 with ABA 299 26.245 -11.098 2.562 1.00 43-77 AT with ATSM 1751 0 ABA 299 27.290 -11.760 2-616 1.00 43.07 AT 0 ATON 1752 N ABA 30ϋ 26.071 -10.056 one . 747 1.00 42.09 AT N ATOM 1753 CA A1L 308 27.083 -9.631 0.702 1.00 41.86 AT WITH ATOM 1754 her ABA 308 2 6.67 5 -8.321 0-123 1.00 37.77 AT WITH ATON 1755 with Aha 300 28.419 -9.459 1.474 1.00 42.97 AT with ATOM 1756 0 A1 *> 1 308 23.466 -9.707 0.911 1.00 44.10 at with ATOM 1757 N Hard currency 301 28,398 -8.947 2.694 1. 30 44.23 at but ATOM 1? 50 units C ¥ -H 301 29,648 -Eh. Θ40 3.414 100 45.71 at with ATOM 1759 sv Hard currency 301 29,430 -0.131 4.738 1.00 45.13 at with ATOM 1765 Sun C ¥ 3 301 29.438 -6.352 4,500 1.00 43.18 n five ATSN 1761 WITH From ¥ 8 301 30.228 -10.224 3.612 : oo four ? . 63 R with ATON 1762 <3 CPS 301 31.393 ten . 466 3.261 - .00 47.12 at 0 ATON 1763 m Si! 302 29.402 -11.137 4-111 1.00 51.11 0 N ATSN 1764 units C1L 302 29.784 -12.532 4-23Θ 1.00 54.23 at with ATOM 1765 sv Sh-h 302 28.601 13-345 4.729 1.00 55 .02 at with ATON 1766 with tan 302 28.766 -14.830 4.4B9 1.00 57.93 th with ATON 1767 with OPT 302 27.821 -15 . 644 5.325 1.00 59.06 B with ATON 176V OE1 tan 302 26-660 -15.823 4.964 1.00 60.77 th with ATsM 176E XE2 tan 302 28.307 -16.140 6.460 1.00 61 .10 N ATSM 1770 WITH tan 302 30.290 -13. 132 2.929 1.00 56.72 th with ATOM 1771 ABOUT tan 302 31.296 -13.640 2-913 1.00 56.31 B 0 ATON 1772 N AI 303 29.596 • 12.862 1-830 1.00 59.07 B N ATON 1773 CA AY) E 303 30-06? -13.342 0.542 1.00 62.00 B <7 ATOM 1774 C0 LY eos 10/29 -12.924 -0.564 1.00 65.70 AT with ATOM 1775 With AKO ZOZ 29.606 -13,207 -1.966 1.00 73.70 B BUT- ATOM 1776 Joint venture dre 30 $ 30.186 -14,512 -2.031 1.00 01.75 E with ATSM 1777 NOT Are 303 30.633 -14.968 -3.359 1.00 8 9.51 eight M ATOM 177B sa ARS 303 31.436 -15.984 ‘3.699 1.00 94-37 AT WITH ATOM 177B ME1 ICE 303 31.611 -16.340 -4.963 ΐ. OU 98.35 AT n ATSM 1790 MH2 ABC 303 32.070 -16.631 2.72? 1.00 97.91 BUT GT ATOM 1781 with Aye 303 31.477 -12.811 0-256 100 61.71 AT with ATON 1762 □ Ay 303 32.407  13.602 0.017 100 62.96 AT 0 ATON 1? 83 N Bp 304 31.647 - 11-480 0.227 1.00 59.43 AT N ATSN 17Sh CA CEO 304 32.971 10.890 P.007 1-00 57.53 at with ATSN 17J5 SR BEO 304 32.891 -9-371 -0.032 1.00 54.34 at with ATSM 1786 se Bw 304 32.255 -6-734 -one . 288 1.00 52.05 at with ATOM 178? C01 Bep 304 32.077 -7.257 -1.037 1.00 52.3V at with ATSM 1788 SP2 EEC 384 33.112 -8.957 -2.490 1.00 50.60 at with ATSN 1709 with Bep 304 33.997 -11.309 one . 066 100 51-95 at with ATOM 1790 0 Bep 304 38.203 -31.297 0.809 1.00 51.93 at about ATON 1791 N ABA $ 05 33.531 -11.666 2.257 ΐ -O0 58-0-5 at N ATOM 1792 CA ABA 305 34.442 -12.134 3. 287 1.00 B9.23 at with ATOM 1793 sv ABA 305 33.734 -12.190 4.635 100 56.74 at with ATOM 1794 with AEA 305 34. “65 -13.515 2.905 100 61.85 0 with ATOM 1795 with A <xA 305 36.> 63 -13.705 -3,025 100 60.10 at 0 ATOM 1796 N two 306 34.061 -14.374 2-428 1.00 65.01 at N ATOM 1797 ate yake 306 34.389 -15.766 2,098 1.00 67.69 0 with ATOM 1798 SI LAB 306 33.117 -16.582 1.172 1.00 70.93 at with ATOM 3,799 her dyas 806 32,222 -16,701 2,978 1.00 76.23 at with ATOM 1800 SR DAO 306 31.4175 -11.736 2.703 1.00 81 .71 at with ATOM 1801 ΝΕ- DAO 806 80.39 " -18.093 3.948 1.00 80.37 B n ATOM 1802 with? ABC 308 29.232 -18.738 4.016 1.00 91.08 but with ATOM 1803 N31 two 308 28,693 -19.016 5.202 1.00 93 -39 R N ATOM 1904 N32 bottom 308 28.609 -19.102 2.899 100 94.36 R N ATSM 1905 WITH bottom 306 35.34V -15.043 0.921 1-00 66.50 n WITH ATOM 1906 about bottom 306 36.274 -16.655 0.911 1.00 6? .91 at 0 ATOM 1907 but ABA 307 35.119 -14.909 -0.068 1.00 63.54 at N ATON 1809 CA ABA 307 36.020 -14.861 -1.205 1-00 59. IN at WITH ATON 1809 sv ABA 307 35.355 -14 .024 5-301 1.00 57.91 and WITH ATON 1 n 1 s. with A1L 307 37.357 -14.232 -0-804 1.00 57. 02 Yo WITH ATON 1811 about ABA 307 38.181 ‘13 .823 -1.660 1.00 09.09 at 0 ATOM 1812 N Bk 309 37.626 -14.134 0.492 3.00 54.92 B N ATOM 1813 CA So eee 38.983 -13.757 0.909 1.00 51,44 B WITH ATOM 1814 with <B ¥ 308 39.210 -12.268 one . 17B 1.00 49.16 at WITH ATON 1815 0 Bk ZO8 "0.329 -11.399 1.516 1.00 4B. 32 R ABOUT ATSM 1918 N UDD CALL 38.100 -11.456 1.047 1.00 48.13 at N ATOM 1017 units ude Call 38.370 -10.021 1.235 ι.οΰ 46.1) 0 WITH ATOM 1B1B CE UDD call 37.356 -9.209 0.421 1.00 44.93 at WITH ATSM 1019 CC1 UAY call 37.720 -7.740 0-189 1-00 44.60 . at ATSM 1820 CC2 UAY 309 37.329 -AT. 689 -1.02? 1-00 42.19 at £ ATOM 1821 WITH UAY 309 38.264 -3, BOS 2.704 1.00 46.55 at and ATSN 1022 ΰ UDD 309 37.516 -10.209 8.472 1.00 09/09 B ΰ

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Atom 1323 I UDD 310 39.030 -8,587 3.091 1.00 45.09 AT N ATOM 1824 CA UDD 310 38.943 -B.015 4.437 1.00 44-13 eight with Atom 1825 se UAY 310 40.353 -7.668 4.904 1.00 4 $ 5.8 3 with ATOM 183 E S1 UDD 310 40.219 6.873 6,295 1-00 46.71 E with ATON 1827 SY2 UAY 310 41.164 -8-939 5-223 1-00 4 6.65 AT with ATON 1828 WITH UL 310 38.125 -6-726 4-4 33 1-00 42.90 AT with ATON 1839 0 UAY Zu 38.60]  5,679 3.902 1.00 43.01 3 but ATON 1830 N Bw 311 E6. -6,799 4.942 1.00 41.73 Yo to ATON 1831 cl Ι.ΕΙΤ 311 36,047 -5.612 5.001 1.00 38.57 B with ATCI 1832 NE 1ECH 311 34,078 -5.970 4 .083 1.00 38.91 at with ATOM 1333 ss 1E0 311 34,197 -6.356 3.455 1.00 41.16 AT with ATOM 1834 C01 1E0 311 35.473 -6.615 2.644 1.00 43-00 AT with ATOM 1835 CO2 Bw 311 33.2В0 -7.585 3.101 1.00 40.54 AT with ATOM 1836 WITH CEO 311 36.21C -4.974 6,448 1.00 36.32 AT £ ATOM 1837 □ ёо 311 35.990 -5.620 7-411 1-00 33.22 AT and ATOs 1838 AND UAY 312 36.598 -3.696 6.454 1.00 36.10 AT at ATSM 1J39 CA UAY 312 36.634 -2-901 1.682 1.00 36.13 AT with ATON 1840 NE il 312 37.971 -2.156 one . 835 1.00 33.57 at with ATON 1341 honeycomb UAT 312 37,949 -1.274 9.061 1.00 30.27 at with ATON 1842 ss? UAY 312 39,094 -3.163 7.964 1.00 34.18 at with ATOM 1343 with UAY 312 35.507 -1.093 7.646 1.00 37.18 at with ATON 1844 ABOUT UAY 312 35.316 -1.213 6.643 1.00 39-23 at 0 ATOM 1845 N tn 313 34.740 -1.003 8.128 1.00 37, bb at N ATOM 1846 CA tnm 313 33.611 -0.002 8-744 1-00 37.25 at with ATOM 1847 NE TNCs. 313 32.291 -1.64 5 8.538 1.00 36.13 at with ATON 1848 SY1 THY. 313 51-2 63 -0-731 $ 0.16 1.00 37.57 at about ATOM 1849 CC2 TNV 313 31.087 -2.350 9. B14 1.00 33-52 at with ATOM 1850 WITH THY Z’.Z 33.531 -0.10? 10.353 1.30 36.40 at with Atin 1851 ABOUT T.N.R 313 34.036 -0.561 11.073 1.00 36-B-B AT 0 ATOM 1852 N a: l 314 32.894 1.071 10.-308 1.00 34.34 at N ATOM 1853 CA A1L 314 32.627 1.073 11.20 $ ] .00 31.94 at WITH ATOM 1854 NE ABA 314 32.299 3 .205 10.802 1.00 32.67 at with ATON 385 $ with Α1Λ 311 31.188 1 -308 4Ϊ-Ο8Ο ] .00 31.52 eight with ATOM 1886 about A and 314 30.44 3 0.911 11.521 1.OS 31.50 at with ATOM 188? N ABA 315 31-682 1 -29-5 10,364 1.00 31.10 Ξ N ATOM 185Y CA ABA 315 ZS.728 0.667 14.277 1-00 32.53 e WITH DTOM ] 0 $ 9 NE ABD 315 31 -3 $ 4 0.496 15.654 1.00 38.26 but WITH ATOM 1860 WITH ABA 315 29.437 one . 46 $ 14,400 1.00 35.34 g with ATOM 1861 ABOUT ABA 315 28, for 3 0.913 14.708 ‘.09 36.03 but 0 ATOM 18 62 N SUE 316 29.520 7.774 14.165 1.00 36.52 □ N ATOM 1863 CA OW 316 28.340 3.606 14.262 1.03 37.34 AT WITH ATOM 1864 WITH SUE 3] 6 28-494 4.613 15.378 1.00 38.62 at WITH ATOM 1065 ABOUT SUE 316 29.157 four . 317 > 6.376 1.00 41.26 B ABOUT ATOM 1 in 66 N D5I 317 27,870 5.782 15.216 1.00 CB.59 AT N ATSM 1867 CA D £ P 317 28.134 6.964 16.041 _00 38-47 at WITH ATOM 1V6V Sz D8YA 317 28.289 B .235 15.168 1.00 38.39 at WITH ATOM 1869 SS DEM 317 29.539 0.107 14.38 ’ 1-00 39.27 at WITH ATOM 1870 C1C1 AZ I 317 30.506 7.535 14.764 1.00 40.16 at 0 and there 1871 ΉΟ2 Α3Ν 317 29.048 0,903 13,265 1.00 40.64 at £ ’ ATOM 1872 WITH lzn 317 27.033 7.264 17,029 ], 00 38.47 at WITH ATOM 1873 ABOUT ΑΞΗ 317 26.906 0.400 17.438 1.00 37.31 at ABOUT ATOM 1874 and RNE 318 26.217 6,272 17.343 1.00 38.66 at and ATOM 1675 sa RNE 318 24,974 6,581 18.027 1.00 39.58 at with ATSM 1876 sv RNE 318 23-316 5, $ 99 17,304 1.00 38.09 at with ATON 1B77 ss RNE 318 23,744 6.244 15.039 1.00 35.73 e with ATSM 187B CO2 RNE 318 23.340 7.502 15.430 1.00 33.00 at with ATOM 1879 CO2 RNE 313 24,089 5.313 14.869 1.C0 31.60 at with ATOM 1880 CE1 RNE 318 23.280 7.821 14.083 1.00 30.00 at with ATOM 1881 CE2 RNE 313 24.026 5.64 0 13,016 1.00 32.23 at with ATON 1882 C £ RNE 318 23.620 6.093 1 3,132 1.00? $. E5 at with ATON 1883 WITH RNE 313 24.987 6.310 19,499 1.00 39.5V at with ATOM 100 4 □ RNE 318 23.973 6.342 20,173 1.00 39.71 at 0 ATSM 1805 N ANU 319 26.100 5-008 1 9.396 1, 00 41.36 at N ATON 180 6 Si Battery 319 26.316 5.2YZ 23.39? 1.00 43.43 at with ATON 1807 NE Ayo 319 26-120 6,573 22. 341 1.00 44.77 at with ATON 1888 ss ICE 319 26.990 6.509 23.603 1 .00 48.51 at with ATCI 180V with ICE 319 26, 720 7.651 24.620 1.00 51.31 at with ATON 1890 NOT ANO 319 27,431 7.397 25.ΕΘ4 1 .CO 55.25 at N ATOM 1891 C £ Ayo 319 2 ", 457 0.111 26.349 1.00 58.43 at WITH ATON 1892 HH1 ICE 319 28.914 9.152 25.661 1.00 59-3] at μ ATOM 1893 ΝΗ2 ICE 319 29.051 7.763 27.190 1.00 0?, 79 at n ATOI 1894 WITH ICE 319 25.308 4 .271 21.720 1.00 43.91 at with ATOM 1095 ABOUT ICE 319 24.741 4 .212 23-820 1, 00 44.45 . eight 0 ATOM 1Y9E N ABP 320 25.101 3.396 2C.743 1.00 43.1Ϊ b N ATOM 3897 CA AZR zga 24.102 $ 2.34 20,809 1.00 43.73 at WITH ATOM 189 " NE ABP 320 23.065 2 b? 7 19.715 1.00 42.02 3 WITH

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ATOM 1099 Sat D5R AYO 21.795 1.007 $ 19.9 1.00 4Ъ.®4 AT with ATOM 1900 OP1 A5P 320 21.657 1.219 21.04 9 1.00 4 $ .90 Yo P ATOM 1901 Οϋ2 AZR 820 20.926 1.785 19.04® 1.00 4V-43 five Ό ATOM 1902 with AZR 320 24.026 1.020 20.580 1.00 45.02 AT with ATOM 1903 th AZR 320 26.034 1.010 20.291 1.00 45.1? AT 0 ATON 1904 I AZE 321 24.111 -0.095 20.714 1.00 45.07 at N ATSN 1905 her ΑΞΡ 321 24.592 -1.392 20.387 1.00 46.17 at with ATON 1 906 sv AZR 321 23.7Θ9 -2.522 20.881 1.00 47.34 at with ATOM 190 " her ΑΞΡ 121 24.303 -3.898 20.619 1.00 51.14 at with ATCI 190® □□ 1 AZR 321 25.355 -3.996 19.028 1.00 51.9V at 0 ATOM 1909 OP2 ΑΞΡ 321 23.8Θ6 -4.892 21.202 1.00 53.20 at ΰ ATOM 1910 ς- AZR 321 24.899 -1.522 13.071 1.00 46.01 Yo with ATOM 1911 ο AZR 321 23.972 -1.311 10-061 1.00 16.19 at 0 ATOM 1912 to ABA 322 $ 26.11 -1.879 18.473 1.00 45.06 but N ATOM 1913 CA ABA 322 26-404 -1, e? 6 17.859 1-00 4 4.1® to with ATOM 1914 sv ABA 322 27.964 -2.302 16.936 1.00 42.90 at with ATOM 1915 with ABA 322 25.bbb -3.011 16.292 1.00 44.26 at with ATPM 1916 about ABA 322 25.403 -2.898 15.082 1.00 42.38 at 0 ATOM 191? I SU 5 323 25.170 -4.020 10.996 1.00 46.1? at S ATOM 1913 units SUY 323 24.540 -5.154 26.335 1.00 47.75 Yo with ATON 1919 with CPS 323 23.225 -4.782 15.655 1.00 47. ’$ at with ATOM 1920 0 CPS 323 22.621 “5.596 14.947 1.00 49.21 Yo 0 ATOM 1921 sv CPS 323 24-302 '6-277 Z?, 331 1.00 4Τ.32 1Ϊ with ATOM 1922 &with CPS 323 25-755 -6.815 18-317 1.00 51.32 at eight ATON 1923 Th LIE 324 22,706 -3.547 15.359 1.00 44.42 at N ATSN 1924 CA Bf 324 21.537 -3. 106 15.275 1.00 43.95 at with ATSN 1925 sv Bw 324 20.781 -2.256 16.2ΕΘ 1.00 42.70 at with ATOM 192® se Bw 321 19.899 -3.109 17.215 1.00 42.50 at with ATOI 1927 CP7 Bw 324 20,409 -4.537 37.211 1.00 41.91 at with ATSM 1920 C & 2 Bw 324 19.893 '2.514 18.621 1.00 41.27 g with ATOM 1929 with ёо 324 21.746 -34V 13.969 1.00 4?, 2® at with ATOM 1930 0 Bw 324 20.001 -1.845 13.367 1.00 30.50 Yo 0 ATOM 1931 S TUK 525 22-992 -2, 299 13,519 1.00 40.9® to [one ATOM 1932 CA TOUR 325 23-34? -]. 560 12.3 <5 1.00 39.73 at with ATOM 3933 ev TUK 325 24.155 -0.320 12.696 1.00 3? , 77 at with ATOM 1934 with TOUR 325 23.499 0.517 13.742 I.00 33.29 at with ATOM 1935 ss ’ TUK 325 22.650 1.557 13.377 1.00 34.00 at with DTOM 1936 SK1 TUK 325 22.022 2. 334 14.321 1.00 33.26 at with ATOM 1937 c & 2 TUK 325 23.709 0.271 15.006 1.00 30.61 at with DTOM 1939 CE2 TUK 325 23.387 1.038 16.039 1 .OS 33 .72 at with ATOM 1939 cg TUK 325 22.239 2.074 15.649 1.00 33 .01 at with ATOM 1940 □ s TUK 325 21.597 2.844 16.BV8 1.00 32.19 at 0 ATOM 1941 with TUK 325 24.180 '2.407 11.377 1.00 40.49 at with DTOM 3942 0 TUI 325 07.25V -3.134 11.823 1.00 4 1.20 at 0 ATOM 1943 N ZEK 326 23.936 -2 .294 10.000 ΐ .00 4 0.51 at n ATOM 1944 CA ZER 326 24.040 -2 .809 9.106 , 00 4 1.58 to with ATOM 1945 sv ZEK 326 24,062 -3.730 $ .091 :, 00 4 2.97 eight with ATOM 1946 se ZER 326 23,315 -4,736 8,753 1.00 42.86 to 0 AGON 1947 with ZEK 326 25.653 -1,? 91 3,392 1.00 41.69 at with DTOM 1943 0 ZEK 326 25.202 -0.655 8.270 1.00 42.79 at 0 ATOM 1949 N Ryo 327 26,060 -2,123 7,924 1.00 40.03 at I ATOM 1930 SR PPO 327 27.684 -1.258 7.0Е2 Ϊ.00 39.65 at with ATOM 1931 CA Ryo 327 27.41Θ -3,473 8.960 1.00 30.97 at with DTOM 195? ev Ryo 327 28.303 -3.620 6. ΒΞ1 ! .00 to .09 at with ATOM 1955 Sat REY 327 28.693 -2 .200 6.454 1.00 30.79 at with ATOM 1954 with RAS 327 28.168  3.701 9.358 1.00 37.64 at with ATOM 1955 0 PPO 327 28.955 -4.697 9.392 1.00 30.69 at 0 ATOM 1956 N ABA 32 & 27.890 -3.037 10,424 1.00 35.56 at N ATOM 1957 CA ABA 326 20-624 -3.219 13,672 1.00 34-2 $ at with ATOM 1958 sv ABA 328 28.27 (1 -2.119 12,651 1.00 31.78 at with ATOM 1959 with ΑΙΑ 326 28.316 -4.071 12,207 1.00 34.7] R with ATOM 1960 0 ABA 328 29,161 -5.236 12.818 1.00 32.22 at 0 ATOM 1961 N ZEK 329 27.064 -4,972 12,105 1.00 37.03 at N ATON 1962 CA ZEK 329 26.602 -8.104 12.955 1.00 39.06 at with ATOM 1363 sv ZEK 329 25,060 -6.120 13.024 1.00 39.91 at with ATOM 1964 se ZEK 329 74.482 -6.166 11.734 1.00 39.62 at with ATON 1969 with 5 EN 329 2? .123 -7.343 12.282 1.00 39.36 at with ATOM 1966 with CENTURY 329 27.029 -8.439 12.B27 1.00 41.11 at ΰ ATOM 1967 I ABA 330 27.691 -7.163 11.096 1.00 30.72 at to ATSM 1965 CA ABA 330 28.1 73 -8.304 10.324 1.00 39.45 at with ATOM 1969 CA ΑΙΑ 330 28.499 -7.071 8.901 1.00 36.46 at with ATOM 1970 with ABA 330 29.391 -8-9Θ8 10.96? 1.00 40.24 at with ATOM 1971 0 ABA 330 30.410 8.359 11,276 1 .00 39.63 . at but ATOM 1972 N RKO 331 29-28? -10,308 11.159 1.-10 41.42 at and ATON 1973 SR REY 331 20,083 -11.075 1O.708 1.00 42.18 at with ATSN 1974 CA T-bills 331 30,275 -11.14? 11.842 1.00 42.22 at with

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ATSN 1975 Sa ΡΡ.ΰ 33 ’ 29.609 -12. 530 11,831 1-00 42.39 AT with ATON 1976 SS ₽m 331 20.163 -12.270 11,690 1.00 42.38 AT with ATCI 1977 WITH rnO 331 31-613 -I, 193 1), 112 1,08 42.21 AT with ATON 1978 ϋ RNO 331 32.677 -11,112 31,727 1.00 41.29 AT with ATCI 1979 N ss-lz 332 31.562 -eleven. 340 9.797 1.00 42.77 g N ATON 1980 CA οι.υ 332 32-755 -11.54 $ 9,014 1.00 4 5. 40 at with ATON 1981 NE 600 332 32, "32 -12.446 7.Θ25 1.00 46.55 at with ATON 1982 ss si 332 31,067 -12.100 7.21Θ 1.00 50.46 at with ATON 1383 si syo 3 32 30.035 -13.245 7.57 3 1.00 52 .20 but with ATON 1984 CE1 si 332 30,196 -14.405 7.120 1.00 50.77 at 0 ATSN 1985 CE2 si 332 29.05V -12.916 B.292 1.00 52.83 at about ATOM 1986 WITH si 3 32 33.344 -10.209 8.551 1.00 45.69 eight with ATON 1987 :) SI 332 34.237 -10.159 7.690 1.00 4? .38 AT 0 ATON 1 9th N UAY 333 32.032 -9- 127 9-139 1-00 45.52 AT n ATON 1989 CA UAY eze 33.361 1.177 8,936 1.00 44.63 at with ATSN 19 * 9 With UAY 333 32.211 -6,768 8,689 1.00 43.61 eight with ATON 1991 CC1 UAY 333 32,743 -5.315 8.7 30 1.00 43.34 but with ATON 1992 CC2 UAY 333 31 .545 -7,051 7.350 1.09 42.09 to with ATON 1993 WITH UAY 333 34.159 -7.311 10.140 1.00 44.86 c with ATON 1994 0 UAY 333 33.864 -7,694 11.283 1.00 44.91 five about ΑΤζΗ 199 $ TO 1b 334 35.193 -6.400 9.915 1.00 43.56 eight N dton 1996 CA 1st 334 35.937 5.873 11.009 1.00 42.14 at with ATCI 1997 C5 1b 331 37.403 -5-597 30-610 1.00 41. 32 at with ATON 1990 ss2 1b 334 ZV.140 -1, 925 31-771 1-00 39.45 at with ATON 1999 SB1 1K 334 38.10V -6.9Ϊ7 10,323 1.00 42.05 at ATOM 2000 CP1 ΤΪ-Ε 334 38,189 -1.525 11.520 1.00 41.74 at with ATON 20O1 with 1b 334 35,276 -4.564 11.391 1.00 42.30 at <- ATOM 2002 0 11th 3 34 35,264 -3. 604 10.61? 1.00 44.99 at about ATSN 2003 at TNR) 335 34.724 -4.520 12.593 1.00 40.57 at ίί ATOM 2004 CA ΤΗΕϊ 335 33.099 -3.411 13.012 1.00 39 * 86 at [? ATON 2005 NE THY 335 32-565 -3.934 13,568 1.00 35.34 at Bg ATON 2906 wasp TNR 335 31.900 -four . 602 12.527 1.00 35-93 at 0 ATOM 200? C & 2 So 335 31,676 -2.783 14.016 1.00 37.95 at _ · DTOM 2009 with Transnational corporation 335 34-653 -2. 615 14-061 1.00 39.84 at g- ATOM 2009 0 So 335 35,212 -3.185 14.999 1.00 40.80 at 0 ATSN 2910 N UAY 336 34,695 -1.297 13.903 1.00 39.6V at 0 ATOM 2011 CA UAY 336 35.676 -0.501 14.620 1.00 38.86 at with ATOM 2C12 NE UAY 336 36.670 0.190 13.674 1.00 36.14 at with ATON 2C13 SI UAY 336 37,660 3.015 14.475 1.00 34.81 at with ATOM 2014 CC2 UAY $ 33 37.39V -0.843 12.830 1.00 34.0V at with ATON 2015 WITH UAY 336 35.029 0. 576 15.455 1.00 39.97 at with ATON 2016 0 UAY 336 34,301 1.463 14.923 1.00 41.64 at ΰ ATON 2017 TO SAT 337 35.239 0.51V 16.763 1.00 49.20 at N ATOM 2010 CA SUE 3 37 34.B02 1.610 17.606 1.00 39.73 at ,P ATOM 2019 WITH SAT 337 35-746 2.787 17.486 1.00 39.43 at ATOM 2020 0 SUE 337 36.700 2. 690 16.020 1.00 39.46 at ATSN 21 * 21 TO ABA 330 35.391 3.901 18,126 1.00 39.12 at n ATSN 2022 CA ABA 330 36.217 B. 106 18.096 1.00 38.05 at with ATOM 2023 NE DE. BUT 339 35.435 6.256 17.479 1.00 34.55 at with ATOM 2024 with ABA 3 30 36.667 5.466 19,509 1.00 38.46 at with ATON 2025 0 ABA 33Θ 35.816 5.480 20.451 1.00 39.47 at 0 ATSN 2026 N TNR 339 37,944 5.795 39.651 1-00 39.40 at AND ATON 2027 CA TMV 339 38,179 6.249 20.922 1.00 42.52 at with ATSN 2020 NE TMV 339 39.53? 5.277 21.517 1.00 44.20 at with ATON 2029 ΟΕΪ TMV 339 40,599 5.071 20.576 1.00 46.75 at 0 ATON 2030 CC2 TNR 339 38,907 3.935 21.061 1.00 45.49 at. with ATON 2031 WITH TMV 339 39.154 7.569 20.684 1.00 14.1] at with ATSM 2032 0 ΤΗΒ 339 39.425 7. 931 19.542 1.00 43.96 at about ATOM 2033 AT AIN 340 39.422 0.284 21.767 1.00 46.79 at n DTON 2034 CA llamas 340 40.001 9.577 21.685 1.00 18.44 at with ATOM 2035 C0 AYY 340 39.205 10.626 22-165 1.00 46.64 at with ATON 2936 with I will give 340 39.236 10.334 23-943 ] -00 45.72 at with ATON 2037 001 Α5Ν 340 39.719 9.294 34.40] 1.90 9 3.67 at 0 ATON 2038 N02 A5Y 340 38.651 11.254 24,706 1.00 45.68 at n ATOM 2039 WITH Liang 340 41,515 9-510 22,210 1.00 47.97 at with ATON 2040 0 D5N 340 42.037 0.434 23,432 1.00 46.71 at th ATOM 2041 at ABA 341 42,134 10, 676 22.337 1.00 49.51 at l ATOM 2042 CA ABA 341 43,538 10.786 22.68V 1.00 51.79 at with ATOM 2043 sa ABA 341 4 5.997 12.243 22.534 1.00 19.71 at with ATOM 2941 ABA 341 43.801 10.296 24.110 1.00 54.25 at with ATOM 2945 0 ABA 341 44.954 10,227 24.547 1.00 54.8 $ at about ATSN 2946 at SY 342 42.730 9.964 24.029 1.00 56.61 at at ATSN 294? CA SEN 342 42.838 9.357 26.158 1-00 58.83 . at with ATSM 204 0 sa SI 342 41.779 9.946 27.084 1.0 (] 60-38 at with ATON 2049 with Ym 342 41.371 11.352 26,715 1.00 63.15 at with DTON 2050 g & si 342 42.561 12.272 26.63? 1-00 65.06 at with

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ΑΤΰΗ 2051 □ £ 1 SY 342 42.539 13 .276 25-910 1.00 66.99 AT 0 ATOM 2052 HE2 SY 342 43.616 11.939 37-381 ; oo 66.05 eight [four ATOM 2053 with □ bm 342 42.660 7,832 26.105 1.00 59.71 AT WITH ATSN 2054 0 □ b 342 42.6? 5 7,165 27.143 1.00 59-74 eight 0 ATSN 2055 N ABP 343 42.54? 7,203 24.895 1.00 59.69 eight m ATON 2056 CA AZR 343 + 2.193 3. Θ88 24.706 100 59.97 Th with ATSM 2051 SV AZR 343 43.276 four . 9Θ3 25.315 1.00 60.43 AT with ATON 205Θ CH AZR 343 44.410 4.6V5 24.328 1.00 £ 2.18 AT WITH ATOM 2059 001 AZR 343 44.125 four . 403 23.130 1.00 63-5 $ AT about ATSN 2060 002 AZR 343 45.591 4.644 24.739 1.00 64.86 eight 0 ATON 2061 WITH AZ? 343 46.004 5.552 25.281 1.00 59.50 β WITH ATON 2062 ABOUT A £ ₽ 343 40.562 4.440 25.756 100 58. 20 AT 0 ATOM 2063 N Sy4 344 39.096 6.527 25-210 1.00 58.40 eight to ATSN 2064 CA SY 344 38.53! 6.362 25.712 100 56. BV AT with ATOM 2065 sv □ cm 3 + 4 38 .226 7,428 26.700 1.00 57.01 Yo with ATON 2066 SI 01.Ν 344 38.911 7.171 28.1OS 1.00 59.32 Yo with ATSM 206? SR sm 34 4 $ 8.50? 5, 837 28.714 1.00 61.90 B g ATSN 2060 OE1 GZN 344 37.395 5.6Θ7 29.225 1.00 61.8V E ίί ATSM 2069 ΝΕ2 sm 344 39,410 4.858 28.660 1.00 63 .80 R to ATSN 2070 WITH sm 344 17.473 6.420 24.607 1.00 54 .73 AT g ATOM 2071 0 11/01 344 37.713 6.939 23.120 1.00 55.32 AT 0 ATSN 2072 N Ryo 345 36.276 five . 887 24.864 1.00 52.34 AT l ATOM 2073 With PH <3 34 5 35.B 64 5.215 26,130 1.00 52.86 at ATOM 2074 CA RM 34 5 35.208 5.872 23.981 1.00 51.32 at with ATOM 2035 NE rio 3 + 5 34 OYO five . 115 24.572 1.00 52,46 at with ATSN 2076 Sat RIO 345 34.75? 4.348 25.676 1.00 53.19 at G. ATOM 207? WITH RVO 345 34,732 7.278 23.486 1.00 48.74 at with ATOM 207V 0 RKO 345 14,501 Θ. 114 24.34 5 1.00 47.73 at 0 ATOM 2079 N UAY 346 14.732 7.535 22.185 1.00 + 0.46 at to ATOM 2080 CA UAY 346 34.432 $ 8.87 21.700 1.00 45-16 at with ATOM 2081 NE UAY 346 34.719 eight . 994 20,195 v, o0 44.09 at with ATON 2082 CC1 UAY 346 33.991 10.20 3 19-6 + 0 100 4 5.77 at with ATOM 2083 SB2 UAY 346 36.215 9-134 19,961 1.00 4 3.38 at with ATSN 2084 WITH UAY 346 32.989 9,327 21 -953 100 43.26 and. with ATOM 28 $ 5 <3 UD +. 3 + 6 32.03? 6.604 21,695 1.00 4 3.30 at about ATOM 2086 N TNN 347 32.833 10,536 22.466 1.00 40.93 at μ ATOM 2087 CA T! 1H 3 + 7 31-529 11.16V 22.417 1.00 33.99 at with ATOM 208V SY TNN 34? 31,267 11.969 23.727 1.00 36.98 at with ATSM 2089 G1 TNN 347 32.410 12.783 24.025 1.00 39.16 at about ATOM 2090 CO 2 TNN 347 31,000 11.024 24.Θ77 1.00 37.77 at with ATOM ΖΟ91 WITH TNN 347 31.437 12,095 21.225 100 36.77 at with ATOM 2092 0 Transnational corporation 347 32.324 12.917 20.981 100 35.24 AT- about ATOM 2093 n jeo 348 30.359 11.933 20, 463 1-00 34.41 at N ATSM 2094 CA LIE 343 30.005 12.764 19.300 1.00 32.42 and with ATON 2095 se yee 348 29.981 I.869 10.057 100 30.11 at with ATOM 2096 ss B'z 348 31.218 11.023 17.003 1 -O0 29.43 at with ATON 209? sp-1 LIE 348 30.916 9 - 801 16.9J1 1.00 26,50 at with ATON 2 098 CO2 YONG 348 32.315 11.J69 17,112 1.00 25.20 at with ATON 2099 ί- LIE 348 28.760 13-441 19,609 1.00 06/31 eight with ATSM 2 100 ο LIE 348 27.766 12,762 19.601 1.00 33.15 at 0 ATON 2101 μ Xiu 349 $ 26.73 14,764 19.702 100 31.16 at N ATOM 2102 CA eu 349 27.519 15,402 20.194 one . ϋθ 32.64 at with ATON 2,103 WITH Be 349 27.086 14,017 21.534 1.00 03.03 but with ATON 2104 0 SUE 349 27.631 14.06V 22.484 1 .80 34.71 at B ATS K 2105 I tin 350 25.095 14.251 21,642 1.00 $ 33.2 eight N ATOK 2106 CA Transnational corporation 350 25.549 13.563 22.890 1.80 32.3? eight with ATON 2107 NE Transnational corporation 350 24,172 14.014 23.433 1 -80 31, 12 eight with dtak 2108 CC1 TNN 350 23.142 13.664 22.502 1.80 33.43 9 0 ATOM 2109 CC2 TNR. 350 24.156 15.502 23.6 + 4 1, 80 32,? 1 AT with DTPK 2110 WITH Transnational corporation 350 25.553 12.039 22,321 1.00 31.43 AT with ATOM 2111 about tna. 350 25.330 C.292 23.6? 9 1.80 30 .70 AT 0 ATOM 2112 m Bw 351 25.808 11.586 21.497 1.00 11/29 AT th ATOM 2 TsZ CA LIE 351 26.001 10-177 21,238 1.80 2? .6E at with ATOM 2114 si 1E [] 351 25-421 9,831 19,870 100 2? .14 at with ATOM 2115 se Bw 351 23,939 10-206 19,774 1.00 2B. 37 B with ATOM 211 b C01 Bw 351 23.31.4 9.489 18,590 1.00 29 .77 Ez with ATSN 2117 CO2 Bw 351 23,216 9.806 05/21/04 1.00 27.00 0 with ATON 2118 with 1ES 351 27.4 82 9.824 21,290 1.00 2 9.9 ’ AT with ATOM 2119 0 yee 351 2B. 170 10.139 22.277 1.00 31.43 AT 0 ATOM 2120 N SUE 352 27.981 9.178 20.248 1-00 30.92 at g: ATOM 2121 CA SUE 352 29.376 8.774 20.2 32 ’.0 (1 3 0-? 7 at with ATON 2122 WITH SUE 352 29.534 7.340 19,770 1.00 38.30 at P- ATON 2123 WITH SUE 352 28.656 6.788 10/19/4 : -08 31.81 , at 0 ATSN 2124 N TNN 353 30.647 6.71 $ 20,121 ’.08 12/30 at η ATSN 2125 CA TNCs. 353 30.9J0 3- + 56 19.480 1.08 38.91 at with ATON 2126 SI T11Y 353 32,410 5,035 19.835 1.00 28.91 at with

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atom 2127 SY1 TNK 353 32.743 3.810 19-152 1.00 26.96 AT ΰ ATON 2128 SY2 Transnational corporation 393 32.539 4.829 71-332 1-00 31.40 AT with ATOM 2129 WITH Transnational corporation 353 30.020 4-381 19.955 1-00 32.86 AT with ATOM 2130 0 Transnational corporation 353 29,869 4.171 21,162 1.00 32.88 B about ATOM 3131 I Α3Ν 354 29.371 3,710 19.002 1.00 32.48 AT N ATOM 21E2 CA AZN 354 28.711 2.430 19.277 1.00 34.53 B with ATOM 2133 se ΑΞΝ 354 28-125 1,825 17.994 1.00 32.64 AT with ATOM 2134 ss Α8Ν 354 26,811 2.451 17.611 1.00 32.64 AT with ATOM 2135 001 AND YOU 354 26.421 3.484 10.15V 1.00 34.86 at 0 ATOM 2136 N □ 2 ΑΞΗ 354 Ξ6.116 1.83V 16.663 1.00 30.5.3 at N ATOM. 2137 0 ΑΞΝ 354 29.656 1.399 19.910 1.00 34.76 at with ATOM 2138 ϋ A5N 354 30.8V2 1.550 19.919 1-00 32.98 at 0 ATOM 2139 n RNE 355 29.059 0-326 20-413 1-00 36.79 at N ATOM 2140 CA Ryo 355 29.770 -0.671 21.207 1.00 39.22 at with ATOM 2141 NE RNE 355 29.805 0.21? 2? .661 1.00 39.08 at with ATOM 2142 SS RNE 355 28.478 and. 292 23.150 1.00 39.28 at with ATOM 21 43 From 01 RNE 355 28-297 1,635 23.433 1.00 07/07 at with ATOM 2144 CO? RNE 355 27.339 -0.570 23.280 1.00 39.36 at with ATOM 2145 CE1 RNE 355 27.073 2.107 23.Θ31 1 .co 30-35 at with ATOM 2146 CE? RNE 355 26.166 -0.100 23.681 1.00 39.17 at with ATOM 2147 SI OUT 355 26.004 1.241 20,955 1.00 38.97 at with ATOM 2148 WITH RNE 355 05/29/8 ‘2.022 21, T2YA 1.00 41.4? at with ATOM 2149 0 Gneo 355 28.135 -2.222 20.32 " 100 42.06 at with ATOM 2150 N B ¥ 356 29.472 -2-94 5 71.905 1.00 4 3.05 at η ATOM 2151 CA C ¥ ¥ 356 26.791 -4-217 2? .030 100 46.32 at with ATOM 2152 WITH SUE 356 29.615 -5.116 21.418 1.00 4 June 9 at with ATON 2153 0 <B ¥ 356 30.734 -5.083 20.960 100 19.34 at 0 ATOM 2154 N A cop 357 29.067 -6.525 21.419 one . oo 52-59 at N ATOM 2155 CA Aye 357 29.953 -7.687 21.050 1.00 55.32 at with ATON 2156 NE ANE 357 29.054 -9.957 21.316 1.00 56.96 at with ATSM 2157 se ABC 357 27.733  9.016 20,601 100 57.12 at with ATOM 215V with forest 357 26.950 -10.270 20.970 1 .30 60.05 at with ATOM 2159 NOT ACG 357 25-646 do.yzg 20,324 1.00 66.70 at n ATSM 3160 cg AI & 357 25.436 -10-567 19-04] 1.00 69.70 at with ATOM 2161 Eun-1 YARO 357 24,202 -10.535 18.550 1.00 71.70 at to ATSM 2162 ΝΗ2 des 357 26.455 -30.900 16.249 1.00 70.96 3 N ATOM 2163 WITH ABC 357 30.28? -7.628 19.5B4 1.00 55.07 at with ATSM 2164 0 ABC 357 31.312 -8.195 19.208 100 5B- 34 l ΰ ATSM 2165 N CPS 35V 29.493 -6.92 5 1Β.770 1.00 53.04 R to ATOM 2166 CA CPS 356 ? 9.? 11 -6.041 17.328 Ϊ .00 50.17 at with ATON 2167 WITH CPS 359 30.029 -5.054 16.927 1.00 40.24 eight with ATSM 216V 0 CPS 35V 3-.055 -5.601 15.744 1.00 46. 71 at 0 ATOM 2169 Sho ΰϊ £ 359 20.391 -6.404 16- 640 1.00 50.59 at with ATOM 2370 five& CPS 359 27.087 ‘7.713 17.021 1.00 53.4? at eight ATOM 2171 M TEA 359 2-1.531 5.306 17-912 1.00 46.32 at 0 ATOM 2172 CA CHAB 359 32.716 -4.503 17,630 100 45. Q? at with ATOM 2173 NE TEA 359 32.006 -3.262 13,567 1.00 44.83 at with ATOM 2174 ί: ήΐ TEA 359 34.3.50 -2.469 18,240 1.00 42.10 at with ATOM 2075 SGt2 TEA 359 31.541 -2.426 18.436 1.00 44.41 at < ATON 2176 WITH WHOSE 359 33,960 -5.344 17.829 1.00 46.74 at with ATON 2177 0 CHAT 359 34-087 -6.061 18.821 1.00 48x03 at about ATOM 2278 N AZR 360 34.906 -5.26? 16.893 1.00 46.35 at n ATON 2Ϊ73 CA AZR 569 39,122 -6.067 16.991 1.00 44.70 at with ATON 2180 NE AZR 360 36.624 -6.44V 15.597 1.00 44.7? at with ATOM 2191 With AZR 369 35.649 -7.354 14.859 1.00 4 6.9? at with ATOM 2182 oops AZR 360 35.617 -8.576 15.133 1.00 48.10 at 0 ATOM 2183 002 AZR 360 34.902 -6.842 14.005 100 49.17 at 0 ATON 21B4 WITH AZR 360 37.197 -5.326 17.756 1.00 43.17 at with ATOM 2185 about Azr 360 38.004  5.931 ) 6.438 1.00 44.20 at 0 ATOM 2186 to ] .Κϋ 361 37.192 -4,000 17.653 1.00 42.15 at N ATOM 2187 CA yee 361 38.119 -3,150 16.417 1.00 42.07 at with ATOM 2188 sv Ι.ΕΟ 36) 39,577 -3.571 10.09V 1.00 42.02 at with ATOM 2189 those LIE 361 40-202 -3.152 16.733 1.00 4 3.57 at with ATOM 2190 C01 b 361 41.713 -3.002 16.374 1.00 42.62 at with ATOM 2191 Joint venture? yaki 361 39.894 -4.23? 15.704 1.00 41.93 at with ATOM 2192 with Bbo 361 37.879 -1.715 1B. 092 1.00 42.18 at with ATSM 2193 0 bkp 361 36.995 -1.375 17.297 1.00 40.07 at about ATOM 2194 N RNE 362 30.669 -0.850 1B.717 1.00 42.23 at n ATOM 2195 CA RNE 362 ЗВ.5В9 0.587 10x498 1.00 43.61 at with ATOM 2196 NE RNE 362 ZB.373 1.307 19.034 1.00 42.71 at with ATOM 2197 SS RNE 362 37.073 0.961 20-19? 100 43.77 at with ATOM 2198 C01 RNE 362 36.206 1-953 20, 90? 100 44.12 at with ATOM 2199 CO2 RNE 362 36.716 0.361 20.603 100 43.VZ , at with ATOM 5200 CE] RNE 362 34.907 ], 627 21.494 one . 00 44.59 about with ATOM 2201 CE2 RNE -362 .35.505 -0.693 21.272 1.00 44.45 with ATOM 2202 cg in neither 362 34.640 0,300 21.677 1.00 43.51 at with

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ATOM 2203 WITH RNE 362 39-873 1.091 17.B44 1.00 43.97 AT with ATSM 3204 ABOUT RNE 362 40,013 0.327 17.640 1.00 44.43 at about ATSM 2205 N two 363 $ 9,696 2.374 17.498 1.00 44.29 at n ATSN 2206 CA ABA 363 + 1.10Θ 3.047 17.043 1.00 42.94 at with ATSN 2207 se TWO 363 +1.400 2.678 15.606 1.00 41.34 at with ATSN 220V with ABA 363 +0.019 4.544 17.170 1-00 42.70 at with ATSN 2209 ΰ TWO 363 39.703 4.971 17.259 1.00 40.55 to ABOUT ATSM 2210 and Nuclear weapons 364 41.909 5.362 17,184 1.00 44.63 at m ATSN 2211 with T-bills 364 43.317 $ .026 16, 94O 1.00 45.92 at with ATSM 2212 CA RAO 364 +]. 721 6.007 17,314 1.00 45.95 Yo with ATON 2213 se rno 364 43.091 7.378 16.984 1.00 45.73 at with ATSN 2214 ss ΡΚΪ 364 +4,027 6.299 17.301 1.00 45.76 at with ATSN 2215 with PPO 364 40,669 7.397 16.329 1.00 47.71 at with ATSN 2216 ABOUT T-bills 364 40.72V 6.97 3 15.138 1.00 46.96 at 0 ATSN 2217 1+ sv? 365 $ 9,716 8.076 16.839 2.00 +0.81 B N ATSN 221B CA B ¥ 365 $ 0.633 8.575 16.016 2.00 $ 0.95 eight with ATSN 3219 WITH OGL ' 365 30.112 9.945 16. + 2 $ £ 00 $ 2.02 3 with ATSN 3220 ABOUT IED 365 37.095 10.417 15, $ 96 £ .00 54.2C 3 0 ATSN 2221 to n 366 30.790 1ΰ.50 $ 17, $ 6? 1.00 53.12 at 1+ ATSM 2222 CA BC> 366 36,451 11.940 17.772 1.00 53.10 at with ATON 22YZ se O1L? 366 30-181 11.98 $ 19.2E4 1.00 55.16 at with ATSN 2224 ss S ’ 366 37.350 13.188 19.757 1.00 57.81 at with ATSM 2225 with si 366 $ 1,236 13.294 21.2В0 1.00 59.11 B with ATOM 2226 OE1 CEO 366 '36 .271 13 .740 21.874 £ .00 69.52 B about ATSM 2227 OS2 CEO 366 ZV.120 13.938 21.902 1.00 58.YE 3 ABOUT ATON 222V WITH swee 366 39.627 12 .840 17. +16 1.00 51.60 AT with ATON 5229 about Be 366 40.750 12.567 17,799 1.00 53.06 B 0 ATSN 2230 to AIR 367 39.315 13.900 16.663 1.00 50.6Θ AT at ATOM 2231 sd AZR 367 40,116 14.804 16.17 1.00 4B.72 AT with ATSM 2232 C0 AZR 36? 41.114 15.288 17.680 1.00 51.9V AT with ATON 2233 ss A5P 367 42,050 15.475 17.506 1.00 55.6V at with ATON 3,234 OO1 AZR 367 42.637 17.490 16.8В0 1.00 57.07 Ts about ATSN 2235 OB2 ABP 367 43.200 16.308 17.990 1.00 57.7 + AT ABOUT ATSM 2236 with AZR 367 4: .4 + 2 14.320 15.403 1.00 45.06 at g ATSN 2237 0 Y5R 367 42.64V 14 .432 15.611 1.00 44.79 at ABOUT ATSN 223V NOT 36 V 40.977 13.694 ] 4.337 1-00 40,1 $ at N ATON 2239 CA 1b 36V 41.924 13.092 13.41? 1-00 35.41 at with ATSN 2240 se NOT 36V 41.340 1 1.830 12,776 1-00 32.03 at with ATSN 2241 C32 ΊΣΕ 36V 42.3 + 6 11.236 11.819 1.00 30.65 at with ATSN 2242 SB1 11.E 36V 40.900 Y.J. 1'3.860 1.00 28.33 at with ATON 224 3 οϋΐ TIE 36V +1.38+ Y. 653 14.993 1-00 22.93 at with ATOM 2244 with 1T.E 360 42.275 £ 4.099 12.318 1.00 35.65 at with ATSN 2245 0 TIE Eb + ΐ, 3 92 14.566 11.5E4 1.00 34.20 at ABOUT ATSN 2246 to TYE 369 43-556 14.444 1Ϊ.2Ο9 1.00 33.12 at μ ATSM 2247 CA ΤΙ.Ε 369 43,975 15.381 11.160 1.00 31.13 at with ATSM 2243 sv 1b 369 45, ZOY 16.061 11.529 1.00 31.51 at with ATOM 2249 ssg 1b 3 $ 9 46,469 15.233 11.000 1.00 29.61 at with ATOM 2250 CC1 1b 369 45.366 17.440 30.E75 1.00 31.98 at with ATOM. 2231 C01 1b 369 46.541 10.283 £ 1.339 1.00 32.59 R with ATON 3262 with 1b 369 44.140 14.625 9.867 1-00 30.83 at with ATOM 2263 0 NOT 369 44.605 13.483 9.350 1-00 3 £. $ 7 at ABOUT ltam 2264 N C1L 370 43.747 15.264 8,773 1.00 30.51 at 1+ ATSM 2265 CA eu 370 43.750 14.606 7-482 1-00 32.26 at with dtrm 2266 with S1.U 370 43.44+ 15,582 6.365 1.00 32.89 at with ATON 5257 0 Be 370 + 3.1 + 0 16,755 6.61 Oe 1.00 33.9+ at ABOUT atom 2258 n ΑΙΑ 371 43.52+ 15.102 5.126 1.00 32.44 at N atom 2259 CA ABA 371 43.276 15,930 3.937 1.00 31.69 at with atom 2260 sv ABA 37 1 4'3.233 15.044 2.699 1.00 28.10 at with ATOM 2261 with ABA 371 41.97+ 16,729 4.029 1.00 32.16 at with ATOM 2262 0 ABA 371 40.945 16.180 4.402 1.00 34.8 $ and ABOUT ATOM 2263 N ZEK 37? 42.009 1B.015 3.604 1.00 31.03 0 n ATOM 2264 CA BEK 372 40.774 1E.781 3.552 ] .00 $ 31.6 at with ATOM 2265 sv CENTURY 372 10.803 20.030 4.414 1.00 20-79 0 with ATOM 2266 but; BEK 372 38.616 20.803 4.140 1.80 27.55 at ABOUT ATOM 2267 with CENTURY 372 40.409 19.19B 2,221 1.00 31 .94 at with dtam 2268 0 CENTURY 372 41.357 19-687 1.428 1.00 33.59 at ABOUT ATOM 2260 N WAY 373 39.256 01/19/9 1 -681 1.00 33.37 at I house 2270 CA 5 EN 373 38.922 19,262 0.285 1.00 32.32 at with ATON 2.2? one sv CENTURY. 373 37.592 18.675 -0.069 1.00 29.3+ at with house 22? 2 C <3 CENTURY 373 36.4 98 19.166 0.6Ξ4 1.00 29.96 at ABOUT ATSN 2273 with BEK 373 ZV.846 30.767 0.034 1.00 32.38 at with ATOM 2274 with VER 373 38.728 21.315 -1.111 1.00 20.0] B ABOUT ATOM 2275 μ ABP 374 30.922 21,537 one . £ 20 1.00 25.17 , 3 n ATON 2376 CA D5R 374 38.882 23.005 1.040 ] .00 30.35 at with ATON 2277 sv ABP 37 4 39.132 23.641 2,416 1.00 $ 9.54 at with ATOM 2278 ss AZR 37 4 37.900 2 3.61 4 3,316 1.00 42.03 at with

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ATOM 22Ί3 OP1 AZR 374 36.992 22 .705 3-091 I.00 44.31 AT 0 ATOM 23J0 1G A5P 374 37.837 24.429 4.261 1.00 46.41 AT 0 ATOM 22Θ1 with ABP 374 39.910 23-533 0.04? 1.00 3 9, 30 AT with ATOM 228? 0 AZR 374 39.57 " 24.303 -0.046 100 40.03 AT 0 ATOM 22YZ N CPS 3'1'6 41.159 23.116 0.189 1.00 39.54 AT but ATOM 22B4 CA CPS 375 42,150 23.476 -0.807 100 41.25 AT with ATOM 22Θ5 WITH CPS 37 5 43,162 22.362 -Ο.Θ92 1.00 42.24 AT with ATOM 2206 th Sue 375 43,130 21.444 -0.071 1.00 44. 57 AT 0 ATOM 2207 sv CPS 375 42.036 24.797 -0.423 1.00 42.6V AT with ATON 2208 50 ίϊϊ 375 44.265 24.654 0.690 1.00 43.30 E .four ATOM 22Θ9 N YEY 376 44.059 22.445 -1.E72 1.00 40.30 AT I ATOM 2290 SL century 376 44.898 21.307 -2.254 1.00 37.35 at with ATOM 2291 sv VEN 376 45.615 21.602 -3-573 100 39-26 at with ATOM 2292 OS ZEN 376 46-45 " 22.749 -3.441 1.00 40.65 AT but ATOM 2293 with ZEN E? 6 4 $ .94? 20.922 -1.222 1.00 35.7? at with ATON 2294 0 5 EN 376 46.542 19.855 -1.319 1.00 31.73 AT 0 ATOM 2295 I TNN 377 48,216 21.79 " -0.259 1.00 34. 14 at and ATOM 2296 CA tn 377 4? .27 " 21.526 0.710 1.00 32.96 at with ATOM 2297 CE tn 377 4 ".426 22.559 0.603 1.00 29.40 at with ATOM 2298 061 tn 377 47.982 23.E38 1.082 1.00 2 9.62 at 0 ATOM 2299 SY2 tn 377 48.B69 22.695 -0.042 1.00 21.15 at with ATON 2900 WITH shadows 377 46. 685 21.502 2.103 1.00 31.62 at with ATON 2301 0 ty 377 47.349 21 .2B2 3-099 1.00 34.86 at 0 ATOM 2 ZOY N CPS 379 45-416 21.961 ? 138 1.00 35, "7 at n ATOM 2303 CA CPS 078 44,563 22.146 3.364 1.00 39.20 at with ATOM 2 304 WITH CPS 37B 44.469 20.854 4.157 1.00 ST.82 at with ATOM 2305 ABOUT CPS 37 " 44.251 19,000 3.583 1.00 ST.85 at 0 ATOM 2306 NE CPS 378 43.310 22.704 3.006 1.00 41.19 at with ATON 3307 in CPS 37B 43.433 24.562 2.5V5 1.00 47.55 at five ATOM 2 308 N RNE 379 44.573 20.955 5.4B1 1.00 40.10 at N ATON 2309 CA RNE 379 44.255 19. "58 6.404 1.00 40.70 at with ATON 2EU NE RNE 379 45.43V 19.563 7.336 1.00 42.0? at with ATOM 2311 SS RNE 373 46.5] B 18.732 6.7Π 1.00 41.32 at with ATOM 7312 SO-1 RNE 379 47.64 6 19.330 6.174 1.00 45.53 at with ATON 2313 C & 2 RNE 379 46, 411 17.349 6.66? 1.00 44,45 at with ATOM 2314 CE1 RNE 379 48,652 18.557 5.601 100 48.10 at with ATON 2315 CE2 RNE 379 47.495 16.57D 6.100 1.00 45.09 at with ATOM 2316 C2 RNE 379 48.529 17.100 5.567 1.00 46.79 at with ATOM 2317 WITH GNE 379 43,062 20.238 7.260 1.00 40.73 at with ATOM 2318 ΰ RNE 379 42.756 21.421 7.438 1.00 39.27 at 0 ATON 2319 N UAY 380 42.391 19.236 7.827 1.00 41.60 at N ATON 2,320 CA UDE 383 41.339 19.503 8.814 1.00 41.83 at with ATON 2321 NE UAE 380 39.963 19.731 8.117 1.00 39.80 at with ATOM 2 322 CC1 UDE 380 39.413 18.415 7.625 1.00 37.70 at with ATOM 2,023 SE2 UAY 380 39.017 20.360 9.128 1.03 38.24 at with ATOM 2324 WITH UAY 389 41.203 18.347 9.107 1.00 43.06 at with ATOM 2,325 0 UAE 360 41.609 17 .223 9-496 1.00 40.84 at 0 ATSN 2326 TO 5 EN ЗВ » 40.620 18-634 10.914 1.00 43.79 at N AGON 232? CA ZEN 381 40,349 17.600 11.936 1.00 45? at with ATOM 2 328 NE ΞΕΗ 381 40,316 18.123 13.330 100 46.59 at with ATOM 2329 OS £ EH 381 40,906 17.069 14.279 1.00 51.19 at 0 ATOM 2,330 WITH ZEN 381 38.969 17.145 11.930 1.00 45.4V at with ATOM 2331 th ZEN 381 37,950 17.954 11.716 1.00 43.60 at 0 ATON 2332 I Bk 382 ZY. 64 5 15.041 12.035 1.00 46.71 at and AGON 2333 CA SON 382 37.2EV 15.291 12.031 1.00 47.56 at 0 ATOM 2,334 NE yen 382 36.973 '4.768 10.618 1.00 47.7V at with ATON 2335 C6 Ym 382 37.02V 15.055 9.630 1.00 53.25 at with ATOM 2336 with Dream 382 36.169 35-571 8-439 1.00 5 6.0? at with ATON 2,337 OE1 Ym 382 35.414 16.443 ? -9 "9 1.00 56-19 at 0 ATON 2333 ΝΕ2 0N 382 36.269 14.345 7.905 1.00 57.86 at I ATOM 2339 WITH BYN 382 37,155 14,372 13.0P 1.00 47.35 at with ATON 2340 0 CH4 383 38,134 13.492 13.362 1.00 49.75 at ABOUT ATON 2341 N ZEN 383 35-936 Ϊ3.978 13.538 1.00 44.94 at and ATON 2342 CA 5 EN 363 35,651 12.855 14.426 1.00 42.17 at with ATOM 2343 NE 5EN 383 35,265 13.366 15.810 1.00 40.00 at with ATON 2344 OS ZEN 383 36,295 14.160 .16.353 1.00 35.61 at ABOUT ATON 2345 with ZEN 383 39,550 11.933 13.903 1.00 41.99 at with ATON 234 6 ΰ ZEN 383 3 3.65? 12.354 13.174 1.00 40.39 at 0 ATOM 2347 N SUE 384 31.626 10.667 14.295 1.00 42.52 at m ATON 2348 CA SUE 384 33.BOV 9.706 13.907 1.00 43.20 at with ATOM 2349 WITH Eu 384 34.15V 0 .293 13-905 1.00 41.20 at with ATON 2350 0 Shou 384 35.375 a-104 13-911 1.00 39.89 at ABOUT ATON 2351 n tn 365 33.285 7 .294 13.862 1.00 40.09 , at and ATOM 2,352 CA tn 365 33-784 5.94 $ 13.746 1.00 41.46 at with ATOM 2353 NE tn 385 32.69 ’ 4, 8? 3 13.979 1.00 40.99 at with ATON 2,354 031 tn 385 31,490 5.217 13.26Θ 1.00 41.65 at ABOUT

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ATOM 2355 CC2 TNC 385 32.414 4.731 15,454 1, 00 41.03 AT with ATOM 2356 WITH TYPE OF 385 34.105 5.741 12,315 1.60 43.11 AT with ATOM 2,357 ABOUT Transnational corporation 385 35.210 4-036 12,107 1.00 45.39 AT 0 AGSN 2,358 N Kay 386 .34,134 3 6,579 11.414 1.00 42.03 at n AGON 2359 CA £ ky 386 31.672 6,478 10.112 1.00 40.09 at with ATSN 2360 NE BAY 386 34,602 7.424 9.132 100 42.12 eight with ATON 2361 Oz YOEV 386 32.735 6.907 8.763 100 45.10 B 0 ATSN 236? WITH VER 386 36.197 6.760 10.1B2 1.00 39. J? eight with ATON 2363 ABOUT 5EP 386 36, 990 6.079 9.529 100 30.99 eight 0 ATOM 2'364 At ol 387 36.563 7.747 10.979 1.00 .38.5? AT [( ATOM 2 365 SD O1L 387 37.986 but. 019 11.164 one . With 38.45 at £ ATOM 2366 sv SEE 387 38.170 9.266 12.025 100 30.20 at with ATOM 2,367 se SEE 387 37.233 10-404 11,670 1.00 37.87 at with ATOM 2368 with this 387 37.273 10.745 10.190 1.00 37.13 at with ATOM 2369 OE1 sya 337 38.334 10.910 9.629 1.00 41.19 at 0 ATOM 2.370 Yak2 Y1L 387 36,307 10.849 9.575 1.00 ST 64 but HS ATON 2371 with this 38? 38.64; 6.810 11.816 1.00 38-00 at with ATOM 23 ?? ABOUT oh 387 39.767 6.427 11.5'0 ί .OS 39-69 AT 0 DTOM 2313 N ΑΙΑ 389 37,922 6.199 12.786 1.00 3? -OH at HS ATOM 2374 CA ABA 388 38.434 5 .042 13.507 1.00 34.63 0 with ATOM 2375 sv ABA 388 37.467 4.654 14.623 1.00 31.74 at with ATOM 2376 with ABA 388 38.64 7 3.865 12-556 1-00 34.56 at with AT'LM 2377 about ABA 388 39.647 3-155 12.64C 1.00 35.06 at about ATON 2378 N ABA 339 37.70Ϊ 3.657 11.640 1.00 34.57 at N ATSN 2379 CA ABA 339 37.708 2.550 10.703 1.00 33.13 at with ATOM 2380 NE ICE 389 36,454 2.356 9.991 1.00 32.40 at with DTOM 2381 with ABA 389 36.803 2.795 9.660 1.00 33.71 at with ATOM 2382 ABOUT ABA 389 39.514 1.855 9.214 1.00 31.66 at 0 ATOM 2383 N ABA 390 39.109 4.056 9.319 1 - He 34.06 at and ATOM 2384 CA ABA 390 40.198 4.367 8.407 1-09 35-02 at with dtsn 2385 SHO. Aba 390 40.296 5.872 8,210 1.00 32.15 at with ATOM 2386 WITH ABA 390 41.523 3.795 8,973 1-00 35.11 at with ATOM 2387 □ ABA 390 42.236 3.071 8,219 1.00 33.97 at about ATOM 2388 N "13 391 41.820 4.092 10,218 1.00 34.71 at n ATOM 2389 SD 1113 391 43.073 3,661 10.046 1.00 06/37 at with ATOM 2390 CE NTV 391 43.133 4.076 12 .321 1.00 37.89 at with ATSN 2391 se ΉΙ3 391 43-435 5.52Θ 12.536 1.00 41.44 at with ATSN 2392 CO? Ή13 391 44.?60 6.146 13,407 1.00 42.12 at with ATON J393 ΝΓ> 1 ΉΪ5 391 43.800 6.534 11.033 1.00 41-80 at and ATSN 2394 CE1 Ή75 391 43.237 7.70? 12.263 1.00 42.62 at with ATSN 2395 ΝΕΞ ΗΙ3 391 44.124 7.501 13.219 1.00 42.69 at N ATSN ? 39b WITH "15 391 43,230 2.152 10.749 1.00 37.1? at with ATON 2397 ABOUT "15 391 44.272 1.646 10-336 1, OS) 38,? 3 at 0 ATSN 2398 N UAY 392 42.191 1.429 11.142 1.00 36.2? at N ATSN 2399 CA UAY 392 42.251 -0.016 11-115 1.00 33.77 at with ATOM 2400 NE UAY 392 40.980 “0.626 13.701 ι, oo 11/31 at with ATSN 2401 CC1 UAY 392 40.991 -2-135 11,491 100 27.16 at with ATOM 2402 C & 2 UAY 392 40.905 -0.282 13.170 100 23.41 at with attsn 2403 e UAY 392 42.401 -O-480 9, 601 100 34.43 five with ATOM 2404 about UAY 392 43.086 -1.479 9.415 100 35.64 Ξ about ATSN 2405 N ABA 393 41.750 0.23? 8,759 100 11/33 3 to ATSN 2406 SD ltl 393 41,021 -0.130 7.354 1.00 33.68 at with ATOM 2407 se ABA 393 40.93 " 0.009 6.525 one . oo 31-3 " at g ATSN 2408 with ABA 393 43,270 -0.025 6. 911 100 34.9? at with ATSN 2409 about ABA 393 43,755 -0.030 6.105 1.00 33-96 at 0 ATOM 2410 N B / 394 4 3.977 0.969 7.154 1 .co 35.70 at HS ATON 2411 CA OW 394 45.345 1.232 7.045 1 -CO 36.60 at with ATOK 2412 WITH SUE 394 46.253 0.163 7,604 1.00 38.29 at with ATOM 2413 ABOUT SUE 394 47.080 -0.405 6.807 100 37.89 at 0 ATOM 2414 s 1EE 395 4 6.080 -O.323 8,890 1.00 39.54 at and ATOM: 2415 CA 1b 395 46.069 -1.141 9,553 1.00 39.77 at with ATOM 2416 NE 1b 395 46.439 -1.31? 11.010 1.00 39 .22 at with ATOM 2417 SY2 KIE 395 47.192 -2.40 ') 11.036 1.00 36.60 at with ATOM 2418 SY1 1st 395 46-666 -0.005 11.780 1.00 37.42 at with ATOM 2419 CO2 1b 395 46-141 -Oh, O37 13.Ζ10 1.00 34.61 at with house 2420 with TIE 395 46,634 -2,441 8.824 1.00 4Ϊ. 71 at with ATOM 2421 ABOUT 1b 395 17-568 -3.143 8.476 3.00 43-50 at ABOUT DTOM 242? n ABA 396 45.376 -2 .756 8.570 : .os 4.3.04 at  N house 2423 CA ΑΙΛ 396 15.054 -3.9 & 1 7.033 1.00 48-09 at with ATOM. 2424 NE ABA 396 43.575 -3.963 7.464 ί .00 43.55 at with DTOM 2435 WITH ABA 396 45.903 -4.019 6.570 1.00 46-33 at with ATOM 2426 ABOUT ABA 396 46.203 “5-099 6.062 1-00 47.54 at with ATOM 2427 N ABA 397 46.276 -2 .814 6.073 1-00 48.10 , at m ATON 2428 CA ABA 397 46.967 -2.743 4.19? 1.00 49.04 at with ATOM 2429 NE ABA 397 46.744 -1.3? 4 4.195 1.00 47.71 at with ATON 2430 WITH ABA 397 48.454 -3.004 4.960 1.00 50.53 at with

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ATSN 2431 0 ABA 3 $ 7 49.949 -3-730 4.174 1.00 51.94 9 0 ATSN 2432 TO NOT 399 49.045 -2.403 6,000 1.00 51.67 AT :! ATSN 2 * 33 sd NOT 399 50.423 -2.682 6.398 1.00 53.66 AT with ATSN 2434 sv MET 399 50.750 -1.859 7.637 1.00 54.03 AT with ATON 2,435 ss MET 390 50.316 -0.514 7.716 1.00 56.66 at with ATSN 2436 50 MET 390 $ 1.552 0.591 7. 036 1.00 60.97 at five ATON 2,437 CE MET 399 51.735 -0.099 5.342 1.00 61.3 $ at WITH ATOM 2,438 WITH MET 39Θ 50.607 -4.182 6.6C1 1.00 53.46 at WITH ATON 243 & ϋ NOT 399 51.606 -4.775 6. 193 1.00 56.38 at ABOUT ATON 2440 I MET 399 49.624 -4.795 7, 243 1.00 $$ ,? g at AND ATCI 2,441 CA NOT 399 49.713 -6.179 7-642 1-00 56.05 at with ATSN 2442 sv NOT 399 46.900 -6.410 0.02? 1-00 52.69 at with ATSN 2443 se NOT 399 49.220 -5.660 10.003 1.00 49.75 at WITH ATSN 24 * 4 50 NOT 399 40.196 -5.96Θ 11.517 1.00 43.73 at ε ATON 2445 CE NOT 399 47-122 -7.28V Ι0.Β07 1.00 41.37 at with ATSM 2446 WITH MET 399 49.471 -7.141 6.496 1.00 59.09 at with ATOM 2447 0 NOT 399 50.194 -8.123 6.328 1.00 60-73 at WITH ATOM 2448 and Bf 40P 40.444 -6.066 5.705 1.00 60.19 at N ATOi 2,449 CA LIE 400 40.212 -7.651 4.553 1.00 61-96 at WITH ATSN 2,450 Sho Bw 400 46.045 -7.325 $ 3.90 1.00 60.96 at WITH ATON 2451 her Bw 400 45.716 -8.301 4.318 1-00 59.67 at WITH ATSN 2,452 SJ1 jeo 400 44.429 -7.911 3. 591 1.00 59.61 at WITH ATSN 2453 CO2 Bw 400 46.061 -9,670 3,677 1.00 59.09 at WITH ATON 2454 with Bw "OS 49.304 -7,349 3,403 1.00 65.43 at WITH ATON 2,445 <3 b 409 49.422 -3.034 2.173 1.00 65.74 at ABOUT ATSM 2-456 and ZER 401 50.103 -6.323 3.743 1.00 69.04 at N ATOM 2-457 CA BEV 401 51.162 -5.95С g, e ] .60 75-12 at WITH ATON 2,450 NE ZER 401 51.500 -4.46V 2.937 1.00 76.14 at WITH ATSN 2459 OS BEK 401 52.416 - about .065 1,931 1.00 82.39 at 0 ATON 2460 WITH ZEK 401 52.390 -6.791 3.112 1.00 77.01 at WITH ATON 2 461 0 BEK 401 53.007 -7-239 2. 197 1.CO 77.60 at 0 ATSN 2 462 N ABA 402 52 -659 -6.987 4,405 1.00 80.22 £ m ATON 2463 CA A1L 402 $ 3.? 24 -7,072 four . B58 1.00 81.56 at with ATON 2464 NE Ll 402 53.906 -7.733 6.365 1.00 01.70 eight with ATON 2465 WITH ABA 402 53.383 -9.31V four . 492 1.CO 83.56 at WITH ATOM 2466 0 ΑΊΑ 402 54-060 -9-930 3. 637 1.CO 83.97 Th 0 ATON 2 467 TO si 403 52.312 -3.046 5.071 1.00 V6-39 at N ATON 2 460 CA si 403 51.093 -11.207 4.781 1.00 90.62 at WITH ATON 2469 sv si 403 51.516 -11.935 6. 072 1.00 $ 4.00 five with ATON 2,470 SS si 403 52.532 -11.011 7.195 1 .00301.30 AT with ATON 2471 With syo 403 52.134 -10.705 0.179 1.00505.07 at with ATON 2,472 0E1 si 403 51.312 -10.929 9.047 1 .00107.17 I 0 ATON 2473 OE2 si 403 52.782 -9-610 8,001 1 -00107.51 eight about ATON 2,474 WITH si 403 50.694 -11 .212 3.849 1.00 $ 9-62 AT with ATSN 2,475 0 C1L? 403 48.560 -11.324 4, 298 1.00 89.74 AT 0 ATON 2 47 6 6 ' Р1Ю 401 50.930 -11.117 2-535 1 .PO $ 7.70 AT N ATSN 2477 with PPO 40 * 52.230 -1I-106 1, WBZ 1.00 32.55 AT WITH ATON 2,478 ate RIO 404 49.023 -And .096 1,574 1.00 86.92 Yo WITH ATON 2479 sv RIO "04 50. $ 14 -11,236 0.221 1.00 82.11 eight WITH ATON 2400 se RIO 404 51 YES -10,718 0.453 1.00 81.20 Yo with ATOM 2401 with RIO 404 40.026 -12,201 1. E17 1.00 86.62 3 with ATOM 2402 0 PPO 40 " 47. & 23 -12.S04 Ϊ. 698 1.00 89.69 B about ATOK 2403 l si 405 49.332 -13.376 2.170 1 .00 $ 4.71 E to ATOM 2404 CA si 405 40.497 -14.571 2.216 1.00 82.30 3 with ATON 2405 sv si 405 49.339 -15.011 1.005 1.00 83-56 Th with ATON 2406 ss zi 405 49.726 -15.903 0.41 $ 1.30 $ 4.66 AT with AT0H 2407 With si 405 50.509 -17.162 0.076 1 .00 86.54 B with ETON 2408 0Y1 si 405 51.337 -17.113 -0-862 1, 00 $ 6.91 AT 0 ATON 2409 OE2 si 405 50.294 -19.200 0.742 1.00 80.12 AT 0 ATON 2490 WITH her 405 47.772 -14.786 3,549 1.00 30.19 Yo with lton 2401 ABOUT si 405 47.171 -1 $ .993 3.800 1.00 79.93 Yo ΰ ATON 2492 N ho 406 47.018 -13.740 4,402 1.00 7V .24 Yo at ATON 2493 CA b 406 47.07; -3,795 5.649 1.00 76.72 AT with ATOM 2494 NE Bw 406 47.211 -12,494 6, 110 1.00 74.VO E with ATOM 2495 SS Bw 406 48.424 -12.421 7.327 1.00 74 .00 e with ATON 2496 st Bp 406 48.719 -10,994 7.740 1.00 73.34 e g ATOM 2497 sog LIE 406 48.144 -13.296 8.529 1.00 74.12 R with ATOM 2498 with Bw 406 45.605 -14.060 5.365 1 .00 76.33 at with ATOM 2499 0 Bw 406 45.077 -13.652 4.530 1.00 77.11 at with ATOM 25С0 N TNN 407 44.948 -14.748 6.291 1.00 75.06 at N ATOM 25С1 CA TNN 407 43.540 -15.005 6. 126 1.00 73.55 at about ATON 2502 NE THY 407 43.229 -16.503 6.669 1.00 72.50 at g ATOM 2503 CC1 TNN 407 43.044 -16.153 8.060 ’, 0О 70.12 . B 0 DTOM 2504 CH2 TIN 407 44.392 -17.135 6-37? 1.00 70.02 AT £ ATOM 250 $ with tn 407 42.660 -14, 600 6.366 1.00 73.16 AT with DTOM 2506 about TNN 407 43.125 -13-364 7.762 3.00 71. OT B ΰ

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ATCI 2507 N B'z 40V + 1.390 -1+ .039 6-47? 1-00 72.7? AT N ATOM 2503 CA Bj-t3 40V +0.370 “13-276 7.176 1.00 71.72 AT WITH AT SK 2509 NE Y73 40V ZNx987 “13.813 6? 9? 1.00 70.47 AT WITH ATOM 2510 SS £$ 11 40V 37.7 + 7 -12.922 6.920 1.00 69. + 0 AT with ATCI ? 5C wed1 NYTG CV 37.916 -11- * 02 0,053 1.00 67.99 AT with ATOM 2512 S.C2 BE0 40V 37, $ 2 -12-232 five . 584 1.00 69.52 AT with ATSN 2513 WITH 109 + 0 * 569 -13.4 + 9 0.677 1.00 Ί. + 2 AT with ATSM 251 + 0 S? 1 400 40,122 -12.474 9, 419 1.00 71.6E AT about ATSN 2515 N ΑΙΛ 409 + 9.6 + 0 -1 + .707 9,107 1.00 70.70 AT N ATOM 2516 CA AT.A 409 40.632 -15.0 + E 10,525 1.00 6 $ .2 + AT with AT in 2517 NE ABA 409 + O.137 -16.485 L0.701 1.00 68.1 $ AT with ATOM 2513 WITH ABA 409 + 1x997 -1 + .067 11.192 1.00 60.50 AT with ATOM 2519 ΰ ABA 409 42.080 -1+ .711 12.109 1.00 67.6+ AT 0 ATSN 2520 n CH1 410 +3.060 “14.082 10-39 + 1-00 68.72 AT N AT0H 2521 CA si 410 +4.407 -1 + .683 10, 913 1.00 69.75 AT WITH ATSM 2522 sv st 410 + 5.4 + 2 -15.290 9, 970 1.00 69.56 at with ATSM 2523 with SUE 410 +5.349 “16.800 9. At 36 1.00 70.17 at with DTOM 252 + with fed up 410 + 6- 369 -17.356 AT . At 68 1.00 70.08 η with ATON 2525 OE1 si 410 + 6, 232 -18.532 B, 455 1-00 71.00 at 0 ATSN 252 6 OE2 SI 410 +7.309 -16.610 B. 521 1.00 70-53 at 0 ATOM 2527 WITH SI 410 +4.734 -13.209 11.132 ] .00 70-53 at with ATSN 2528 ABOUT SI 410 + 5. 324 -12-VZV 12-151 1.00 70-2? at 0 ATSN 2529 n ysh 411 +4.362 Ί2.371 10,168 1.90 70.7? at N ATSN 2530 CA yi 411 44.611 “10.9 + 1 10,292 1.00 70.59 at WITH DTOM 2531 NE LEU 111 + 1-163 “30,203 9.028 1.00 69.7+ at with ATOM 2532 SS 1 .EM 41 1 +4.300 -8.676 AT . 969 1.00 67-01 at with ATSM 2533 C01 LIE 411 +4.390 -0 -235 7.528 1-00 66.98 at with ATOM 253 + C 02 1..EL 411 +3,113 -E-01 + 9.63 + 1-00 67.36 at with ATOM 2535 with Bi 411 +3.021 -10-46-3 11.40+ 1.00 7 1.7+ at with ATON 2536 0 Bw 411 +1.301 -9-662 12.209 1.00 71.67 five 0 DTOM 2537 N Battery 412 +2.603 -10.970 11,597 1.00 73.60 at N ATOM 253rd CA Ayb 412 + 1.7 + 5 -10.6 + 8 12,719 1.oo 76.g? at WITH ATOM 2539 NE ABE 412 +0.459 -41.455 12.617 1.00 73.69 at WITH DTOM 2540 SS LAN 412 39.320 -10.901 13, + 22 1.00 7C-.65 eight WITH ATOM 2511 With Battery 112 33,098 -11,772 13.268 1.00 67-93 AT WITH ATOM 2M? NOT ACT, 412 36.075 -10.988 13.159 1.00 66-79 b N ATSM 2513 CE ARB 912 36.239 -10.76+ 12.017 1-00 66.69 at WITH ATOM 25 ++ N41 ARS 412 38-130 -J.042 12,007 1.00 65-72 at N ATOM 2545 ΝΗ2 ARB 412 36.717 -11 .26+ 10.ΒΘ5 1-00 60.01 b N ATOM 2546 WITH ABC 412 +2.488 -11.065 13.997 1.00 60.03 b WITH ATSM 2547 WITH Battery 412 + 2.5 + 3 -10-216 14.930 1.00 80.65 at ABOUT ATOM 2548 N ΟΙ, N 413 43.077 -12.196 14.018 1-00 86.79 at s ATOM 2549 CA SI 413 + 3.B35 -12.665 15.170 1.00 92.24 3 with ATOM 2550 NE sy 413 4 + .276 -1+ -11 + 14.951 1.00 94.97 at with ATON 2551 CE Ym 413 +4.915 -14-766 1 6-1? 0 1 .00 99.47 at with ATSN 2552 With SY 413 4 + .028 -1+ .675 17.399 1, 00102.3 + at with ATOM 2553 OE1 SI 413 +4.204 '13, 392 18,245 1.00103.95 at with* DTOM 255 + Нё2 SY 413 43.962 -16.508 17.501 1 .0010+ .17 at to: DTOM 2655 WITH SI 413 45-062 -And .79? 15, + 10 1.00 94-56 eight with DTOM 2556 D) sy 413 +5.47? -AND. 580 16,550 1.00 95-1? Yo 0 DTON 2557 N ABP 41 0 45-638 “11 .288 1 + .32 + 1.00 97.12 AT [7 DTOM 2558 CA ARP 41+ + 6-85? -10.498 1 +. + 05 1.00 90-76 at with dton 2559 NE ARS 41+ 47,512 -10.401 13.029 1.00101.11 at with ATSM 2560 SS ARS + 1 4 4B-> 59 -11.653 12.62+ 1.00104.90 at with ATOM 2561 With ABC 41+ 49.105 -11.403 11.395 1.00109-69 at with ATSN 2562 ΝΕ ICE 41+ 50.2 + 9 -12-307 11.305 1.0011+ .56 at n ATSN 2563 cg ICE 41+ 50.158 -13-631 11.227 ΙχΰΟΙΙΘ, 01 at with ATSN 256+ N81 ICE 41+ 48.968 Ί + .220 11.233 1,0S1 $ 20.4 eight G7 ATSN 2565 MM2 ICE 41+ 51.258 -14.367 11.131 1-00120.17 0 Ιί ATSN 2566 with ICE 41+ 46.611 “9-U2 1 + .950 1 -00 90.39 0 with ATCI 2567 0 ICE 41+ 47.365 -AT. 619 15.79+ 1.00 EV.42 0 0 ATOM 2569 N Bc 415 45.556 -B .457 1 +. + 65 1.00 90.39 B N ATON 2569 CA Bc 415 45-194 -7.126 1 + .93 + 1.00 99-30 0 with DTOM 2570 NE Bw 415 43-926 -6.639 14.239 1.00 96-90 Yo with ATOM 2571 With Bw 415 44-0 + 6 -6.1Θ8 12.7V + 1.00 9 * 9 * 64 AT _ DTON 2572 C01 Ι-Ε0 415 + 2-667 -5.991 .12.18 + 1.00 93-5? AT with ATOM 2573 Pops Bw 435 44-536 -1.905 12-725 1.00 93-09 AT with ATON 257 + with Bw + 15 44.96+ -7,142 16. + 30 1.00102.00 at with ATON 2575 0 ive 415 15-363 -6.224 17.130 3.00100,71 eight ϋ ATON 2576 N Gye + 16 44-325 -B .230 16.916 1.09106.93 eight No. ATSN 2577 CA NOT 416 43.995 -AT. 3-36 18.132 1-09113.2 + AT WITH ATsN 2578 NE 1b 436 43-220 -9.593 18.6 + 2 1 .001 09, +9 B g ATSN 2579 BE2 Gye 416 42-818 -9. 620 20.110 1 -00107.39 . AT with ATCI 2530 CE1 I CE + 16 41-958 “9.66V 1T.7Y * 1.00109. + Θ AT Τ- ATSN 2581 CE-1 Gye + 16 41-160 ‘10, 926 18.002 3.09110.7V E ι ATSN 2532 WITH I b + 16 45.253 -8 - 319 19.1? E 1,00114.47 AT WITH

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ATSN $ 583 0 ΙΙ.Ε 416 45,367 -7.56Θ 20.146 1.001 η, 39 eight 0 ATSN $ 564 TO NTO 417 46.195 -9.1B1 10.01 $ 1.00116.77 AT n ATSN $ 565 CA NTO 417 47.420 -9.315 19-678 1.00117.72 Ε with ATOM $ 56 6 NE NTO 417 40.350 -10.343 10-939 1,00124.49 AT WITH ATOM $ 567 SS NTO 417 49.677 -10.471 19.611 1.00130.81 AT with ATSN 250V CO2 NTO 117 50.035 -11.091 $ 0.760 1,00133.74 eight with ATSN $ 509 WE H15 417 50.029 9-905 19,107 1,00133.21 B N LT SM 2590 CE1 NTO 117 51.039 -10,170 19.916 1.00135.24 AT with ATON 2591 ΗΈ2 ΗΙΒ 417 51.304 -10.Β8Θ 20,928 1.00135.71 AT N ATPN 2592 ABOUT ΗΙ5 417 40.125 -7,970 19.669 1.00115.09 eight with ATSN $ 593 WITH ΗΙ3 417 4 ".100 -7.491 20. 761 1.00113.36 AT 0 ATSN 2594 TO RNE 41B 48.394 -7.371 10.517 1.00112.00 AT N ATON $ 595 CA RNE NOT 49.206 -6.162 10.469 1 -00110.07 AT WITH ATOK 2596 NE RNE 41B 49.750 -5.94 3 17.050 1-00115.25 AT WITH ATOM $ 597 ss RNE 41B 51.070 -6.611 16-814 1,00121.12 0 with ATOK 2593 SY RNE 41B 51.145 -7.792 16,098 ], 00123.17 AT with ATOM $ 599 CO2 1’s NOT 41B 52.2 30 -6.059 G /, 31 $ 1.00123.35 AT with ATOM 2600 CE1 RNE 418 52.359 -0.400 15,884 1.00125.37 AT with ATOM $ 601 CE2 RNE 410 53.156 -6.672 17.101 1.00125.90 AT with D7PM 260 $ with l RNE 418 53-514 -7.05 $ 16. ZVZ 1.00126.06 AT with ATOM $ 663 with RNE 418 $ 48.17 -4.913 18.927 1.00306.04 & WITH ATON $ 604 0 RNE 418 49.033 wzg 10.896 1.00106.38 at 0 ATOM $ 695 N ZEK 419 47.224 -5.064 19-353 1.00 99.46 at N ATOM $ 63 6 CA 5EK 419 46.413 -3.907 TO-875 1.00 92.29 at WITH ATOM 2607 Sv ZEK 419 44.937 -4.359 19.83? 1.00 90.97 at WITH ATOM 2603 00 5EK 419 44.506 -4,607 18-522 1.00 89.32 at 0 ATOM $ 609 WITH ZEK 419 46-781 -3.65 $ $ 1.311 1.00 80.03 at with ATOM 2610 ABOUT HYOR. 419 46.976 -4,547 $ 2.124 1.00 89.15 at 0 ATOM $ bl N AM 4TO 16.B58 -2.363 21.627 1.00 05.3? 3 N ATOM $ 61 $ CA d: .d 4 $ 6 47.016 -1.927 23.010 1.00 81.9? at WITH ATOM 2617 NE ABA 4 $ 0 47.044 -0.406 $ 3.00 $ 1.00 81.91 9 WITH ATOM $ 611 WITH A1.D 4 20 45,842 -2.469 $ 3.816 1.00 79.89 AT WITH ATON 2615 ABOUT ABA 4 $ 0 44.713 -2x475 $ 3.330 1,0θ 79.29 AT 0 ATOM 2616 N B ¥ 5 421 46.100 -2. 926 $ 5.039 1-00 77.60 AT TO ATOM 2617 CA Bw 421 45.101 -3-706 $ 5.762 1.00 76.65 AT with ATOM 261Θ NE Bw 421 45.629 -five . 120 $ 6-000 1.00 75.21 at with ATON. 2619 Xie ΕΥΞ 421 46.034 $ 5.84 24.730 1.00 74.25 B with ATOM 2620 With Bw 421 45.404 -7.221 $ 4,634 1.00 72.30 at with ATON 2621 sv B0 421 45,912 -7, 973 23.414 1.00 72.05 eight 0 ATOM 2622 ΝΖ Boo 421 47.403 -7.974 23.350 1.00 69.00 AT N ATOM $ 623 WITH EU0 421 44,606 -3.109 27.080 1.00 70.30 6 0 ATON 2621 ABOUT Bw 421 45,308 -2,590 27.074 1.00 75.81 AT 0 ATSN $ 625 M AZR 42 $ 43,292 -3.193 27 .291 1.00 ’ι'6.07 AT N ATSN $ 626 OD DZR 4 $ 2 4 $ .854 -2,840 28.557 1.00 75.80 AT WITH ATSN $ & $ 7 NE AZR 12 $ 43,025 -3.859 29.635 Ι.ΰφ 76.51 AT WITH ATSN $ 628 With AZR 422 42.541 -5.259 29.293 1.00 77-29 at WITH ATSN $ 629 001 AZR 422 41.496 -5.684 29.023 1.00 77.24 at 0 ATSN $ 630 002 A5P 422 43. $ 10 -5.936 20.185 1.00 7 ".5 $ at 0 ATOM $ 631 with AZR 422 42x970 -1.434 $ 9.03 $ 1.00 75.72 at WITH ATOM $ 632 0 AZR 422 43.111 -1.185 30.231 1.00 75.77 at 0 ATON $ 633 to UAY 423 43.094 -0.516 $ 6 .078 1.00 75.77 at N ATOM 2634 CA UAY 423 4 3.330 0.093 28. 373 1.00 75.46 at with ATOK $ 635 sv UAY 423 44.279 1-529 $ 7.323 1.00 74.23 at WITH ATOM 2636 CC1 UAY 423 $ 45.57 0-739 27.200 1.00 73.29 at WITH ATSN $ 607 S-52 UAY 423 43-618 1.555 $ 5.953 1.00 72.50 at WITH ATOM 2638 WITH UAY 423 42.000 1.666 28,305 1 .00 75.67 at with ATON $ 639 0 ULT, 4 $ 3 41,911 2.734 20.997 1 .00 75.7 4 at about ATOM 2610 N 1b 424 40,999 1.11V 27.706 1.00 74-56 at N atom $ 641 CA Ι1.Ε 424 39.674 1.733 27.641 1.00 14.4? at WITH AGOM $ 261 NE TIE 424 38.E10 1 .097 26. 512 1.00 73.36 at WITH ATOM 2613 C52 1b 424 37.506 1.065 26-345 1, 00 74.09 at WITH ATOM 2644 SY1 1b 424 39.558 1.125 25-103 1, Οΰ 71.55 at WITH ATSN $ 645 sy Gye 424 38.737 0.506 $ 4.031 1.00 68.51 at WITH ATSN 2646 with Gye 4Ξ4 38.934 1.526 28,969 1, 00 74.12 at WITH ATOM 2647 0 1E 424 38.736 0 + 30 * $ 9.397 1.00 74.56 g ϋ ATON 2640 [one Α0Ν 425 38.516 $ .61 . $ 9,618 1.00 73.22 at AND ATSN 2649 SL AND YOU 425 37.707 $ -166 30.022 1.00 73.77 η with ATOM 2650 sv AIN 420 37,545 3,803 31.550 1.00 72.03 at € ATOM 2651 with AVI 425 36,794 3. 659 32.863 1.00 71.01 eight WITH ATOM 2652 EV] AII 4 $ 5 35,814 2. 925 32.949 1.00 72.71 at about ATSN $ 653 ΝΡ2 A5N 425 31,258 four . 350 33.091 1.00 11.45 at N ATCI 2654 WITH Α5Ν 425 36,338 1.914 30.426 1.00 74.65 at WITH ATCI $ 655 0 Λ5Ν 425 35.618 2.603 29.606 ] .00 74.07 . at 0 ATOM 2656 N si 426 35.976 0.766 30.924 1.00 76.81 at N ATOM 2657 £ l at 426 34.741 0.111 30-501 1.00 79.15 at <- ATOM 265Θ NE SS ¹ 426 34.712 -1.337 30-986 3.00 Θ0.99 at WITH

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ATOM 2 659 SS her 426 35.574 -2,282 30.184 1.00 VZ.84 AT with ATOM 2 660 With si 426 35.147 -3-729 30.345 1.00 W.17 at with ATOM 2 661 OE1 the eagle? 426 35-400 -4.529 29.418 1.00 V7.57 at 0 ATOM ? 662 0E] 2 psh 426 34.551 -4.063 31.395 1.00 05.46 at 0 ATSN 2 663 WITH si 426 33.480 0.024 30.984 1.00 70.50 at with ATOM 2 664 ABOUT ptl 426 32,386 0.569 30.47 4 1.00 80.47 at 0 ATON 2,665 I Dick 4J7 33,637 1.722 31.956 1.00? 8, Y7 AT I ATOM 2 666 CA ABA 427 32.501 2.376 32.599 1-00 70.26 at with ATOM 2 667 C0 ABA 4J7 32.936 2.969 33-954 1-00 75.03 at with ATOM 2668 WITH ABA 427 31.035 3.452 31-740 1-00 75.60 at with ATON 2669 ABOUT ABA 427 36.987 4.206 32.334 1.00 75.77 at 0 ATOM 2670 ίί TIR 428 32.226 3-530 30,473 1.00 74.75 at " ATOM 2 671 CA TNR 428 31.555 4.397 29.512 1.00 74.44 at with ATOM 267? CE! TIR 428 32,542 4.Θ11 20.423 1.00 74.02 at with ATOM 261'3 With TIR 428 32,114 5.942 27.534 1.00 73.99 at with ATOM 2 67 4 CO? TIR 428 31,470 5.043 26.247 1.00 74.1J at with ATON 2675 THIS TIR 428 31,407 7.143 25.715 1.00 73.61 at with ATOM 2676 Cez TPP 428 30.968 4.781 25.492 1.00 74.77 at with ATOM 2677 Οϋΐ TIR 428 32.379 7 .258 27,723 1.00 73.84 at with ATOM 2678 ΝΕ1 TPP 428 31.963 7.988 26, 637 1.00 74.39 at N ATOM 2679 CB2 TIR 428 30.853 7 .414 24,462 1.00 72.79 eight with ATOM 2600 C23 shooting gallery 428 30.417 5.055 24.245 1.00 74.68 at with ATOM 2601 CH2 TYR 428 30.367 6.362 23.746 1.00 73.12 eight with ATSN 2602 WITH TIR 42Ya 30-424 3. 579 28.905 1.00 74.60 at with ATOM $ 268 ABOUT shooting gallery 428 29,370 four . 106 $ 28.55 1 .00 73.01 at 0 ATOM 2684 N RNE 429 30.656 2.276 28.799 1.00 75.1 $ at eleven ATON 2685 CA RNE 429 29.715 1.370 28-146 3.00 76.00 at with ATOM 2686 NE RNE 429 30.447 0 .117 27.654 1.00 75.20 at with ATOM 2687 se RNE 429 31.632 $ 0.40 26.773 1.00 73.39 but with ATSN 2688 CO2 RNE 429 32.897 “0.041 27.119 1.00 72.50 at with ATSN 2689 ΟΏ2 RNE 429 3Ί .473 1.127 25.594 1.00 72.64 at with ATSN 2690 CE1 RNE 429 33.909 0, 214 26.304 1.00 71.63 at with ATSN 2691 THIS RNE 4J9 3?, 552 1.386 24.775 1.00 72, 20 at with ATSN 2692 Sz RNE 429 33.62? 0.920 25.131 1.00 71.45 3 with ATON 2693 WITH RNE 429 26.580 0.95Θ 29.083 1-00 16.15 at with ATSM 2694 about RNE 429 20.6 20 0.827 30.242 1.00 76-42 at 0 ATOM 2695 N REO 430 27.346 0.961 26.587 1.00 76.64 at 0 ATSM 2696 Οϋ RNO 430 26.911 1.201 27.203 1-00 16.64 at with ATOM 2697 CA RNO 430 26.237 0.571 Y9.150 1.00 78.80 at with ATOM 2699 SE ΡΗΟ 430 25.006 0.663 28.549 1-00 77.13 at with ATSM 2699 se RAO 430 25.536 0.602 27.168 1.00 76.00 at with ATOM 2700 with RNO 430 26.145 “0.825 30.039 1-00 00.99 at with ATSM 2701 with RAO 430 26.005 * 1 .147 IE 341 1.00 01.23 at ϋ ATSM 2702 μ si 433 26.140 -0.961 31.3? 5 1-00 03.65 at and ATSN 2703 CA CH1 431 26.550 “2-107 32.130 1.00 V5.46 at with ATOM 2704 se si 431 25.6.39 -:. 199 33.363 1.00 VE. 78 at with ATON 2705 Joint venture drunk 431 2 6, 07 3 -3,227 34.405 1.00 95.94 at with ATSN 2706 with axis 431 25.317 -3.091 35.721 1.00 98.87 at with ATON 270 ' OE1 from 4 $ 1 25,879 -3.512 36.758 1.00100.9? at 0 ATOM 2708 OE2 fed up 4 31 24,174 -2.570 35.717 1.00100.66 at 0 ATON 2709 with SY 431 26, 569 -3.446 31.388 1.00 83.67 at with ATOM 2710 ABOUT S’’Z 431 27.593 -4.133 31.337 1-00 83-49 at 0 ATOM 27C n AZR 432 25.429 -3.799 $ 0.808 1.00 81.63 at N ATOM 2712 CA A8P 432 25.220 -5.121 30-23rd 1.00 79.14 at with ATOM 2713 sv AZR 432 23.722 -5.335 29,977 1.00 79.06 at with ATOM 2714 SS AZR <132 22.998 -4 .047 29.596 1.00 79.96 at with ATOM 2715 yo1 AZR 432 23.092 -3-046 30.346 1.00 79.78 at about ATOM 2716 SJ2 AZR 432 22.329 -4 .039 28.542 1.00 79.18 at with ATOM 2717 with AYOG 432 26.009 -five . 339 20.944 1.00 77.30 at with ATSM 2718 ABOUT ACRE 432 26.070 -6.451 28.413 1.00 76.7 $ I about ATSN 2719 N SON 433 26.61Y -1.268 28.445 1.00 75.0 $ at n ATOM 2720 CA B1.N 433 37.376 -one . 327 27.213 1.00 72-12 eight with ATOM 2721 sv C'S 433 27.122 -3.074 26.375 1.00 71.19 at with ATSN 2722 SS CEM 433 25.835 -3.110 25.591 1 .00 70-56 at with ATOM 2723 SG) S!!. N 433 25.896 -1.114 24.46V 1.00 71.25 at with ATOM 2724 OE1 Cb [1 433 24.808 -4.442 23.846 7.00 1]. 67 3 ΰ ATOM 2725 ΝΕ2 SHM 433 27.0E1 -4.615 24,201 7-00 73.06 eight N ATOM 2726 WITH SY 433 20.007  4.461 27.484 1.00 71.41 at  with ATSN 2727 ABOUT si 433 29.600  4.931 26.6 ?? 1.00 71.95 B about ATOM 2720 N ABC 434 29-296 -4.047 25.675 '.00 69.73 B at ATOM 2729 CA ABC 434 30.71?  3.900 I0.985 1.00 6B.37 B one_ ATON 2730 sv ABC 434 30.900 -3,423 30.424 1.00 60.00 B with ATSM 2731 Sat ICE 434 30.130 -Y.OOZ 30,670 1.00 66.67 with ATSN 273? NE ABC 434 .31.0 + 4 -1.449 31.956 1.00 69.05 at ATSN ? 7 $ E NOT Battery 431 30.059 -0.676 32.713 1.00 70.43 at N ATSM 2734 sz Battery 434 29,112 -1.220 33.449 1.00 72.4? at WITH

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ATON 2735 ΝΗ1 AYE 434 20.255 -0.962 39.113 1.00 73.59 AT μ ATON / 736 NN? bottom 4) 4 01/29/8 -2,531 33.521 1.00 7 3.57 AT Ν ATON 273? WITH two 434 3’.510 -5.184 2B, 795 1.00 6Y.ZZ at g ATOM 2738 0 AKC 939 32.589 -5.18-3 2Β. 190 1.00 68.56 at l ATOM 2739 N 7АЪ 935 30.951 -6.284 29, 319 1.00 6? -And at to ATOM 2790 CA 7Ab 935 31.681 +7.555 29.233 1.00 86.36 at with ATSM 2791 sv 7A1 935 ZO.Θ84 -8.689 $ 29.94 100 66.62 at with ATON 2792 SY1 UAY 435 30,759 -0.367 31.431 100 64.88 at about ATON 2793 CE2 7Ab 435 29 L EE +0.957 /9.307 1.00 64.17 eight ABOUT ATON 2744 WITH UAY 435 31.939 -7-936 2 ??, ?? 6 1.00 65.17 AT ; ATON 2745 about 7Ab 435 32.990 -8.975 27.442 1.00 66.15 AT about ATCI 2,146 to Bw 436 ST 971 -7.635 26.910 1.00 63.04 at I ATSN 279? CA Ι.Μ) 936 31-051 -a.010 25.497 1.00 61.71 at with ATSM 2798 NE Bw 936 / 9, 64 V -7.993 29. B71 1.00 62.24 at with ATOM 2799 Si Bw 936 29,556 -8.020 25.561 1.00 61-83 eight with ATSM 2750 From 01 Bw 936 27.225 +8.631 29, B23 1.00 60-35 eight / “ ATSM 2751 CO2 Bw 93B 28.37V -20.294 25 * 593 1-00 60.0? AT with ATOM 2752 WITH Bw 436 31.876 -7.099 24.675 1-00 59.12 AT with ATON 2753 ABOUT Bw 436 32 * 655 +7.554 Q3,? 59 1-00 57.04 AT '0 ATOM 2754 I T! 1st 437 31.988 -5. B12 / 5-000 1.00 57. NE at I ATSN 2755 CA Transnational corporation 43? 32 * 126 -4.049 Ζ4.Ζ07 1.00 56.21 at with DTSCH 2756 NE YOU 437 32.403 -3.915 24.648 1.00 5 3.88 B with ATSN 275? 001 TNN 93? 31,009 -3.163 29,442 1.00 55.23 B 0 ATSM 2758 CO / TNV 937 33,216 -2.926 23, B58 1.00 50.77 AT with ATSM 2759 WITH TNV 937 34.229 -5.064 24,338 1.00 55-95 eight with ATOM 2760 ΰ TNV 937 34.B22 +4.747 25.374 1-00 56-6? AT 0 ATON 2761 I In to 43B 34.B £ 2 -5.596 23,274 1.00 54.46 AT I AGON 2762 with ₽ro 43B 34.210 “5.902 21,990 100 54.63 at with ATON 2763 CA RIO 43B 36.293 -5.94 9 23,294 1.00 53.85 at ί TPA " 2764 sv RVO 43B 36.515 -6-417 21,807 1-00 52.36 at with ATSN 2? 65 se vomit 4.50 35,167 -6.051 21,329 1.00 52.88 at with ATSN 2766 g RIO 4 34 37.166 -9,764 23,501 1.00 54.24 at with ATSM 2767 0 RAO 93B 37 * 476 -3.952 22,721 1 .vo 55.50 at about ATSN 2768 31 AYAN 939 3) -553 -9.658 29.VE5 1.00 54.28 at η ATOM 2769 CA A8YA 939 33.46V -3.600 25,203 1.00 $ 9.3 $ at with ATSN 2770 sv A5N 439 38.716 -3.662 26.700 1.00 53-17 at with ATOM 2771 se AZP 939 38.413 -2.438 27.206 100 52.93 at with ATOM 2772 ΰϋΐ A5YA 939 40.452 -2.-054 26. 6? 4 1 -BO 54-56 at 0 ATOM 2773 N □ 2 Ay 939 38.846 -1.004 2Θ-233 1 -Co 52.08 at I ATON 2774 WITH AZI 939 39.768  3.758 24.417 1-00 55-78 at with ATON 2775 ABOUT AIN 439 90.655 4,519 24,814 100 57.73 at ΰ ATON 2776 N Bw 440 39.877 -3.093 $ 23.29 100 56.06 at about ATON 2777 CA yee 440 11.041 -3.142 22,397 1.00 55.96 at with ATON 2778 NE B £ 0 440 40.833 -4,263 21.3 (9 100 55.14 at with ATON ??nineteen se Bc 140 91.121 -5, 104 21,703 1.00 54.08 at with ATOM 2700 ΟϋΙ yee 490 40.643 -6.666 20.604 1.00 51.94 at with ATON 2701 C 02 Bw 440 42,614 -5.895 22.328 1.00 53.63 at with ATOM 270? with Ϊ.Ε1Τ 490 91, 263 -1.037 21.627 1.00 56.41 at with ATOM 2703 about Bw 990 90,359 -1.359 20,947 100 56.93 eight about ATOM 2704 N 7Ab 491 92,461 -1.271 21,717 1 in 56.47 at n ATOM 2705 CA UAY 491 92.772 -0.074 20,944 1.00 56-91 eight with ATOM 2786 NE 7D 991 93.250 1 .057 21.851 1.00 55.41 at with ATOM 27B7 CC1 UAY 941 93.613 2.270 21,009 1 * 00 55-90 at with ATOM 2708 CC2 7Ab 941 92.174 one . 396 22.864 1.00 54.73 at with ATOM 27B9 WITH 7АЪ 441 93.857 + 0. 357 19-956 1.00 50.09 at with ATOM 2790 ΰ Oy 441 95.021 -O 406 2O.2G2 1.00 50.32 at 0 ATOM 2791 N ABA 442 93.472 0 * 433 10,643 1 * 00 60.35 at I ATOM 2792 CA ABA 442 44.369 -0.077 17.576 1.00 62.99 at with ATON 2703 sv ABA 442 13.710 -0.611 16.219 1.00 62.70 at with ATOM 2799 WITH Yd 442 45.743 -0.232 17.630 1.00 65. her at with ATSN ? 7 & 5 0 ABA 442 to $ .90y 0.805 13.121 1.00 65.64 at about ATOM 2796 AND ABA 443 96.730 -0.952 17.113 1.00 69.73 and !] ATSN 2797 CA ABA 993 9 $ .092 -0.499 17.020 1.00 74.07 at with ATOM 2790 NE ABA 443 98.802 -0.639 18.356 1.00 70.53 at with ATOM 2799 WITH ABA 493 98.833 -1.182 15.923 1.00 79.09 at with ATON 2800 WITH ABA 493 98.650 -2.303 15.726 Company 81.17 at with. ATOM 2801 N Bf 449 49.677 -0.459 15.196 1-00 86-92 at 0 ATSN 2002 CA Bc 444 50.523 1,065 14.1E5 1.00 99.56 at with ATON 2003 NE 1bc 499 51.269 0.016 13.404 1.00 91.22 at with ATON 2009 her yee 444 50.5BZ 0 55 = 1 / .150 1.00 JV. 99 at with ATOM 2005 Bw 494 51.176 1.89V 11-179 1.00 86.05 at with ATOM 2006 :: c2 [* £ □ 444 50.739 -0,447 11.017 1.00 85.93 at with ATON 200? with Bc 4 94 51.523 -2.0051 14.840 1,00100.27 , at with ATON / 000 with 1 * E (] 4 44 51.990 -1 .762 15.955 1,00101.97 at Ο- ATON 2009 N RVS 49 $ 51-854 -3,115 14.155 1,00102.11 at Ν ATON 2019 SS PBE) 495 51.117 -3.601 12.942 1,00102.47 at with

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ATOM 2511 CA E * RO 445 52.800 -4,056 14,611 1.00106.96 AT with ATOM 2312 HE Ryo 445 52.808 -5.199 13,596 1.00103.63 AT with ΑΤΰΜ 2313 Si LDCs? 445 51,472 -5.072 12.969 1.00101.93 at with atom 2314 0 REY 415 54.257 -3.416 14.616 1.00113.37 at with ATOM 231 $ Ο- PPO 445 54.690 -2.856 13.611 1.00112.60 at 0 ATOM 2316 Ν UI 446 54.952 -3-485 15.760 1.00116.22 at N ATSN 281? With PPO 446 54.384 -3,732 17.095 1.00119.90 at with ATOM 2313 CA PPO 416 56-374 -3.135 15.797 1,00122.39 at with ATOM 2819 NE PPO 446 56.702 -3.003 17.291 1.00122.57 at with ATOM 2320 with& PPO 446 55,560 -9.813 17.975 ι. from zz at with atom 2321 with RAO 446 57.221 -1, 149 15-017 1.00125.56 at with ATOM 2322 0 RVO 446 58.166 -3.766 14.326 1.00129.91 at 0 ATOM 2323 N SEC 447 56.864 “5.433 1 $ .111 1.00131.30 at N IHOM 2324 ate THIS 447 57.519 -6.4 98 14.335 1.001,35.24 at with ATOM 2325 sv Yen 447 50.220 -7.48 $ 15.270 1.00141.23 at with ATOM 2326 ag .CHECK 447 57.298 -6.310 15.952 1.00144 .06 at about ATOM 732 '! with Yaw 44? 56- $ bb t, 227 13.423 1.00141 .04 at with ATOM 7026 0 5 EP 447 50-622 -6.152 13.934 1.00131.60 at 0 ATOM 2029 OXT Yaw 441 56.53 $ -7.006 12.201 1.00 ± 13, 1b eight 0 THEY 2633 5EK 447 at ATON 2331 SY oh one 3.711 32,350 16.970 1 -00136.52 B31n with ATOM 20 32 ss si one 3.439 33.840 16.919 1,00141.65 B31n with ATON 2033 Joint venture □ 10 one 4.640 31.640 16.136 1,00143.45 B31n with In summer 2034 0E1 □ Y. 1 one 4.415 35-731 15.666 1,00143.63 B3111 0 ATOM 2035 OE2 2 0.780 34,170 16.635 1,00143.91 B31n about ATOM 2636 WITH pyz one $ 4.71 30-381 10.137 1,00130.94 B31n with ATOM 26 3? 0 her one 4.1Ϊ0 2 9.64? 17.346 1.00131.43 B31n 0 ATOM 2636 and OTT! one 5,502 32.67V ZB.564 1.00135.71 B31n N ATON 2639 CA oh one 4.311 31.049 10,288 1-00134.83 B31n with ATOM 2640 and 8 EP 2 5.722 29.967 18.902 1.00175.13 B31n m ATON 2041 CA SEN 2 6.323 23-637 10.703 1,00119.15 B31n with ATON 2042 C8 VER 2 7.056 25.283 70,000 1-00120.98 Bzn with mouth 204.1 O <5 SEC 2 6.217 29-431 21.212 1.00124.69 B31n 0 ATOM 2044 WITH THIS 2 5.320 27.539 16.440 1.00113.8V B 31EZ with ATOM 7045 0 Seb Th 1-159 27.597 10.649 1.00112,42 B31n 0 ATON 2640 N UAY 3 five . 771 26-53A 17.688 1.00107.89 B31n V ATSN Y04? CA 5H 3 4.91? 25.405 17.342 1,00101.42 131H with ATON 2646 NE UA1 uh 5.242 24.670 15.924 1.00101.91 Bzn with ATSN 2649 C01 UL 3 6,704 24.464 15xB39 1.00102.ZU B31n with ATOM 2650 CC2 wa ;. 3 4.319 23.704 15.579 1.00102.00 Ι.31Η with ATSM 2051 with UAY 3 5.069 24.295 1Θ.375 ) .00 95.09 Bzn with ATOM 2652 0 UAY 3 4.315 23.326 1 V.Zab 1.00 95.30 B31n 0 ATOM 2653 n Bw four 6.C51 24.453 19.252 1-00 07.11 Bzn and ATOM 2654 CA b four 6.090 23.680 20.483 1.00 80.33 Bzn with ATOM 2055 Sho Bw four 7.521 23.244 70,799 1-00 78.74 Bzn with ATSM 2856 SS LEU four eight . 079 22.079 19.989 1.00 75-03 Bzn .; ATSM 2057 Οΰΐ B5 = 3 four 9.349 21.503 ? 0, 651 1.00 73.88 Bzn with ATOM 2VBV CO2 yee four 7.052 20.97 3 19.908 1-0 (1 7 3.52 131H with ATOM 2055 WITH LIE four 5.54? 24,506 21,646 1.00 76.28 Y1N with ATON 2860 0 LIE four 6.084 20.510 21,962 1.00 74.35 B 3 111 0 ATOM 2061 I TNN five 4.490 24, 010 22.268 1.00 72.42 1.31n N ATON 2662 CA TNN five Z.Y56 24.?36 23.368 1.00 67.66 B31n with ATON 2863 NE tn five 2.3 $ O 24,690 23.143 1.CO 65.52 131H with ATSN 2864 001 TNN five T-84? 23.672 22,591 1.00 64.8? zzzn 0 ATON 2865 CC2 TEAK five 2.075 26.056 22,104 1.60 54 -39 Bzn with. ATSM 2866 WITH Transnational corporation five 4,069 24.115 24,761 1.C0 05.48 13ΙΗ with ATSM 2867 0 Transnational corporation five 3,962 22.903 24.936 1.-00 65.15 B3n 0 ATOM 2868 N sn 6 4.37V 24.969 25.730 1.00 64.29 Bzn 31 ATOM 2869 CA sieve 6 4,539 24.55 $ 77-P + 1, 00 63.73 131H with ATOM 2870 NE sy 6 6.037 24.170 27-326 1.00 61.83 B1n with ATOK 2871 SS cth 6 7.018 25.3 + 6 27,379 1,60 59.76 B3n with ATOM 2872 With sy 6 8.361 25 .017 26,745 1.C0 60.41 bah 1n with ATOK 2073 0Έ1 sym 6 8,433 21-730 25,554 1,60 61.76 B 1n ΰ ATOK 2874 MEUSE th B 9.430 75,056 27.540 1.00 59.07 B 1H " ATOM $ 281 WITH sky B 4.292 75,692 23.074 1.00 64.47 13111 with ATON 2 8? 6 P yn 6 4.22 $ 26.86? 27.702 1.00 64.01 B31n 0 ATOM 2817 N ro 7 3-861 25,353 29.330 1.00 66.46 B31n I ATOM 2813 SI PPO 7 4.220 24.113 30.038 ! .80 67.04 1.31 and with ATOM 23? 9 CA PPO 7 3,326 Ζ6.353 30.254 ’.Ao B5.3 $ B31n with ATOM 2360 NE PPO 7 3.116 25.574 31.517 1.00 E5.91 131H with atom 2881 SS PPO 7 4.129 24.508 31.494 1.00 61.09 B31n with ATOM 2882 WITH PPO 7 4,305 27.496 30.442 1.00 04.1? 1 / 31H with ATOM 2883 0 PPO 7 5.506 27,349 30.727 1.00 65.00 . B31n 0 ATOM 2384 N Ryo 3 3.791 20.663 30.034 1.00 63.61 B31 N ATOM 2305 □ ΰ PPO but 2.35B 20.982 30,705 1.00 61.10 Bzn with ATOM 23B6 CA PPO but 4.604 29.855 $ 31.08 1.00 63.12 131and with

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ATOM 28В7 NE REY eight 3.577 30.996 31.015 1 -00 ¢ 1. 7-4 B31N s ATOM 28VZ Sat RAO eight 2.367 30.419 30.395 1-00 60-71 B31N s ATOM 28В9 with RAO eight 5.369 29.7B6 32-411 1.00 63.56 B31N s ATON 2390 0 REY eight 6.443 30.call 32.560 1.00 63.66 L31H 0 In summer 239} s □ HER 9 4.79 " 29.062 33.365 1.00 63.25 101Я N ATOM 2392 CA 5 to her. 9 5. 1J2 29 .218 34.757 1.00 63.19 B31N s ATOM 2393 SR I am EC 9 4 - 466 30,446 35.350 1.00 50.99 B31N s' ATOM 2894 OS VEYA 9 4,807 38.729 36.678 1.00 57.73 1.31 and about ATOM 2895 with ZEK 9 4.86b 27,361 35.578 1 .00 64.48 B31n s ATOM 2896 0 VEN 9 '3.794 27.360 35.478 1.00 65.45 o oh ATOM 2897 and UAY ten 5.837 27,556 36.362 1.00 60.09 L31I P ATON 2898 CA UAY ten h. 6 (17 26.517 37.362 1.00 63.42 Ϊ-31Η s ATON 2899 NE UAY ten 6.233 25.170 36-9’0 1, 00 03-3 " B31N s ATON 2900 SB1 UAY ten 5.360 24,514 35-836 1 .00 62.57 B31H s ATON 2901 SS-2 UAY ten 7.633 25,415 h. 14 ώ 1.00 03.77 B3h s ATOM 2902 WITH UAT. ten 6.224 26.980 for. b? o 1.00 63.10 B31N s ATOM 2903 0 UL ten 6-939 27,909 38.708 1 .00 62.36 L31H 0 ATOM 2904 N VEN eleven 5.917 26.250 39.741 1.00 63.31 B31i y ATOM 2995 CA ZEK eleven 6,542 26.405 41.035 1 .00 64.07 B31H s ATOM 2906 NE CENTURY and 6.227 27,094 41.545 1.00 65.21 b31n s ATOM 2907 OS ZEK eleven 4.37 3 20.237 41.310 1.00 60.61 631H 0 ATON 2908 with 5 EN eleven 6.1 (37 25.443 42.059 1.00 63-28 B31H s In summer 2909 about convict. and 4.965 24.970 12.060 1.00 03.10 B31H 0 ATOM 2910 N Xiu 12 7.055 25.064 42,903 1-00 62.91 B31H N ATON 293 1 CA Yu 12 6.790 24.13 " 43,992 1.00 52.96 B31H s ATOM 2912 WITH fed up 12 7.831 24.493 45.040 1.00 62.06 B31} [s ATOM 2913 0 Be 12 8,035 25. 129 44.706 1.00 52.73 1.3111 0 ATON 2914 n ABA 1'3 7.608 24.119 46.295 1.00 59.54 1.31 AND ATOM 2915 CA ABA 13 8.553 24.4B2 47.341 1.00 57.2 " B31N s ATOM 2916 se ABA 13 7.914 24.294 48.692 1.00 54.68 B31H s In summer 2917 with ABA 13 9.824 23.627 47.217 1.00 57.41 B31H s ATON 2918 0 ABA 13 9.863 22. 648 46.462 1.00 57-04 L31H 0 ATON 291 " N T-bills 14 10.891 24-009 47,930 1.00 56.71 L31H ATON 2920 With heck 14 11.122 25.236 48.702 1.00 56.70 B31 ATON 2921 CA REY 14 12.071 23,137 47.937 1.00 57.23 B31H s ATOM 2922 NE REY 14 1.3.043 23. "67 48.060 1.00 57.17 ss ATOM 2923 SS REY 14 12.608 25.2BZ 48.306 2.00 55.90 B31H s ATOM 2924 WITH REY 14 11,699 21.750 48.464 1.30 53.32 B31H s ATOM 2925 0 REY 14 10.950 21.646 49.432 2.00 58.21 B31n about ATOM 2926 N Be 15 12.211 20.714 47.817 1.00 60.26 L31H M ATOM 2927 CA Be 35 11.854 19.358 48.195 1.00 62.96 b31n s ATOM 2928 WITH Be 15 10.772 1 V, 72 V 47.332 Ϊ.00 65.28 B31m s ATOM 2929 0 Be 15 10.696 17.500 47.221 1x00 64.05 L31P O ATOM 2930 N SI sixteen 9.936 19.560 46.710 = .00 60.62 B31n n ATOM 2931 CA SY 36 8.802 19.065 45.926 ’.YY 71.60 B31H s ATOM 2932 NE si 36 7.661 20.072 45.957 1.00 75.07 B31H s ATOM 2933 SSt sn sixteen 6.906 20.112 17.252 1.00 82.69 b s ATOM 2934 with sy sixteen 5.727 21.055 47,177 1.00 87.55 B31H s ATOM 2935 0151 si sixteen 4-5YZ 20.625 46.977 1.00 90.63 L31H 0 ATOM 2936 ΝΕ2 61.Ν sixteen 5-994 22,355 47,326 1.00 89.14 L31 N ATOM 2937 WITH Yes sixteen 9-123 10,735 44.471 1.00 70.00 B31H s ATOM 2938 ABOUT BYN sixteen 10.101 19,220 49.902 1.00 69.52 L31H 0 ATOM 2939 N AKO and 8.278 17,904 43.076 1.00 60.13 L31H N ATOM 2940 CA ICE I? 8.411 17,566 42.471 1.00 66.35 SIT with ATOM 2941 NE AI & 17 8,093 16.084 42.24V 1.00 65.46 B31m s AT "M 2942 SS ICE 17 B.223 15.626 40.804 1.00 £ 5.51 B31 and s ATOM 2943 NE ICE 17 7.961 14.13B 40.680 1.00 66.05 B31 ”T s at 2944 ΝΕ ANS 17 7.644 13.722 39-326 1.00 68.32 b and ATOM 2945 ST Ic 17 6.444 13.852 Hey. 764 1.00 71 .52 B31H s DT0N 2946 0H1 DAY 17 5.440 14.397 39.446 1,00 73 -0Р L31 N ATOM 2947 MM2 lne 17 6.239 13.410 37.526 1-00 72.19 B31H in ATOM 2940 WITH DAY 17 7 .401 ! 0.434 11.623 1.00 65.81 B31 ATSN 2949 ABOUT M1. £ 17 6.403 16.8.50 4Ϊ.06Θ 1.00 64.65 L31H 0 ATOM 2950 N UAY 18 7.930 10,699 40.392 1.00 64.40 L31H N ATSN 2951 CA UAY 18 7-2GS 19-439 39.411 1.00 63 .29 B31H s ATOM 2952 NE UAY 1H 7.816 20,900 39.293 1.00 £ 5.09 B31H s ATOM 2953 SB1 UDD 18 '? , 032 21,588 40.640 1.00 65.44 B31l s ATOM 2954 CC2 UAY 18 9.222 20.811 38.727 1.00 66.7V Ι.31Η C ATON 2955 WITH UAY 18 7.320 18.027 30.044 1.00 62 .02 B31 and s ATOM 2956 0 UAY 1B B .181 17.98V 37. In ST 1.00 60.97 L31H 0 ATON 2957 N TNN nineteen 6.451 19.204 37.112 1.00 61.73 B31 in ATOM 2950 CA Transnational corporation nineteen 6.657 18.845 .35.712 1.00 61.Θ2 B31H s ATON 2959 NE TNN nineteen 5.694 17.739 35.261 1.03 S, 35 . B31H s ATOM 2960 Ook th nineteen 4.376 18.274 35.1 I 6 1.00 60.99 L31H 0 ATSN 2901 CO2 TNCs. nineteen 5.687 16-610 36.264 1.00 51.60 B31 with ATOM 2962 WITH Transnational corporation nineteen 6.465 20-049 .34.781 1.00 63.20 ss

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DTOM 2963 0 Tyk nineteen 5.754 21.0-32 35.124 1.00 64-11 B] N DTOM 2964 and ETC, 20 7,113 20,003 33.613 1.00 62-60 B31n ATOM 2965 CA Gye 29th 6.843 20.935 32-512 1.00 62-VZ B31 ATON. 2966 sv TYE 20 6-089 21.772 32.19V 1.00 63.61 E31H ATOM. 2967 CC2 NOT 20 7.815 22.690 31-032 1.00 65.17 E31H ATOM 2968 CC1 Gye 20 8-4V7 22.5ΒΘ 33.429 1.00 64.27 Ι / 31Η ATOM 2969 n EE 20 9-698 23.4 92 33-213 3-oz 64.62 B31n DTOM 2970 with Gye 20 6.432 20.123 31,275 1.00 63.70 B31n DTOM 2971 about GJE 20 6.787 18.945 31 -163 1.00 62-92 B31n DTOM 3972 and ZEK 21 5.682 20.729 30-354 1.00 61.09 B31n DTOM 2973 SD ZEK 21 4,990 19,935 29.336 1.00 64-66 B31n ATOM 2974 sv 5EK 21 3-536 19,776 29.754 1.00 63-74 B31i ATOM. $ 297 os 5EK 21 3.435 19.89V 31-163 1.00 64-11 E31H DTOM 2976 with 5EK 21 5-058 20.444 27-887 1.00 65-67 1.31 to ATOM. 2977 0 ZEK 21 4.306 21.337 27-489 1.00 6Β, 3Θ B31N DTON 2978 n CPS 22 5.945 19.842 27.099 1.00 6 ".14 T-31N ATOM 2979 CA CPS 22 6-069 20.125 23.671 : .00 63.02 B31n DTOM 2980 WITH ST5 22 5.038 19.313 24,866 '..00 63.37 B31n ATOM 2981 0 CPS 22 5-077 1J.0B0 24.04V 1.0-0 62.28 B31n DTOM 2983 NE SU5 22 7.483 19,755 25.710 1.00 61-52 131and DTOM 2983 Hey CPS 22 8.20V 20.6? 7 23.808 1.00 61.05 b31n ATOM 2984 N Transnational corporation 23 4.117 20.005 24.202 1.00 64.3? LL ATOM $ 298 Sd GNK 23 3.184 19.346 23-290 1.00 64, ez Ι.31Η DTOM 2986 NE Transnational corporation 23 1.713 19.709 23.634 1.00 65-15 B31n total 2987 € Y1 Transnational corporation 23 1.553 21.133 23-65.5 1.00 65.4 * B31n DTOM 2988 CC2 Transnational corporation 23 1.337 19.152 25.806 1-00 65.92 B31n ATOM 2989 WITH Transnational corporation 23 3.492 $ 19.7 31.052 1.00 64.35 B31n DTOM 2990 WITH THY 23 3.929 20.682 31.596 1.00 64.00 B31i ATOM 2991 N GLU 24 3-269 16,043 20.917 1.00 62.67 b31ch DTOM 2992 CA P1.U 24 3.77? 19-030 19.572 1.00 61.57 B31n ATOM 2993 WITH SUE 24 2.763 18,000 18.472 1.00 61.13 Ι.31Η ATSN 2994 0 Be 24 1.659 19.313 1B.532 1.00 62-31 B31n ltOn $ 299 N 5EK 25 3-157 18.029 17.461 1.00 61.63 B31n ATOM 2996 CA Yaw 25 2.299 13.697 16.319 1.00 62.41 Ι.31Η ATON 2997 NE Yen 25 1-914 18.961 15,557 1.00 62.6 $ B31n ATON 2998 SS ZEK 25 2.996 19.425 14.770 1.00 ¢ 4. $ 4 Ι.3ΪΗ DTOM 2999 WITH Zay 25 3.025 16.73? 15.362 1.00 $ 2.86 1L1N DTON 3000 £> ZEY 25 4.250 16.601 15 . 416 1-00 63.34 B31n dton 300; N ZEY 26 2.27 + 16.092 14.47+ 1.00 62.26 bz1n DTON 3002 SD 5EY 26 2.812 14.979 13.695 1.00 62.09 B31n ATOM 3003 NE ZEY 26 1-695 1 + .304 12.099 1.00 62.24 1.31 N DTON 3004 well Zek 26 1.213 15.15? 11.880 1.00 60.4 V B31n ATON 3005 with convict 26 3-9 * 9 15.353 12.735 1-00 62.2V zzzn ATOM 3006 about ZEK 26 4 .43Y 1 + -49? 12.006 1.00 61.32 Bt ATON 3007 1+ ZEK 27 4,333 16.620 12.717 1.00 62.13 B31n DTOM 3006 SD ZEN 2? 5,432 11.031 11.B54 1-00 61.96 Bzgi ATON 3009 NE ZEK 27 5.100 18-34 6 11.141 1.00 61.55 $ 31H ATOM 3010 OS ZEK 2? 5.67 5 19.458 11.804 1.00 57.20 yin ATSN 3011 with ZEK 27 6, 7 32 17-180 12.642 1-00 61.9 $ G.31N ATON 3012 about ZEK 27 7.776 17.510 12.072 1.00 62.4+ B31n ATOM 3013 n Dan 2B 6.664 16.940 13.950 1.00 60.69 B 1H ATOM 3014 CA AIN 2B 7.861 16.930 14.785 1.00 59.4V 1E1N ATON 3015 sv Α3Ν 28 8.044 18.27 5 15-4Y £ 1 .00 59.78 B31n ATOM 3016 CC5 wisdom 2B 6.746 18-856 7 5-983 1-BO 58.38 B31n ATON 301 7 001 Ά3Ν 2B 6.023 19.505 15,235 1.00 53.36 b31n ATSN 301 8 N02 DZN 28 £. 444 18.631 1? .250 1.00 58.43 £ 31H ATSN 3019 WITH wisdom 26 7.95V 15.830 15,822 1.00 59-65 Σ.31Η ATSM 302 0 0 Α5Ν 28 8,286 14.712 15.548 1.00 57.88 B1n ATSN 3021 n 1b 23 7.377 16.151 17.019 1-00 61-65 ΐ 31H ATSM 3022 SD 1b 29th 7.39B 15.196 18.123 1.00 64.05 B31n ATSN 302 3 C0 1b 29th 6,712 15-764 19.304 1.00 63-61 £ E1H ATSN 302 + CC2 1b 29th 6.839 14-760 20.930 1.00 68.10 !, 31H ATSM 302 5 CC1 ΙΕΕ 29th 7.353 17-093 19.701 1.00 63.77 B31n ATON 302 6 C01 ΙΕΕ 29th 6. B11 17.68 6 21.061 1.00 61, $ + B31n ATSM 3027 WITH 1b 29th 6.68 6 13-904 17.730 7.00 65.35 B31n ATSM 302 v about 29th 7.096 12 .B13 1J.120 1.00 65.28 B1n ATSN 302 9 I Ξίϊ thirty 5.617 14.043 7 6-953 1.00 60.80 B31n ATON 3030 SD 61G thirty 4.897 12.866 16, + 72 1.00 69-29 B31n ATSN 3031 with Xiu thirty 3.36? 12.461 15.0 * 3 1.00 70.79 E31K ATSM 3032 0 6Τ.Υ thirty 4 - 609 1 1.920 14 - CALL 1.00 73.79 B31n ATSM 3033 to λι, λ 31 6-623 17.77? 14.7BZ 1-30 70.57 b31 n ATSN 303 + CA ABA 31 7.179 12.388 13.4 96 1.00 68.69 1.31 and ATSM 3035 NE ABA 31 7.541 13.623 12-705 1.00 69.46 . B31n ATSM 3036 WITH ABA 31 0.405 11.502 13.609 1.00 67.46 1-37 N ATSM 3037 ABOUT ABA 31 9.124 11-205 12.737 1.00 66.80 B31n ATSN 3038 N SUE 32 8.634 11.0V1 14.930 1.00 66.06 B31n

ϊ O .P L Π ϊ Ο Ο ή ί: O '1 Oh I Π <! η ΐ С П Ц С Ο ΰ 7) Ч С Я С <1 Π ί О Г) О О!> Й ο ΰ ΰ ΰ Г) г О П Я Я ΰ Λ Π ο ΰ η 3 ΪΙ Г, с π ό ζ ο η ο Π η Ξ υ π ο η ο η η 3

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ΑΊ'ΰΜ 3039 CA SUE 32 9.744 10.192 15.212 1.00 61.49 B31n ATOM 3040 WITH SUE 32 10.99V 10.939 15.632 1.00 60.15 B14 ΑΤΰΗ 3041 ABOUT SUE 32 12.010 10.327 15.972 1.00 58.78 Y1N LTSN ZS42 N ΤΪΚ 33 10.923 12-268 15.608 1-00 57.00 B31n ATOM 3043 CA ΤϊΚ 33 12.055 13.103 15.974 1.00 52.69 631N ATON 3044 NE tkk 33 11.94 7 14.450 15.855 1.00 50.YZ B31n ATSN 304B ss ΤΥΒ 33 11.990 14.315 13.741 1.00 $ 49.7 B31n ATON 3046 CM ΤΥΒ 33 13.356 13.907 13.099 1.00 49.31 B31n ATOM 304? ST.1 τγρ 33 13-196 13-721 13,729 1.00 48.18 B31n ATON 3040 CO2 TUN 33 10.057 14.544 12.959 1.00 47.71 B31n ATSM 3049 CE2 ΤΥΒ 33 10.096 14.359 11.503 1.00 47.03 B31n ATON 3050 cg ΤΪΒ 33 12.063 23.942 10.979 1.00 48.69 B 1 n ATON 3051 Si ΤΪΒ 33 12.120 13 .707 9.629 1.00 50.47 1,3111 ATON 3052 with TUYA 33 12.064 13.272 17-4V7 ] .00 50.76 T.e 1N ATOM 3053 about ΤΪΚ 33 11.014 13.254 1B.111 1.00 52.52 Bz’n ATON 3054 and Am5? 34 13.251 13,407 18.074 1.00 48.14 B31n ATSN 3055 CA LZR 34 13.417 13.437 19- 531 1-00 45.2b B 1H ATOM ZOB NE H5? 34 14-791 12,898 19, 920 1.00 4 5.18 B31n ATSN 3057 st D8R 34 14,910 11-409 19,734 1.00 44.74 bz ATON 3050 001 ΑΞί ' 34 15.934 10.849 20.197 1.00 43.60 B31n ATON 3059 002 A5? 34 13.989 10.003 19.133 1.00 45.00 b31a ATOM 3060 WITH ΑΒΡ 34 13.263 14 .B17 20.165 1.00 45.11 1.31 n ATON 3061 WITH Α5Ρ 34 13.605 15.949 19.564 1.00 44.68 N1G < Accident 3062 N UAY 35 12 .79V 24-B2E 21.407 1.00 44.99 B31n ATON 3063 CA UAY 35 12.73V 16.064 22.178 1 - 00 43-90 B31n ATON 3064 NE UAY 35 11-457 16.141 22.99? 1.00 44.15 B31n ATSN 3065 ST1 ul 35 11-532 17,331 23.965 1.00 43.72 B31n ATON 3066 CC2 UAY 35 10.256 16.254 22.050 1.00 44.74 yin ATON 3067 WITH UL $ 5 13, EOB 16.221 23.128 1.00 43.44 b ± a ATOM 306V 0 UAY 35 14, 232 15.306 23.BB8 1.00 42.76 nt ATON 3069 14 015 36 14.534 17.393 23.075 1.00 43.03 b: 11 n ATON 3070 CA 015 36 15.642 17.736 23.956 1.00 42.46 1.31h ATOM 3071 Sa 015 36 16.В6В 18.136 23.124 1.00 42.43 B 14 ATSM 3072 M 015 36 17.111 17 .275 21.912 1.00 43.91 B1n ATSN 3073 ST2 ΗΣ5 36 17.039 17.573 20.587 1.00 43.23 B31n ATOM 3074 N01 H1b 36 17.439 15,948 21.995 1,60 43.31 Y1E1 ATOM 3075 SB1 N15- 36 17.639 15.469 25-176 1-00 41.56 B31n ATON 3076 ΝΕ2 1'15 36 17.454 16.435 19, 906 1.00 41.42 B31n ATOM 3077 WITH NG5 36 15.16? 10.926 24,706 1.00 42.73 ъ31н ATON 3073 0 KG5 36 14.271 19.649 24.363 1.CO 44.22 B31n ATOM 3079 N TNR 3? 15,153 19.130 25,961 1.00 43.29 B31n ATON 3080 CA TKR 37 15,326 20.197 26.916 1.00 43.33 B31n ATON 3081 se TNR 37 14, bo; 19.599 28.124 1.00 45.93 B31n ATOM 3082 ss TKR 37 13.25? 1 B. ENO 27.843 1.00 49.34 B31n ATON 3083 C & 2 TNR 37 11.932 19.600 01/28/05 1.B0 50.13 Y1a ATOM 3084 CE2 TKR 37 11.002 18.624 27.743 1.B0 51.37 B31n Atom 3085 from £ 3 TNR 37 11.571 20.083 2B.375 1.00 52.21 b 1 and ATOM 3086 CP1 TKR 37 13.006 17.66 6 27.471 1.00 51.27 B 14 ATON 3087 HE1 TyAr 37 11.651 17,465 27.412 1.00 51.06 B 14 ATOM 308Θ SGS TIR 37 9.640 18-095 27.826 1.00 52.35 B 1H ATON 3089 sgE TYR 37 10.220 21.154 28.457 1.00 52-72 B31n ATOM 3090 SNZ TKR 37 3-269 ? 0.162 28,182 1.00 52.64 B31n ATON 3091 with TKR 37 16.435 21 .044 27,457 1.00 43.26 B31n ATOM 3092 0 TKR 37 17.541 20.514 27.809 1.00 42.97 B31n ATON Zs93 N τϊη ЗЯ 16.235 82.35 $ 27.5 60 1.00 43.01 B31n ATSM 3094 CA ΤΥΗ ST 17,352 23.232 01/28/04 1.00 43.05 B31n ΑΪ0Η 3095 NE TUN 38 17,771 24.181 26,901 1.00 38.88 B 1H ATSN 3096 SS ΊΪΚ ST 18.088 23.478 25.624 1.00 33.77 b 1 a ATSN 3097 SI ΤΥΗ 38 17.073 23.103 24.743 1.00 28.65 B31i ATSN 309V CE1 ΤΪΚ 38 17.364 22 .421 23.563 1-00 25.10 B31M ATSM 3095 C & 2 ΤΪΚ 38 19.409 23.154 25.365 1.00 32.66 B31n ATOM 3100 CE2 ΤΥΚ 38 19.713 22.476 24- H4 1-00 29.28 B31n ATOM 3101 cg ΤΪΚ thirty 18.638 22.114 23.289 1.00 27.15 B31N ATON 3103 HE ΤΪΚ 38 19.009 21.469 22-127 1.00 26.39 B31n ATSN 3103 with TTY 38 17.007 24.056 29.234 1.00 46.95 B31n ATON 3104 WITH ΤΪΗ 38 15-897 34.577 29.Ϊ57 1.00 4B.67 B31n ATON 3105 R So 39 17.974 24.192 30.187 1.00 49.84 B31n ATSN 3106 CA Yb 33 17,831 Ζ5.060 31.2B1 1.-30 52.09 B31m ATON 3107 NE fed up 39 10.431 84.377 38.506 1.00 52.21 6311ί ATOM 3108 SS sya 39 18,538 25.261 33.725 1.00 54.03 B 11 " ATOI 3109 With fed up 39 19,329 24.604 34.540 1.00 55.27 B11! ATOM 2 210 OE1 So 39 20.550 24.734 34.907 1.00 56-25 1.3 14 ATOM 3111 ME2 fed up 39 18,635 23.892 35.722 1.00 55.16 B31n ATON 3212 WITH CH1 39 18.567 26.371 30.999 1.00 54.16 'BE1H ATON 3113 □ So 39 19.650 26, 382 30.401 1.00 b2. $ E B31n ATOM 3214 X tan 40 17.965 27.470 31-115 1.00 57.66 B31n

ϊ o l h ΰ o D) l η h с ΰ η l η η η ϊ o o η l ΐ s η η p l ο η ί o h ί ό л л п ϋ η ΰ η ΰ ΰ l l ϊ ϋ ΰ η (Ί η (And ¹ * l l η ϊ ΰ ίι l

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ATSM ZI5 SL BJ 40 18,592 28.779 31.254 1.00 61-56 [23 ΙΝ ATSM 3316 NE C1H 40 17,954 29.560 30.092 1.00 $ 9.03 B21n ATOM 3117 SS BT, N 40 18.774 30.730 29.713 1.00 56.95 B31N ATON 3118 0ϋ sm 40 18.186 31.591 20.563 1.00 56.21 Bj ATON 3119 About £ 1 WOULD? 40 16.964 31.635 28.405 1-00 55.30 Bj ATON 3120 ΝΕ2 SON 40 19.066 32.175 27.756 1-00 53.83 B31N ATCI 3121 WITH oya 40 18.451 29.5B4 32.525 1.00 66.50 Bj ATSN 3122 ABOUT her 40 17.3B4 30.123 32.813 1.00 66.89 Bsh ATSN 3123 AND Bw 41 19.533 29.660 33.285 1.00 72.91 B31n ATSM 33 24 CA Bw 41 19.607 80.596 34.389 1.00 7 9.1) 5 1D1I ATON 31 2 $ NE Bw 41 $ 20.93 30.436 35.10V 1.00 7 9.25 B31g1 ATON 3126 sa Bw 41 21.40.3 28.984 35.221 1.00 01.00 B31Ya ATOM 3127 From 01 Bw 41 27,063 ΖΒ, 530 33.916 1.00 00.02 Bj ATOM 3128 C 02 Bw 41 22.382 2B.871 36.379 1.00 80, J2 T, 31J ATON 3129 with Bw 41 19.507 31.900 33.773 1.00 02.23 B31N ATOM 3130 ABOUT Bw 41 20.261 32.311 32.059 1.00 03. ?? L31E1 ATSN 3131 N REY 42 18.562 32.803 3 ".2 $ 1 1.00 83.71 B31n ATON 3132 with Ryo 42 17.570 32.557 35-313 1-00 Θ4.1Ο 13111 ATON 3133 CA REY 42 18.400 31.121 ZZ.bChb 1.00 64.51 B31n ATON 3134 NE RKO 42 17.306 84, .730 34.497 1.00 83.82 Ϊ.31Η ATSN $ 313 Sat REY 42 16-529 33,621 35.05? 1.00 03.24 Bj ATON 3136 WITH REY 42 39.71? 34.891 33.692 1.00 04.11 Ι.31Η ATOM 3137 ABOUT PPO four? 20.413 34,894 34.709 1.00 04.12 Bj1n ATOM 3138 N Syu 43 20.066 35.527 32.576 1.00 03.31 B31N ATON 3139 CA Oyu 43 21.333 36.227 02.48? 1-00 52.03 B31n ATON 3140 WITH SUE 43 22.437 35.422 31.023 1-00 61.46 B31n ATOM 3141 ABOUT boo 43 23.501 35.670 31.732 1.00 01.22 B31M ATON 3142 S Thy 44 10/22 34.222 31.35? 1.00 79.80 Bj 1E1 ATSN 3143 SD Transnational corporation 44 23-093 33.403 30.668 1.00 75.75 B31N ATON 3144 SI So 44 23.760 32-413 31.624 1.00 76.28 b31n ATSN 3145 SB1 Transnational corporation 44 24.190 33.104 32.799 1.00 76.33 1.31 N ATSN 3146 CC2 taya 44 24.901 Z.176 30.959 1.00 75.30 izzn AZOM 3147 WITH Transnational corporation 44 22.492 32.633 29.512 1.00 72.4® B31N ATOM 3148 ABOUT Transnational corporation 44 21 .270 32.567 29.392 1.00 73-96 Bj ATOM 3149 N ABA 45 23.375 32.04 V 20.709 1.00 66.86 izzn ATOM 3150 CA ABA 45 22.990 31.144 27.635 1.00 $ 0.78 B31N ATOM 3151 NE ABA 45 24.237 30.700 26.035 1.00 57.60 B31N ATOM. 3152 WITH ABA 45 22.222 29.91V 20.14 $ Ι-ΟΟ 56.71 izzn ATOM 3153 Ο- ABA 45 22.304 29-485 79.294 1.00 54.89 Bj ATOM 3154 Ν RAO 46 21.366 29.34 4 21.390 1.00 54 .07 1E1N ATSM 3155 Sat Nuclear weapons 46 20.704 23-972 ? 6.134 1.00 53.12 B31N ΑΪΟΜ 3156 OD Rey 46 20.794 28.029 27. $ 90 1.00 51.10 bj DTOM 3157 NE FIG 46 01/196 27,776 26.420 1.00 49.83 Bj ATOM 3150 Sat FIG 46 15.452 29-137 75.977 1.0-0 51.00 ъ31н ATON 3159 WITH ?to 46 33.072 26.961 27.708 1.00 48.33 1.314 ATOM 3160 ABOUT RM] 46 2-2.04 0 26.96? Ζ6.E6E 1.00 45.76 North West ATON 3161 N 1.7 V 47 21.696 26.059 26.665 1.00 46.06 1.21 N ATOM 3162 CA B5 47 22.559 24.902 26.702 1.00 43.92 B31N ATOM 3163 NE Bjuz 47 23.201 24.075 30.100 1.00 45-5? 1.31 N ATOM 3164 SS Bw 47 23.152 23.519 30.910 1.-00 46. $ 4 B31n ATOM 3165 With Bw 47 23.90V 23.554 32.24 $ 1 -00 49.09 B3n ATOM 3166 CE Bw 47 2 3.940 22.169 32.922 1,60 54.13 ЬЭ1Н ATOM 3167 Y2 Bw 47 22.786 21,000 3-3- $ 5 $ 1.00 56.30 B31n ATOM 3 1 EB WITH Bw 47 21.695 23.671 2J. $ 60 1.00 42.72 Bsh ATOM 3169 ABOUT Bjuz 47 20.528 23,630 23.96? 1, 00 42.20 B 1H ATOM 3170 one] yaki 49 22.256 22.600 ??, $? 5 1.00 41.33 SZ 1M ATOM 3171 CA ёо 40 21.549 21,423 27.651 1.00 39.44 B31n ATOM 3172 SR Bw 40 22,369 20,515 26.729 1.00 36.39 B31n ATOM 3173 with Bjeo 48 21,898 19.670 26.538 1.00 33.90 Bj ATSM 3174 CO2 THEO 48 20,513 19.024 25.858 1.00 30-93 1.3 bj ATSN 3175 CO2 Ι-ΚΟ 48 22,951 10,338 25.736 1.08 31-01 1.31 and ATOM 3176 WITH Bw 4® 21,291 20.713 28.970 1.00 39-99 1-31N ATOM 3177 0 b 48 22,205 20.573 29.813 1.00 31.13 B31N ATON 317B TO Bw 49 20.046 20.266 29.155 ί .00 4 0-04 B31n ATSM 3179 CA Bw 49 19.604 19.633 30.39 $ Ι.οο 40.?5 B31N ATOM 3183 NE Bj 49 18,407 20.377 30.960 1-00 41.14 Bj ATON 2181 SS Bjeo 49 17.894 19.879 32.320 ΐ, 00 43.03 B31N ATOM 3182 C01 Bw 49 18.808 20,293 33.44? 1.00 40, Β3 bj ATSM 3183 CO2 Bw 49 16.401 20.401 32,556 1.00 41.04 Bj ATON 3184 WITH Byo 49 1 9.1 97 10,191 30.190 1.00 42.11 bj ATON 3185 about Bjeo 49 19.422 17-350 31.071 1.00 43 .22 Bj ATOM 3186 I 1ЪЕ 50 18,567 11,889 29.060 1.00 42.50 B31N ATSN 3187 CA 1b 50 18.101 16.526 28.714 1 .00 43 .24 . T.31N ATSN 316® NE T ΑΕ- 50 15.87? 16.118 29.406 1.00 43.30 1.31 n ATON 3189 SS? Ι bj 50 36.229 14.953 28.663 1.00 43, 25 bj ATOM 3190 CC1 1b 50 17.156 15,752 30.055 1.00 42, 23 B31n

О С '! = О С1 О л гз =! ϋ ί * 1 О and О И 55 · ΰ · '7 ¢ 7 ίΊ О О Л П О ΓΊ <Ί Я О Λ ί * ϊ 5Σ (ρ Π η П П Г>> Ξ О Π Π П П П Г>> Ξ ψ Π Ξ S O P L P

Η s s s s s s s s and s s s s s s s s s s s

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ATON 3191 SI GE8 50 16.212 14.721 31.305 1.00 43.01 101C ATOs 3Ι9Ζ WITH GEE 50 18,005 16.304 27.213 1.00 15.56 E31H ATSN 3193 Ο- 11.8 50 17,1E8 16.973 26.569 1.00 43-85 1.31 N ATON. 3194 Ν 5 EB 51 10.759 15.340 26. E73 1.00 "6-30 G.31N ATOM 3195 CA 5EK 51 18.711 15.SOY 25 * 246 1-00 49.71 B31n ATOM 3196 NE 5EV 51 20.130 14.952 24.675 100 49.26 B31n AToI 3197 SS Yen 51 20.939 14.047 25,403 1.00 52.11 B31n ATOM 319B with 5 EN 51 17.991 13-686 24,961 1-00 50.08 B31n ATON 3199 with Yen 51 17.737 12,096 Ϊ5, $ 65 1.00 50.16 bz 1n DTOM 3200 N CEU 52 17.610 P.46Y 23.695 1.00 51.31 B1n ATOM 3201 CA SET 52 17.056 12,209 23.204 1.00 52.07 B31n ATOs 3202 WITH BET 53 15.903 11,173 24.164 1.00 54.09 E31H ATOM zgoz Ο- 0ΕΪ 52 15, 778 10.590 24.499 1.00 54-32 E31H ATOM 3294 Ν A 511 53 15.06E 12.737 24.551 1.00 55.48 031N ATOM 3205 CA Α3Ν 53 13.841 12.470 25.310 1.00 56.60 B31n DTOM 3206 NE Α5Ή 53 13.102 11.243 24.751 1.00 52-09 ; 31H ATOM 3207 SS Α5Ν 53 12.094 31.306 23-248 1.00 49.39 bz1n ATOM 320V O01 AZES 53 12.ΞΕΒ 12.353 22-692 100 50.31 B31N ATON 3209 N □ 2 A5Y 53 13.081 10-176 22,584 1.00 46.57 B31N ATOM 3210 WITH AIN 53 10/14 32-24.5 26.799 1 .co 56.53 B31n ATOM 32I 0 AIN 53 13,345 12.?09 Ζ7.647 one . oo 57.59 B31n DTOM 3312 N Yaw 54 15.11? 11.537 27.115 100 50.06 E31H ATOM 3213 CA Yaw 54 15,289 10,921 28.421 100 59.90 B31n ATOM 3214 NE Yaw 54 14.677 9.518 26.357 1 .60 60.64 E, 31H ATOM 3Ζ15 OS YEV 54 15.248 8.732 27.315 ) .00 59.19 B31n ATOM 3216 WITH ZEK 54 16.709 10.B44 29-000 100 62.2V B31N ATOM 3217 0 Y £ k 54 16.905 1C, 24th 30.055 1.00 62.32 E31H ATOM for a N AZES 55 17.692 11,444 29,330 100 64.32 B31i ATOM 3319 CA A5N 55 19,087 11.293 28.744 1.00 6? .64 E31C DT0M 3220 Oh Λ5Ν 55 19.930 ΐ0.Я06 27.345 1.00 67.43 B !!! ATOM 3221 Sat Α3Ν 55 19,450 9.603 26.892 one . oo 67.9? B31 DTOM 3322 ARI D5K $ 5 19-565 eight . 509 27.458 1.00 66.43 B31YA Agoy 3223 N02 AZES 55 18.898 9.731 25.69 $ 1.-00 60,44 B31n ATOM 3Ζ24 WITH D5Y 65 19,700 12.524 29.401 1.00 69.95 1.31 N ATOM 3225 ABOUT AZES 55 19.502 13.esa 2 $ .93? ! , 00 71.67 3310 ATOM 3226 N ABC 56 20.457 12.307 30.477 100 72, 79 E31H ATON 3227 CA ans 56 21.009 13.307 31-238 1.00 75.45 B31 ATOM 3220 NE ICE 56 20.883 13.179 32.739 100 77, 49 B31n ATON 3229 ss ICE 56 $ 19.43 13,163 33.160 1.00 83,20 B31n ATON 32 30 smiling ICE 56 19.324 12.706 34-631 ’> .00 80.80 B31n ATOM 3231 NOT ABE 56 15.196 $ 11.31 34.015 1.00 95.67 b31n ATON 3232 οί ICE BE 20.967 10.936 35,153 100 99.20 B31n ATON 3233 to me BUT NOT 56 21-260 9.643 35.293 1,00100.99 b 31n ATOM 3234 N112 A. Her BE 21.908 11.851 35.352 1 .00101.79 B31n ATON 3235 WITH AYE $ 6 22-501 13,481 30.970 1.00 75.94 B1n ATOM 3236 3 AI5 56 23-31 $ 12.505 31.139 1.00 76.36 Bsh ATON 3237 and RAO 57 23.070 14.660 30.586 1.00 7 6.10 zen ATOM 3238 CE} RVO 57 22.322 15.811 30.039 1.00 75.75 bj ATON 3239 CA RVO 57 24.519 14.895 30.545 100 03/17 T.31N ATOs 3240 NE RVO 57 24.656 16.255 29.059 1.00 75.92 T.31N ATOM 3241 with RVO 57 23.346 16.482 29.176 100 15,20 zzzn ATOM 3242 with T-bills 57 25.064 11.931 31.965 1.00 77.22 B31n ATOs 3243 about T-bills 57 24.490 15.587 32-032 100 76.83 B31b ATOs 3241 to 5 HER 58 26.166 11.232 32-20 $ ] -00 76.60 B31n ATON 3245 CA ZEN 58 26.803 11.29? 33,521 1.00 75.29 E31H ATON 3246 sv pharynx. 58 20.190 13-664 33,480 1.00 75.46 E31E! ATON 3247 OS WAY 98 29,012 1 1,426 32,675 1.00 72.13 zzzn ATON 3248 with 5 her 56 26.917 15.169 33.910 1.00 73.26 E31H ATSN 324 9 ABOUT Yen 50 21.172 16.625 33,067 1.00 7 3.30 131H ATOs 3250 and SUE 59 26.732 16.04 6 35.192 1.00 7 1.02 E31K ATSN 3251 CA 61U 59 26.434 17.396 35.62 3 1.00 66.74 131H ATOs 3252 with Yu 59 24.984 17.447 36.062 1.00 63.73 B31n ATOM 3253 ABOUT Be $ 9 24.576 17.051 37.181 1.00 53.24 B31n ATOM 3254 N UAY 60 24.089 17.613 35.102 1.00 60.90 B31n ATON 3255 CA UAY 60 22.662 11.015 35.480 1-00 5 ¥, $ 6 B31n ATON 3256 NE UAY 60 21.850 17.011 34.11 $ 1-0 (1 57.78 131H ATON 3257 CC1 UAY 60 20 * 391 17.176 34-I5 100 56.47 131H ATON 3258 CC2 UAY 60 22.336 18-10 $ 33,268 1.00 58.00 131K ATOM 3259 WITH UAY 60 22.277 15-109 36, 325 1.00 58.24 EZ 1H ATOM 3260 P UA1. E0 22.490 1 4.64 6 35.923 1.00 55.12 E31H ATON 3261 N RVO 61 21.706 16,023 37.519 1.00 58.08 ΐ3ΐ | ί ATON 3262 with RIO 6) 21.552 17.349 ZV.137 1.00 57.75 13 1and ATOM 3263 CA RVO 61 21,353 14.951 38,459 100 58.26 , 1.3111 ATON 3Ζ64 NE RIO 61 21,030 15.696 39.760 100 58.11 E31H ATOM 3265 SS RIO 6Ϊ 31,652 17.034 39.600 100 50-28 B31N ATOM 3286 WITH RIO 61 20,172 14.116 37.976 100 50.36 B31n

О ί С <1 (1 ί ι *} О ΐ О ό ό Ί -Τι Π Р С 5Т Ζ О 3 Л С ϋ Π Ζ р Σ ί; Ώ й Л Ξ с О о Π <Ί Ζ о П 2 о P O O Ϊ s π Ώ 2 G; o P ϊ ϋ G] Ώ

S s s ΰ n s s s s s

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ATON 3367 but Ryu 61 19,438 14.526 37.074 1.00 $ 6.83 B31n ATOM 326V to AZR 62 19,991 12.94? 38.579 1.00 $ 8.64 B31n ATOM 3269 CA FER 62 18.372 12.098 38.205 1.00 $ 9.95 B31n ATOM 3270 Sho DE G 62 19.073 10.657 38.707 1.00 62.80 B31n ATON 3271 with AIR 62 19.202 10,556 10-234 1 .00 67.16 B31n ATOM 3272 001 LOR 62 13.770 9.540 40.100 1.00 67.Θ1 B31n ATOM 3273 her2 AYOP 62 18.742 11 .471 40.969 1.00 69.22 B31n ATOM 3274 with AZR 62 17.587 12,686 38,158 1.00 56.55 B31n ATOM 3275 ABOUT AZR 62 16.500 13,160 38.5 30 1.00 57. IN B31n ATSM 3276 N DU 63 17.721 13.787 39,437 1.00 $ 7.77 B31n ATOM 3277 CA DU 63 16,561 14,546 39.933 1.00 57.6V B31n ATOM 3278 sv DU 63 1'1.006 15.733 40.781 1.00 59.02 Bzn ATON 3279 ss DU 63 17.583 15.367 42.130 1.00 60-91 B31n ATOM 3230 with AKE 63 17.745 16.618 42.979 1.00 64.55 T, 31H ATON 3281 ΝΕ AKC 63 18.504 17.660 42,280 1.00 67.17 B31n ATOM 3282 sa ANS 63 18.006 18.840 41.915 1.00 67.43 B31n ATOM 3283 ΝΗ1 No. 63 16.741 19.145 42.178 1.00 67.62 B31n ATOM 3284 HH2 Bj 63 18.779 19.719 41.29? 1.00 67.50 Y1N ATON 3285 with Bj 6.3 15.761 15,054 38.734 1.00 56.49 B31n ATON 3286 ABOUT Bj 63 14.541 15,224 38, B17 1.00 56.13 bk ATON 328? I RNE 64 16.471 15.297 37.632 1.00 55.21 B31n ATOM 3288 CA RNE 64 15,873 15,705 36.360 1.00 5 *. 46 b: n ATSM 3289 NE RNE 64 16.7V2 16.699 35.623 1.00 53.69 B31n ATOM 3290 with RNE 64 17.058 17.949 36.305 1.00 51.65 Y31N ATOM 3291 C01 ?NOT 64 16.251 19.067 36.220 1-0 "50.28 B31n ATON 3292 CH2 RNE 64 18.131 18.01 0 37.269 1-00 50.64 B31N ATOM 3293 CE1 RNE 64 16. $ 01 20.226 36.920 1.00 18.84 B31n ATON 3294 Cez RNE 64 18..194 19-1b5 31.974 1.00 48. EV B31i ATON 3295 cg MFN 64 17, $ 77 20.280 37.798 1.00 18.52 1.3 w ATOM 3296 with RNE 64 15,640 14.480 35.159 1.00 53.96 zhn ATOM 3297 ABOUT RNE 64 16,627 13.713 35.262 1.00 53.0? B 1H ATOM 3298 N CENTURY 65 14,495 14.34 4 34.896 1.00 54.00 1.31 n a + He 3299 CA ZEK 65 14.223 13.240 33.970 1-00 54.1 " B31b ATOM 3 300 NE 5EK 65 13,755 12.013 31.748 1.00 53.56 sht ATOM 3301 OS 8th 65 12.887 12-390 35-002 1.00 52.90 B31n ATOM 3302 with ZEK 65 13.182 13.653 32,927 1.00 54.21 B31_H ATON 3383 about 5 yok 65 12.299 14-463 33,202 1.00 54 .41 1.31K AGON 3304 N Eu 66 13.303 13.100 31-725 1.00 54.11 sht ATOM 330 $ CA Cb 66 12-403 13.472 30,649 1.00 53.71 1.3 1H ATON 3306 WITH Cb 66 11.674 12-267 30,103 1.00 54.08 B1n ATON 3387 ABOUT ΟΪ.Ϊ 66 11.973 11.136 38.178 1.00 54.45 B31n dtpm 3308 n ZEK 67 10,108 12.500 29.224 1.00 54.58 B1n ATOM 3389 CA VER 67 9.993 11.398 28.591 1.00 55.72 E-E1N ATOM 3310 NE I am EP 67 4.188 10.609 29.632 1.00 55.62 B31n ATON 3311 03 CENTURY 67 8.017 11.305 30.019 1.00 $ 1.25 1.31 n ATOM 3312 WITH VER 67 9.06? 11.916 27.496 1.00 56.30 Ι.31Η ATOM 3313 WITH CENTURY 67 8.618 06/13-3 $ 27.53 1.0ϋ 55.91 B318 ATOM 3314 N Bw 68 8.797 11.064 26.515 1.00 56.98 1.318 ATOM 3315 CA Boo 6B 8.024 11.453 25.31? 1.00 $ 7.91 B31n ATOM 3316 Sho B5 6B 8.933 11.564 24-118 1.00 57.46 B31i ATOM. 3317 SY Bw 68 8.182 11-490 2Y-801 1.00 56.11 B31n ATON 3310 With B5 68 9.093 11.156 21-637 1.00 56.19 B31 ATOM 3319 Sat Bw 68 8.28? 10.073 20.368 1.00 55.24 bz 1n ATOM 3320 ΜΖ Bw 68 9.135 Sh .83’6 19.137 1.00 51.72 B31i atom $ 321 with love 60 6.94 9 10.416 25.084 1.00 59.65 B31n ATOM 3322 with Bw 68 7-141 9.224 25.340 1.00 60.17 1.31 n ATOM zzgz N Yaw 69 5,817 10.874 24.564 1.00 61.33 B31i ATOM 3324 CA Yaw 69 4.696 9.993 24.280 Ϊ.Ο0 61.60 B31 ATOM 3325 NE 5EV 69 3.870 9.7B7 25.550 1.00 60.95 b $ 1st ATON 3326 OS Yaw 89 2.891 B.791 25.352 : .00 $ 9-59 B31n ATON 3327 with Yaw 69 3.822 10.619 23.203 1 -08 61.91 B31n ATON 332V ABOUT Yaw 69 3.270 11.708 23.397 1.00 64.14 B31 ATON 3329 N OW 70 3.694 9.934 22.071 : 00 60.05 zzzn ATON zzza CA SUE 70 2.E20 10.421 21-018 1-00 56.96 B31n ATOM 3331 WITH Ο1Λ 70 3.285 11.7 * 9 20.44? 1.00 56.37 bz1n ATSN 3332 ABOUT SUE 70 4.269 11.810 19. U9 I.00 56.19 B31n ATS *] 3333 and Transnational corporation 71 2.58? 1J-J25 20.7J6 1.00 55.57 b31n ATOI 3334 CA Transnational corporation 71 2.595 14,124 20.212 1.00 55.61 Y1N ATOM SEZZ NE Transnational corporation 71 1-685 14,708 B9.503 1.00 54.53 Bzn DTsN 3336 OS1 shadows eleven 0.597 14.758 20.428 1.00 56.64 tzgn ATON 3337 CO2 Transnational corporation 71 1, 289 13.650 Bb. 316 1.00 54.65 1.31V ATOM zzzv WITH tn 71 3.328 15.098 21.289 1.00 56.84 B31n ATOM zze ABOUT tn 71 3,385 16.300 21.061 1.00 $ 7.59 . Ι.3ΙΗ ATSM 3340 TO ZEK 72 Z.Y28 14.572 22.470 1.00 57.50 B31n ATSM 3341 CA 5EK 72 4.041 15.421 23.579 1.00 57.61 B31n ATSM 3342 Sat ZEK 72 2.875 15.631 24.542 1 -00 57.91 B31n

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ATON 3343 With 5th 7? 2.211 14.410 24.795 1-00 58.50 B31n ATOM 3344 WITH 5 her 72 5.221 14,830 24.323 1.00 57.22 B1 and ATON 3345 0 ZEK 72 5.75? 13.796 23.937 1.00 57.93 B31N ATOM 3346 N ABA 73 5-625 15,502 25.392 1.00 56.55 1.31 K ATSM 3347 CA ABA 73 6.766 1B-073 10/26 1.00 56.17 B31N ATOM 3348 SI ABA 73 0.063 15.426 25.466 1.00 55.12 Ϊ.31Η ATSN 3349 WITH ABA 73 6-601 15,002 27.514 1.00 56.46 B31n ATOM 33 50 WITH ABA 73 5.091 16.719 27.659 1.00 06.55 E31H ATOM 3351 I ZEYA ?four 7.494 15.401 2B.407 1.00 $ 0,7 $ B31n ATOM 3352 CA 5th 74 7.509 16.17V 29.716 1-00 6C.34 B31n ATOM 3353 NE 5 EP ?four 6.575 16.712 30.730 1.00 60.09 B31n ATOM 3354 About 5th 74 6.962 16.205 32,010 1.00 50.03 B31N ATOM 3355 with VEYA 74 0.953 16.163 30,369 1.00 60.92 B31n ATOM 3356 0 ZEK 74 9.735 1.5.224 30.220 1 .00 63.33 B3111 ATOM 3357 I WITHOUT 75 9.216 17-211 31,162 1.00 59.31 B3111 ATOM 3350 CA WITHOUT 75 10.303 17.200 32.032 1.00 50.44 1.31 I ATOM 3359 With WITHOUT 75 11,10 19.5? 4 31.803 1.00 59.47 B31n ATOM 3360 Sat BEM 75 12.436 13.034 32.565 1.00 57.74 B31YA ATOM 3361 CE1 WITHOUT 75 13.3 97 17.653 32.379 2-00 50.12 B31N ATOM 3362 CO2 BEL 75 13.102 20. ± 19 32.067 2-00 56.30 B31N ATOM 3363 WITH BEM 75 9, 924 17.163 33.492 : .00 53.54 B31N ATON 3364 0 WITHOUT 75 9.096 17.945 33.930 1.00 58.64 B31N ATSM 3365 and ABA 76 10.470 16.201 34,226 1.03 59.13 B32N ATOM 3366 CA ABA 76 10.194 16.059 35.650 1.00 60.32 B31N ΑΤίΙΗ 3367 sv ABA 76 9.776 14.632 35.951 1.00 59.16 BZZV ATON 3360 with ABA 76 11.42? 16.423 36.480 1.00 61.43 B31N ATON 3369 0 LBA 76 12,535 15.935 36.220 1.00 62-96 B31N ATSN 3370 N 1b 7? 11.237 17.279 37.482 1-00 61.31 B31N ATON 3371 CA 1BU 77 12.317 17.597 36.413 1-00 61.17 B31N ATSM 3372 C0 1BU 77 12.624 19.120 30.43 * 1.00 61.96 Ϊ.31Η ATSM 3373 CC2 1BU 77 13.872 19.337 39.253 1.00 61.34 B31N ATSM 3374 C51 1BU 77 12.363 19,633 37.015 1.00 61.57 B31N ATSM 3375 C01 1BU 77 13.330 06.21 ’ 36.956 1.00 60.74 B31K ATSM 3376 with 1BU 77 11.932 17-163 39.021 1.00 60.56 1.31 N ATSN 337 7 □ 1BU 77 30.914 17.592 40.341 1.00 60.68 1.31 n ATSN 337 0 N TNN. 78 12.733 16.315 40.447 1.00 60.01 1.31 N ATSN 337 8 CA TNN. 70 12,422 15.930 41. B15 1.00 63.27 B31n ATSN 3300 NE aphids 78 12.493 14,402 41.993 1.00 62-92 B31n ATSN 3301 051 THYA 7 $ 13.5T7 13.902 41.366 1.00 65.9 $ B31n ATSN 3302 C52 TSN. 70 11.207 13.739 41.375 1.00 62.05 B31n ATSN 3303 WITH shadows 73 13,315 16.603 42.561 1.00 64.30 B31n ATSN 330 4 0 shadows 70 14.312 17.251 42.523 1.00 63.20 B31n ATOM 3305 N SBU 79 12,929 16.460 44.120 1.00 64.43 B31n ATOM 339 B CA OBU 79 13.737 16.961 45.223 1.00 64.73 sht ATOM 3307 WITH OBU 79 14.187 10.371 4 4 - 944 3-00 65.69 B31N ATOM ZZV9 0 SUE 7 9 15.382 19.670 44,900 1.00 66.53 B31n ATOM 3309 N WITHOUT IN 13.219 ± 9.233 44-662 1.00 66.28 B31N ATOM 3390 CA WITHOUT 80 13.503 20-552 44-116 1.00 67.14 B31N ATOM 3391 NE WITHOUT 80 12.182 21-315 43.940 1.00 66.33 B3111 ATOM 3392 se Boei 80 12,006 22 .208 42.707 1.00 6.6.90 1.31 And ATON 3393 SP1 WITHOUT 80 12,026 21.693 41.522 1.00 64.05 B31I ATOM 3391 CB2 bkn 80 10.531 22.256 42.364 1.00 63.32 B31V ATON 3395 WITH Bes 80 14-473 21.333 15.00V 1.00 67.62 B31N ATOM 3396 about WITHOUT 80 14.247 21.501 46.203 1.00 66, (17 B31N ATON 339? N □ BI $ 1 1 $, 571 21.7V2 44.412 1.03 60.02 B31M ATOM ZE9V CA A SON 31 16.511 22.664 40.090 1.00 71.32 B31Y ATOM 3399 NE SBI 91 17.956 22.251 41.784 1-00 71.81 B31N ATOM 3400 ss □ BL 91 18.397 20-909 40.359 1.60 72.5V B31N ATSM 3101 with SBI 91 19.656 20.370 44-703 1.00 73.31 B31N ATSM 3402 OE1 C1L 91 20.123 20.900 43.695 1.00 73.31 B31N ATSM 3403 ΝΕ2 SBI 91 20.212 19.309 45.274 1.00 75.44 £ .31H ATSM 3404 WITH SBI 91 16.262 24,002 44.586 1.00 71.73 1.31 N ATON 3405 ABOUT Sc 91 15.763 24-269 43.508 Ι-ϋΟ 71.27 BE1N ATOM 3406 N ABA 02 $ 16.67 25.076 4 5.365 1.00 73.00 1.3 1H ATON 3407 CA ABA 92 16.330 26-464 45.064 1.00 75.07 1.31 n ATSN 3408 NE LBA 92 16.599 27.340 46.277 1.00 76.64 B31n ATSN 3409 with ABA 02 1?, 146 36.961 43. B92 1.00 76.22 B31n ATSM 3410 0 ABA 02 16.703 27.923 43.323 1.30 76.26 B31n ATSN 3411 and (ZI1 03 10,336 26.339 43.732 1.00 76.93 B31n ATSM 3412 CA (zi 93 19.222 26.755 42.640 1.00 77.92 B31n ATSN 3411 NE OBO 03 20.657 26.390 13.02 $ 1.00 82.68 B31n ATSM 3414 se her OT 23.235 27.232 4 4.165 1.00 90.24 B31N ATOM 3415 with her OT 20.590 26.959 45. $ 22 1.00 94.97 , B31N ATSM 3416 OE1 axis OT 20.480 25.777 45.917 1.00 99.12 B31n ATOM 3417 OE2 st OT 20.199 27,934 46.199 1.00 96.16 T.31N ATOM 3419 WITH s OT 18-002 26.050 41.356 1.00 75.65 B31n

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ATON 3419 0 SUE 83 19.563 25.900 40.395 1.00 74 .80 131H ATON 3420 eleven ABP 84 17.57 9 25.527 41.351 1.00 7 3.11 B31n ATOM 3421 CA dv? 84 16.983 24.964 40.145 1.00 71.11 131H ATOM 3422 NE AB? 81 16-245 23.661 10.471 YuO0 70.69 Ι.31Η ATON 3423 ss FER 84 17.181 22.466 40.459 1.00 70.12 1310 ATSM 342 + OP1 FER 81 10.176 22,407 39.7 + 1 1.00 70.45 B31n ATOM 342B 002 AB? 84 16.935 21.514 +1.271 1.00 6? , 92 T.31N ATON 3426 WITH Yavi 81 16.032 25.9 + 8 39.495 1.00 69.3? B31n ATOM 3427 0 ABP 81 1B.55CH 25.735 38-385 1.00 69.35 131H ATOM 3428 and si 85 15.765 27.0 + 0 40.197 1.00 67.60 B31n ATON 3429 SD SUS) 85 1 + -955 Yv, and $ 39.651 1.00 65 .8V Bj ATON 3430 sv oo 85 14.059 29.255 40.600 1.00 67.36 1310 ATON 3433 SS si 85 14.009 30.44V 40.250 1.00 69.50 B31n ATSN 3432 ss si 85 13,407 31.190 41.433 1.00 7) .65 B3! N ATON 3433 0E1 si 85 13.686 32.402 41.596 1.00 73 .05 131E! ATON 343 + E1E2 axis 85 12-650 30.554 +2.200 1.00 73.05 B31n ATON 3 + 35 £ WOULD) 85 15.585 20.613 38.3 + 6 1.00 63.30 131H ATON 3436 ABOUT soybeans 85 16.705 20.993 38.316 1.00 62.73 B31n ATOM $ 4 $ 1 N ABA 86 11-795 20.601 37. YU 1.00 61.53 1310 ATON 3430 CA TWO 86 15.285 29.990 35.949 1.00 58 .22 B31n ATOM 3439 NE TWO 86 16.519 20.179 35.595 1.00 59.72 131H ATON 3440 WITH ABA 86 14.251 29.008 34.019 1.00 56.10 13ΙΗ ATON 3441 0 ABA 86 13.093 20.519 35.037 1.00 55.00 B31E! ATON 3442 N AB? 87 14.693 29.225 33.600 1.00 53-32 13th ATON 3443 CA ABP 87 13.Θ6Θ 10/29 32.415 1.00 51.3+ Ι.31Η ATON 34 + 4 NE ABP 87 14-125 30.272 31.475 1.00 51.11 B31n ATON $ 4 + 5 C6 ABP but? 10-594 31.563 zg.oys 1.00 53.30 131H ATON 3446 OP1 FER eight? 12-780 31.5 + 9 32.972 1.00 53.43 B31n ATON 3447 0G> 2 AZR eight? 13.983 32.6 + 9 31.491 1.00 55.10 131H ATON 3440 WITH ABP eight? 14.154 27.801 31.675 1.00 51.29 131Y ATON 3449 ΰ FER 87 15.285 $ 27.55 31.221 1.00 50.39 Y1N ATOM 345ϋ N ΤΥΡ 8B 13.113 26.977 31.544 1.00 49.52 1.31 N ATON 3451 CA TUK EV 13.207 25.706 30.040 1.00 4 9.11 1310 ATON 34 52 sa ΤΥΡ 8B 12.5 BO 24.624 31.706 1.00 48.57 131H ATOM .3 + 53 Sat TUK 80 13.360 24.390 32.957 1.00 43.75 131H ATON 345 + SY TUI 8B 12.950 24.004 34.180 1.00 + 7.35 131H ATSN 3 + 55 CE1 TUK 80 13.767 24.761 35.309 1.00 46.21 131H ATOM 3456 SOY TU in 80 11.599 23.760 32.08+ 1.00 47.54 131H ATSN 3157 THIS ΤΥΡ 86 15. + 1: 23-633 33.956 1-00 46.69 1310 ATON 3459 SY ΤΥΚ 80 15,000 2 +.) 36 35.191 1.00 4 6.67 131H ATON 3459 HE τυβ YAI 15.049 2 + .031 36.Ξ74 1.00 43.55 131H ATON 3460 WITH ΤΥΡ 80 12.585 25.760 29.457 1.00 49.99 131H ATON 3461 0 TOUR 89 11.579 26.399 29.257 1.00 50.31 131H ATCI 3462 N ΤΥΡ 89 13.262 25.15? 2V.49C 1.00 49.96 131H ATOM 3463 CA TOUR 89 12.795 25.166 27.115 1.00 51.75 B31o ATON 3464 NE ΤΥΡ 89 13.601 26.15? 26.259 1.00 53.70 Bj ATON 3465 Sat TOUR 89 13.533 27,636 26.644 1.00 56.56 Y1N ATON 3466 001 ΤΪΡ 89 14.474 29.196 27.509 1.00 57.34 1.310 ATOM 3467 CE1 TUI 89 14.466 29.550 01/27/1 1.00 58.06 1,310 ATSN 3460 SP2 TUI 89 12.567 20,482 26-095 1-00 56.23 1310 ATOM 3469 Ce2 TUA 89 12.540 29.843 26.356 1.00 $ 7.93 Ι.31Η ATON 3470 1'7, TOUR 89 13-507 30.371 27.257 1.00 58.81 131H ATOM .3471 HE TUK 89 13.533 32.723 27.0 + 1 1.00 $ 9.54 I can ATOM 3472 WITH TOUR 89 12.955 23.760 26.541 1.00 52.19 131H ATSM 3473 0 ΤΥΡ 89 13.932 23,063 26.030 1.00 51.0? I can ATON 3474 N CPS 90 11.988 23.356 25.722 1.00 51.93 131H ATON 3475 CA 0Υ5 90 12-106 ίί, 135 24.939 1.00 5 1.12 1310 ATSN 3476 WITH CPS 90 12.345 22.414 23.460 1.00 50.42 Σ31Ε + ATOM 3477 0 CPS 90 12.111 23.526 22.983 1.00 50. And b31n ATOM 3470 NE CPS 90 1O.34E 21.292 25.097 1.00 53.40 1.310 ATOM 3479 £ b CPS 90 9.280 22.130 24.720 1.00 51.64 1310 ATOM 3 + 80 N sn 91 12.802 21.395 22.733 1.00 19.04 1310 ATSN 3481 CA SON 91 13.132 21.550 21.320 1.00 4 6.80 b31n ATSN 3 + 82 Sa BON 91 14.508 22.037 21.20+ 1-00 + 6.39 131H ATOM 3483 C0 B1I 91 15.174 21.980 19.022 1.00 43-37 131H ATSN 348 + With Be 91 16.675 21,562 ί 9.92 5 1.00 4 3.12 from ATON 3 + 85 ΟΞ1 B1L 91 17.231 21.100 20-60 + ] -0O 42.92 1310 ATSM 3 + 86 HER BYN 91 17-34 $ 22,909 19.273 1.00 41.91 131H ATSN 3497 WITH bn 91 12.96+ JO.257 20.531 1.00 46.53 131H ATSM 3480 but whitefish 91 18,317 19,183 21.015 1.00 45.84 13 1H ATON $ 489 m 5EP 92 12,433 YO, 37 * 19.313 1.00 45.77 131n ATSM 3490 CA Yaw 92 12.353 19.246 10.381 1.00 45.24 13H! ATSN 3491 sv Yaw 92 10.9 ?? 10.603 10.430 1.00 45.03 131and ATSM 3482 OS VEN 92 10.870 17.510 17.537 1.00 47.80 'Ι.31Η ATCI 3493 with ZEK 92 12.679 19.673 16.937 1.00 + 5-02 1310 ATCI 3 + 9 + 0 Yaw 92 12.694 20.860 16-622 1-00 44.46 1310

υ υ Ο ο ο ο ζ υ υ υ υ й ΰ υ υ ο ζ υ and υ α ζ and υ and о о а о а υ и м у у у о у ο ξ у у и и и υ υ с υ about in and about about and ι ь and (> At About to About about at at e ς »with

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ATSN 3495 N TUYA 93 12.94V 16,695 16.073 1.00 44.70 B31n ATON 3196 CA TUYA 93 13.093 10.933 14.640 1.00 43.04 B31n ATON 3497 se TUYA 93 13,960 17, B35 13,993 1.00 40.79 B31n ATOM 319B SS TUYA 93 11.200 10.002 12,493 1.00 38.37 B31n ATON 3499 C1) 1 Τϊή 93 15.219 16-632 12,014 1.00 36.91 B31n ATON 3500 Сё1 TUI 93 15.4.15 01/193 10,642 1.00 32.83 131H ATON 3501 C 02 TUK 93 13.100 17.349 11.55V 1.00 35.95 B31n ATON 3502 C 82 TUI 93 13,609 17.521 10.180 1.00 35.00 B31n ATON 3503 WITH? TUD 93 14,621 10,360 9.732 1.00 34.67 B $ 1H ATON 3504 HE TUI 93 14,033 1B.550 B.33 b 1.00 32.18 B31n ATON 3505 WITH TUI 93 And, 69? 1Θ.892 14.055 1.00 43.84 1.31 N ATON 3506 0 TUI 93 10.820 1B.220 14.592 1.00 42.Y Ϊ.31Η ATSN 3 507 N A5P 94 11.462 19,615 12.964 1.00 45.5? B31n ATOM 3508 CA AE ₽ 94 10.166 19.654 12,300 1.00 47.61 B31n ATON 3 509 se ayo 94 9.550 21.027 12,531 1.00 49.33 B31n AGON 351 (1 os AIR 94 8.067 21,041 12,222 1.00 51.78 B31n ATON 3511 Οϋΐ AZ 8 94 7.277 21-314 13.156 1.00 52.86 B31n ATON 3 512 002 AZR 94 7.69? 20.763 11.056 1.00 51.71 B31n ATON 3 51 $ with AZR 94 10.39 " 19,402 10.018 1.00 48.27 B1n ATON 3514 about AZR 94 11,058 10.207 10.141 1.00 48.27 Ϊ.31Η AGON 3515 I & EN 95 9,848 1B.312 10-299 1.00 49-9 " B31N ATOM 3516 CA 5EN 95 10.228 17.877 0.964 1.00 52.1 " B31n ATOM 3517 se ZEK 95 9.762 16.446 0.702 1-00 52.09 B31n ATON 3518 OS ZEN 95 8.526 16.436 0.005 1-00 54.06 B31n AGON 3519 with ZEN 95 E.663 16.797 1,090 1.00 55.32 B31n ATON 3520 with & HER 95 10.062 18,735 6.734 1.00 56.36 b1 ATON 35E1 n ZEK 96 8.7 * 2 19.64 9 B .261 1.00 57.01 B31 »1 ATOM 352? CA ZEN 96 8,219 20.65? 7.330 1.00 59.06 B310 ATON 3523 Sat ZEN 96 6.765 20.981 7.624 1 .00 5? .61 1-31N ATOM 3524 OS ZEN 96 6.662 21.651 B. B65 1.00 56.06 B31n ATOM 3525 WITH ZEN 96 9.046 21.943 7.112 1 -00 61.43 E31H ATOM 3526 0 ZEK 96 e. Zvo 22.542 6. 391 1-00 63.30 B31n ATOM 3527 N Bw 97 9.3B0 22.369 6-625 1-00 62, 30 B31n ATON 3528 CA Bw 97 10.125 23.608 8 - 807 1 .00 63, 01 B31n ATOM 3529 NE CEO 97 9.970 24 .11Y 13,238 1.00 66.93 B31n ATOM 3530 SS Bw 97 B. 521 24.274 10.7] 4 1.00 69.67 B31y ATOM 3531 □ □ 1 Bw 97 6.477 25-078 12,010 1.00 69.75 B31n AGON 3532 £ □ 2 Bw 97 7.709 24.963 9, 636 2.00 69.77 bz1n ATOM 3533 WITH Bw 9? 11,606 23.42? 8.477 1.00 61.49 1.31 n ATIM 3534 ABOUT 1.30 97 12.307 24.364 8.146 ΐ .00 59.9V b31n ATOM 3535 N ZEK 98 12.073 22.181 8.5? 7 1.00 50.39 Ι-31Η ATOM 3536 CA NEN 96 13.452 21.Θ58 8.262 1.00 55.51 b.ii ATOM 353? NE ZEK 96 13.793 22.338 6.856 1.00 $ 6.09 1.31 N ATOM 3538 OS ZEN 96 13.189 21.493 5.890 1.0S $ 9.25 1.3 in ATOM 3539 WITH 5 EB 96 14.422 22.457 B.264 1.00 $ 3.09 B31n ATOM 3540 WITH Yaw 96 15.576 22.727 8.945 1.00 51.29 b ± n ATOM 3541 N OW 99 13.950 22.663 10.464 1.0.7 53.30 B31N ATOM 3542 CA SUE 99 14.B2? 23.149 11.532 1.00 50.6? Ι.31Η ATOM 3543 WITH SUE 99 14.406 22.504 12-860 1.00 50.25 B31n ATOI 3544 0 SUE 99 13.335 2! .098 12,991 1.00 49.46 B31N ATON 3545 N Yen 100 15.245 22, 754 13,071 1.00 50.20 B31n ATSN 3546 CA Her 100 14.920 22,233 15,193 1.00 50.66 13111 ATSN 3547 NE 5EY 100 11/16/7 21,667 15.058 1.00 51.2V 53 1H ATOM 354V OS ZEY 100 16-33? 20,294 15.521 1.00 52.02 131K ATSN 3549 WITH ΞΕΒ 100 14-294 23. $ 21 16.055 1.00 50.29 there ATSN 3550 ABOUT ZEN 100 14,995 10.244 16.582 1.00 50.01 1.31 to ATSN 3551 n UAY 101 12,970 23.266 16.190 1.00 48.60 1.31 n ATON 3552 CA UAY 101 12.189 24.ZV4 16.701 1.00 47.52 B31N In summer 3553 Sz UAY ] 01 10.8Θ1 ? 4.535 15.91V 1.00 46.7 $ B31n ATSN 3554 CC1 UAY 101 11.192 24.56V 14.442 1-00 47.59 B31n ATSN 3555 CC2 UAY 101 9.920 23.403 16.256 ] -00 48.46 B31n ATOM 3556 WITH UAY 101 11.853 24.264 10,104 1.00 47.62 B31n ATOM 3557 0 UAY 101 11.604 23.167 10.691 ] .00 40.23 B31n ATOM 3558 to RNE 102 11.841 25.399 18, 0? 6 1.00 46.37 B31n ATOM 3959 CA RNE 102 11.718 25.380 20. 31 8 ] .00 47.35 B31n ATOM 3560 SY RNE 102 12.631 26,421 .20,932 1.00 44.20 B31n ATON 3561 ss RNE 102 14.061 2 6.24 2 20.590 1.00 41.В2 B21n DOTC 3562 From 01 RNE 102 14,551 26.650 19.300 1.00 39.65 B31 ATON 3563 CO2 RNE 102 14. "44 25-730 21.522 1.00 40.97 B31’G ATSN 3564 CE1 RNE 102 15,893 2 6.641 19.113 1.00 30.50 B31N ATON 3365 CE2 ? Ye 102 16-292 25.680 21.260 1.00 30.00 B $ 1H ATOM 3566 02 RNE 162 16.760 26.139 20.057 1.00 39.41 B31n ATOM 3567 0 RFE 102 30,315 25.646 20.B28 1.00 50.4V . B31n ATOM 3568 0 ENE 102 9,402 25.958 20.067 1-00 52.01 B31n ATOM 3569 N SUE 103 10.166 25.515 22-110 1-00 53.14 B31n ATOM 3570 CA OW 103 0.394 25.767 22,779 1.00 55.97 B31n

О 3 5 П Л Ώ С η Π Ω ι Ω ϊ ο П П О З η η ΓΊ Г | ο Ϊ ГЗ С ^{1 | Λ} Ε ΐ ΰ ί l ['ι ϊ Π ιΐ Π ι * Π Λ 3 С Ω Γ! ι Π; Ε ϋ ιΊ ϋ С η ί ο (Ί о П Гк ή η ϊί о о.] Л η η || г> (л

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ATON 3571 0 SUE 103 8.852 27,133 23.425 $ 1.00 7.1E B31n ATSN 3572 ABOUT SUE 103 9.941 27,744 23.611 1.00 56.3+ B1n ATON 3573 I SUE 104 7.679 27,606 23.761 1-00 56.19 B31n ATON 3 574 CA SUE 104 7,525 2B. 924 24.34 9 1.00 58 .63 Bzn ATSN 3575 WITH SUE 104 8,458 29.239 25.533 1-00 59.14 Bzn ATON 357-6 ABOUT SUE 104 9.114 30.177 25.626 1.00 59.20 B31n ATON 3577 I SUE 105 8.532 20.151 26.406 1.00 60.02 B31n ATOM 3,578 SD SUE 105 9,420 20.257 27,547 1.00 61.89 B 11 ( ATON 3579 with SUE 105 9,647 20,213 2Β.Θ50 1.00 63.99 b31n ATSN 3,500 ABOUT "Ι.Υ 105 7,412 2B. 344 28.B66 1.00 65.05 b31n ATON 3501 I type of 100 9,369 01/20/6 29.951 1.00 63.25 B31n ATSM 3502 CA TNV 106 8.743 2Θ.026 31.264 1.00 61.53 1.3 ΙΗ ATON 3563 NE shadows 106 3.311 26.620 31.690 1.00 60.33 Bzgn ATOM 3564 OS1 TNV 106 7,374 26.095 30-7 + 6 1-00 60.09 B31n ATOM 3565 CC2 TNN 106 7,661 26, 667 33.050 1.00 58.71 Bunk ATON 3506 WITH TNN 106 9.652 20.600 32.342 1-00 62.44 B31n AT He 3 507 ΰ TNV 106 10,829 20.256 32-459 1-00 61.28 B 1H AT OH 35VYa n Bw 107 9.007 29.522 33.122 1.00 63.21 B31k ATOM 3509 CA fuck > 07 9.75 $ 36,039 34.299 1.00 62.64 B 1n ATON 3590 se Bw 107 9,161 31,391 34.ya 9 1.00 64.98 B31n ATSN 3591 se Bw 107 9-643 31,922 36.030 1.00 67.60 1.31 N ATSM 3592 with Bw 107 10.962 32,670 35.901 1.00 72.42 5.31H ATOM 3593 CE Bw 107 11.213 33.560 37.126 1.00 70.31 B1n ATOM 3,594 ΝΕ B5 107 12.373 34.501 36.969 1.00 79.44 B31n ATOM 3595 with 1U5 167 8.543 29.042 35.426 1 LLP 61.19 B 1H ATOM 3596 about Bw 107 8.401 20.794 35.046 1.00 62.04 sht ATON 3597 N ιευ 100 10.630 28,457 35,904 1.00 57.46 1-zsh ATON 3590 CA yi 100 10-570 27,633 07.1 Oh? 1.00 53.84 E.31Y ATON 3599 NE Bc I 00 31-556 26.460 37.040 1.00 5 + -15 B31n ATOM 3600 ss LIE 103 11,541 25.642 30,328 1.00 50.02 B31n ATOM zbi From 01 LIE 106 10.106 25,017 30.503 1.00 $ 0.06 B31n ATOM 3662 CO2 Bc 100 12.59? 24.589 38.290 1.00 51.57 1.31 N ATOM 3,603 with Bw 1st 10.902 28.470 30.309 1.00 53.02 bz1m ATOM 3664 with Bf 1OV 12.016 28.981 ZV.440 1.00 51, 31 B31m ΑΪΟΜ 3605 N Transnational corporation 109 9.925 28.629 39-192 1.00 52.73 bz1n ATOM 3606 CA Transnational corporation 109 S.110 29.355 40.440 1.00 52.49 B31n ATOM 3607 NE teak 169 9.000 30.416 +0.026 1.00 52.1Θ bz1n ATON 360V 061 Transnational corporation 109 9.260 31-542 39,777 1.00 50.06 B31n ATON 3609 ce2 TNN 109 6.910 30.066 42.076 1.00 53.04 B31n ATON 3610 with Transnational corporation 109 10-] 1 3 20,375 43.63? Ϊ .OS- 53.48 B31n ATOM 36I but Transnational corporation 109 9-120 27,650 41.851 1.00 51.71 B31n ATOM 36 12 N UAY 110 11.320 28,304 42.342 1.00 54.50 B31n ATOM 3613 SL UAY AND ABOUT 11.386 27,475 43.546 $ 1.00 6.59 B31n dton 3614 sv UAY 1 ίθ 12.131 26.972 43.063 1.0V $ 5.19 bZe n ATOM 3615 C5'_ UL 110 12.700 26.676 45.091 $ 1.00 1.0 + B31n ATOM 3616 SB2 UAY 11C 13.302 26.227 42,673 1.00 54.7+ Τ.3ΪΗ ATOM 3617 WITH UAT 110 10 .Θ24 20.353 44.650 $ 1.00 9.73 B31n ATON 361B ABOUT UAY 110 11.501 29.312 45.047 1.00 59.3Θ Bzn ATON 3619 N yee 111 9.670 2Θ .027 45.260 1 LLP 63, 84 Bzn ATON 362V CA Bf 111 B, 976 28.955 46.141 1.00 69.11 B31n ATSN 3621 NE Bw 111 7,519 20.520 +6,200 1-00 64.19 bz1n ATON 3622 ss Bw 111 6, B19 28.414 44,932 1.00 60.56 Bzn ATON 3623 C & 1 Bw 111 5,553 27.609 45,006 1.00 58.84 zzzn ATOM 3624 SY2 Bw 111 6.5 + 6 29.800 44,386 1.00 55.98 B31k ATSM 3625 WITH yoyo 111 9.64 5 29,066 +7,503 1.00 75.53 zn ATOM 3626 ABOUT yi 111 9.70? 20.161 48,259 1.00 78.23 E31H ATSN 362? TO SUE 112 10.159 30.254 47.001 1.00 01.81 1.3 1 N ATSN 3628 SD SUE eleven? 10,745 30.510 49.103 1.00 90.35 B31n ATON 3629 with SUE 112 10, joint venture 31.619 49.037 1.00 9 $ .92 1.31 to ATSN 3 630 but SUE 112 10.472 32.096 50.074 1 LLP 95.75 B 1H ATSN 3 631 I BY4 OF 5,870 32.029 49.287 1.00102.7? B 1H ATON 3632 CA sn 113 8.018 33.058 49.885 1,00110.31 B31n ATOM 3633 NE sn OF 8.334 34,429 49.280 1-00113.77 B31n ATSM 3 634 SS sm OF 9,794 34.826 49.315 1,00118.20 B31n ATOM 3 635 Οΰ SY OF 10.067 36,072 40-4 $ + 1-00120.53 B31n ATSM 3636 OE1 sn OF 9.723 37.186 40.896 1,00121.11 B31n ATON 3 637 ? 1ё2 CH OF 10.607 35,090 47-332 1, 00121.57 sht ATON 3 638 WITH SON OF 6-545 32,727 49.625 1.00113.82 zpt ATON 3639 about sy OF 6.214 32-019 40.67? 1.00113.64 sht ATON 3640 n RKO 114 5-640 33.240 50,462 1.00117.28 1.31 Ή ATON 3641 with Ryo 114 0-936 34,027 51.673 1.00117.03 bt ATSM 3642 CA T-bills 114 4,210 32.935 50,357 1 skinny 19.60 B31n ATON 364 3 NE PPO 114 2,609 33,570 51,609 1.00119.09 B31H ATOM 3644 SS PB0 114 4,761 33,732 52.542 1-60116,20 B31n ATOM 3645 WITH PPO 114 3.566 33.484 49.09+ 1 -00121.80 sht ATOM 3646 0 ENO 114 4.237 34.052 48.239 1,00122.55 sht

Ο Ο ί and С ΐ and С d О О О О О ^г and О ж и υ υ υ у ζ ϋ and υ υ υ υ υ υ ΰ ε and у ς у ψ ί ι ;; g; ρ у у у ν υ О υ · υ О Ь and и and О с · υ ί ζ и · and and and and О

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DTOM 3647 N Bw 2-254 33.304 48.998 1.00123.51 B31n ATOM 364V CA love 115 1.465 33.997 47.990 1.00124.74 B31n ATSM 3649 NE Bw 115 -0.025 33.715 48.192 1.00125.92 B31n ATSM 3650 SS Bw 115 -0.961 34.837 47.740 1-00125.60 B3n ATOM 3651 With Bw 115 -1.035 34.959 46.224 1.00124.69 B31n ATOM 3652 CE Bw 115 -1.396 33.§60 45.617 1.00124.00 B31n ATOM 3653 ΝΪ Boo 115 -3.209 33.394 46-139 1-00123.01 B31n ATOM 3654 0 love 115 1.722 35-492 40,094 1.00125.34 B1 ATOM ZE55 ABOUT Bw 115 2.067 35.980 49,166 1.00126.21 E31H ATOM 3656 N ABA Η6 1-559 36.206 46.996 1,00125.79 B31i ATOM 3657 CA ABA 116 1.657 37,657 46.994 1.00125.51 EE1H ATOM 365V se ABA 116 3.117 30.080 46.991 1.00124.40 E31H DTOM 3659 with ABA 136 0.933 39.250 45.794 1.00125.03 B31n ATOM 3660 about ΑΙΑ 116 1.419 30.161 44.667 1 .00125.35 E31H ATOM 3661 N ABA 117 -0.229 ZV.949 46.043 1.00123- 76 B31n ATOM 3662 CA ABA 117 -O.EZE 39.596 45.011 1,00120.64 E31H ATOM 3663 NE DYD 117 -2.425 39.662 45.336 1 -00124.29 B31n ATSM 36 $ 4 r ~ ABA 117 -0.352 41.601 44.940 1,00117.39 B31n ATOM 3665 0 ABA 117 -0.156 41.651 45, 964 1.00117.55 B31n ATOM 3666 N RAO 116 '0.051 41.430 43.724 1.00113.50 1.31 N ATOM 3667 with RDO 11B -0.303 40,935 42.425 1.00113.39 B31n ATOM 3666 CA RVO 110 0.620 42.760 43.574 1.00109,03 B31n DTOM 3669 sa RAO II 1.009 42.904 42.096 1.00110.84 B31n ATOM 3670 ss RAO 118 0.030 41.917 41.436 1. (18112.66 B31n ATOM 3671 with RAO 116 -0.236 43.959 43.47 + '- .00104.60 B31n ATOM 3672 ABOUT RAO 11B -1.46V 43.915 43.370 1.00103.62 B31n ATON 3673 N £ £ B 119 0.429 46,015 44.434 1.00 90.01 B31n ATON 3674 CA 119 '0.215 46.302 44.650 1.00 92.70 B31n DTOM 3675 C0 5 ITS 119 0-456 four? , 045 45.905 1.00 93.69 B31i ATON * 6? 6 About 5EV 119 1,066 47,017 45.677 1.00 95.23 B32n ATOM 3677 with Yaw 119 -0.112 47,119 43.373 1.00 97.43 T.31N ATOM 3673 about 5EV 119 9,900 47,093 42.684 B.oo 95.81 Ι31Η ATOM 3579 to UDE 120 -1,150 17,035 43.053 1.00 02.00 B31n ATOM 3683 CA UDE 1Ζ0 -1,250 40.520 41.780 1.00 18.07 B31n ATSM 3681 NE UDD 120 -2.216 47 .795 40.033 1.00 70.62 B3 ATOM 3682 AXIS UDE 120 -2.413 40.604 39-569 1.00 79.64 B31n ATOM 3693 Q2 UAY 120 -1.661 16.424 40-503 1.00 79.29 131H ATOM 3684 WITH UAY 120 -1.725 43.94 * 41,944 1.00 75.01 B31n ATON 3695 about UAY 120 - 2.76V 50.20] 42.53C 1.00 73.87 E31H ATOM 3696 n TNN 121 -0.943 50,893 41.432 1.00 72.79 B31k ATON 3697 CA TNN 121 -1.363 52,276 41.371 1.00 71.71 E31I ATOM 3668 NE tn 21 -0.371 53,227 42.04 5 1.00 69.80 1.31 to ATSN 3699 031 type of 121 -0-160 52,821 43.403 1.00 67.98 B31 * E ATON 3690 CC2 tn 21 -0.900 54.64? 42.039 1.00 69.16 B31k L7CH 3 691 with 7 NN 121 -1 -54a 52.676 39.909 1.00 71.78 E31H ATON 3692 ABOUT TNN 121 -0.764 52.242 39.054 1.00 72-43 B31n ATOM 3693 N !, E0 127 -2.559 53.48? 39.621 1.00 70.64 B31n ATSN 3 694 CA 1E0 122 -2.306 53.917 39.202 1.00 70.47 B31n ATON 3695 NE Bf 122 -4.121 53.331 37.737 1.00 69.96 B31n ATON 3696 SS Bj 122 -4.436 53.622 36, 263 1.00 69.35 B31n ATON 3697 CB1 jeo 122 -3.214 53.213 35-412 1.00 69.20 B31n ATON 3693 CO2 yee 122 -5.663 52-865 35.023 1.00 69.21 1.31 N ATON 3699 WITH Bf 122 2.849 55.432 ZV.124 1.00 70.57 B31n ATON 3700 0 yee 122 -3.630 56-09Θ 30.005 1.00 71.23 B31n ATOM 3701 AND RNE 123 -2.009 55-967 $ 37.23 1.00 69.59 B31n ATOM 3702 CA RNE 123 ‘1.916 57.410 37,026 1.00 67.96 B31: i ATSM 37ΰ3 NE RNE 123 -0.460 57.965 37,114 1.00 69.06 B31n DTOM 3704 With RNE 123 0,025 53.076 ZB.516 1.00 70.50 B31 DTOM 3705 SS RNE 123 0.909 57.124 39. 144 1.00 71.72 T.31N DTOM 3706 CO2 RNE 123 -9.301 59.230 39.206 1.00 71.39 B31n DTOM 3707 CE1 RNE t 1.256 57 .31V 40.431 1.00 72.59 B31n ATOM 3700 CE2 RNE 123 0.145 59.432 40.4 95 ] -00 71.92 B31n ATOM 3709 C2 RNE 123 0.924 59 .175 11.107 1-00 73.15 B31n ATOM 3710 WITH RNE 123 -2.499 57.959 35,690 1.00 66.43 131H ATON 3711 ABOUT RNE 123 -2.186 57 .293 34-636 1-05 60.69 B31N ATOM 3712 N RAO 124 -3.360 5V .690 35.720 1.00 64.71 B31n ATON 3713 NE RAO 124 -3.096 59-403 36-999 1.03 64.61 B31n ATON 3714 CA Nuclear weapons 124 -3-070 59.650 34.579 1.00 62.32 1.31 N ATOM 3715 NE ₽YO 124 -4.992 60.493 35.175 1.00 64.01 B31n ATOM .5716 sz Nuclear weapons 124 “4.579 50.600 36.592 1.00 64.63 B 31H ATOM 3717 with Ryo 124 -2.7 * 2 60 .544 33.954 1.00 62.33 T.31N ATON 3710 ABOUT ? yo 124 -1.774 00.847 34.587 1-00 61.20 B31n ATOM 3719 n RIO 12 $ -3.002 60 .979 32.700 1.00 62.33 , 1L1N ATOM 3720 with RDO 125 -3.360 60-367 31.677 1-00 62.42 E31H ATOM 37 ?! CA RIO 125 -2.120 61.991 32.117 1.00 60.75 e1n ATSM 3722 NE T-bills 125 -2.604 62.094 30.672 1-00 61.44 131H

G1L l Ch y l <1 l g ·; П Я Ο ΰ О - П and Лп Г1Г1 Ζ ο ο η Л η Λ η Ϊ о л л О Г1 η Ε ΰ ϋ ίί Г) Л 'ч ύ </ ό Г) Г> ί! Ή ή ΰ g, g, α 2 Ο ΠΓ; Γ, Ζ η _η Π

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ATSN 3723 SS RNO 125 -3 .179 60.70 $ 30,395 1.00 62.48 B31N S ATSN 3724 WITH ρκΰ 125 -2.189 63.329 32,854 1.00 60.75 L31H C ATOM 3> 25 0 REO 125 -3.2U 63.680 33.4 * 7 1.00 59.69 B31N 0 ATSN 31 $ 6 and Yaw 126 -1.085 6 *, 066 32.B19 1.00 60.32 131H N ATSN 3727 CA Yaw THIS * 3 - 027 05.390 33.416 1.00 50.57 B31N S ATCI 3728 NE VER 1X6 0.402 65.714 33.827 1.00 50.32 131N.s ATSN 3729 OS ZER 1TO one . 278 65.586 32.719 1.BO 57.0 * B31N O ATSN 3738 WITH VER 126 -1.509 66.4 * 6 32.436 1.00 57.03 B31N S ATSN 3731 ABOUT ЁЕР 126 -3.473 66.261 31.223 1 .00 $ 6, $ 1 B31N 0 ATOM 3732 N 5EP 127 -1.959 67.563 32.001 1.00 50.56 B31N N dtsi 3733 CA £ £ B 127 -2.261 68.716 32-165 1.00 59.40 B31N S ATSN 3734 Sho Yo 127 -2.431 69.952 33,049 1 -00 60 .0 * B31N S ATOM 3735 os Ver 12? -2-16 $ ? 1.136 32,312 1, 00 61 .03 B31N 0 ATSN 3736 with ZER 12? -1.10 $ 68.934 31,207 1.00 59.25 B31H s ATSN 373? 0 5EP 12? 1-295 69.1 * 5 30.009 1.00 59.39 B31N about ATSN 3738 m St. and 128 (1-106 68,818 31.718 1.00 5V.37 131and N ATSN 3739 CA SI 128 1,202 09.233 30.976 1.00 57, * 9 1.3 1H s ATSN 37 * 0 Sat si 120 2.533 69.002 31.830 1.00 5V .17 1.31 N s A'GSI 37 * 1 SS ! 31o 12V 2.68V 70.1 * 2 32.877 1 .00 5 $, 04 B31N S ATOI 37 * 2 Joint venture CH1 12V 4.104 70.6 * 3 32.930 1.00 60.60 B31N S DTOM 37 * 3 □ E1 axis 12V 4. Q07 70.5 * 1 $ 31-90 1-00 61.85 L31H 0 ATSN 37 * 4 OE2 whitefish 12V 4.510 71.133 34.016 1.00 60.55 bz1n about ATSN 3? * 5 WITH 5Y1 12 $ 1 - 41? 60.30 $ 29.728 1, 00 55.84 B31n s ATSN 37 * 6 0 n 12 $ 1-695 60.900 28.652 1.00 53.83 1-31H 0 ATSN 37 * 7 n 01/3 12? 1,220 b?, 07 * 29.803 1.00 55.94 13111 N PBX 37 * 8 CA € 1.0 329 1.4 * 1 06.128 28.796 2.00 55.31 13 1 n s ATON 37 * 9 se SI) 129 1.426 64.694 $ 9.316 1-00 57.14 B31N S ATSN 3760 ss sbn 129 2.033 63.697 28.336 1.00 59.19 1.31 N s ATON 3751 with w 12.9 1.519 62,207 $ 8,530 1.00 80.92 B31N S ATSN 3752 OE1 si E29 2.071 61.358 $ 7.906 ’, .00 60.62 B31N 0 ATSN 3753 se $ si 29th 0-960 6 $, 112 29,320 1.00 61.87 B31N 0 ATSN 3754 with her 129 0.363 66,205 $ 7,747 1.00 55.89 B31N s ATSN 3755 0 UTB ΙΪ9 0-586 66, 05? 20.556 1.00 54.96 B.31C ϋ ATSN 3756 m BEST 130 -0-819 66.67) 20.203 1.00 5 6.93 B31N N ATSN 3757 CA Bw 130 -). 917 66.963 27.30 * 1.00 57.5B B31N 0 ATSN 3758 NE 1. ECH 130 -3-198 07,191 28.112 1.00 57.09 B31N S ATSN 3759 00 Bw B 30 -4.161 65.9B9 09/28? 1.00 5 $, 0b 1.3 1H C ATSN 3760 C01 Bw 130 -3.374 64.692 27.940 1.00 56.91 L31H C ATON 3761 CO2 yee BZO - *. 999 65.970 29.366 1.0 (] 57.58 B31N S ATSN 3762 WITH Bw 130 -1.578 6В.1В5 26.461 1.00 57.33 E31H C ATOM 3763 0 yi BZO -1.7 * 1 6B. 17 $ $ 5.251 1 -00 58.08 B31I 0 AT SM 3764 M SALES 131 -1.0V2 69.231 27.111 1.00 57.04 B31N N ATSN 2765 CA Sc B31 -0.650 70.424 $ 6.40 $ 1-00 56.50 B31V S ATON 3766 NE Sc 131 -0.101 71.447 27.389 1-00 56.13 B31N S ATPN 3767 With C, 1H 131 -1.142 12 / H0 $ 1.97 $ 1.00 59.45 L31H C ATON 2765 □ □ YY 131 1.800 73.113 $ 6.905 ) -00 61.61 B31M S ATPN 3769 pp] STBGO 131 3.01V ? 3.54 * $ 7,114 1.00 61.71 B31N S ATOM 3770 NEZ SBI 131 -1.237 73-29 * $ 5.7 * 6 1.00 60. EZ love ν ATON 377) WITH yen 131 0.412 70.139 25.3 * 0 1.00 57.13 1.31 and s ATOM 377? 0 Γ.Ι.Ν 1 31 0.656 70,959 21.157 1.00 56.38 B31N 0 ATOM 3773 N ABA 132 1,063 68.989 25,431 1.00 56.27 E31l and ATOM 377 * CA ABD 132 2.122 6B.660 21.493 1.00 5 * -WZ B31N S ATOM 3775 NE ABA 132 3.210 67.886 25.199 1.00 53.35 B31M S ATOM 3776 with ABA 132 1.517 67.030 23.ZVO 1.00 5 *, 99 B31H s AT-PI 3777 0 ABA 132 2.218 67.361 22,404. 1.00 53.23 B31N 0 ATOM 3778 N A £ M 133 9.199 67.664 23,465 1.00 56.66 B31N N ATOM 3779 CA Α0Ν 133 -0.592 66.906 $$, 49? 1.00 50.33 B31N S ATOM E7V0 NE AVN 133 -0.360 61.464 21.1) 03 1.00 61.06 131: * s ATSN 3701 OS A5-H 133 -1.56? 67.19 $ $ 0.1 * 9 1.00 63, B4 ZUM with dtpm 3702 PB1 AZES 133 -2.663 67.756 20.322 1.00 6 *. 92 B31 ϋ ATOM 3? ID ΝΡ3 Λ5Ν 133 -1.3 * 5 86.3 * 8 19.148 1.00 63 .V? 131 N to DTON this* WITH D5-S 133 -0.235 65.419 22.562 1.00 5V .50 13154 s ATOM 37 * 5 about Y5N 133 -0.21? 6 *, 719 21.5 * 2 1.00 5V.1? 131I P ATOM 3785 N ΕΥ3 134 0-970 64,950 23.772 1.00 57.3 * 1310 s ATOI 3787 CA BU5 134 0.210 63.523 $ 4.045 1.00 $ 65.5 ιθικ s ATON 37J8 NE BU 5 134 1.67 6 63.178 24.266 1.00 5 * -57 Ϊ.3Ϊ4 s ATOI 3789 SS BU8 134 2.559 63.429 23.065 1.00 53.32 131N s ATON 3750 NE BUY 134 2.539 62 .2 * 1 22.131 1-C0 53.4 * B31N S ATCI 3791 With $ Bw 134 3.597 62.304 $ 1.049 $ 1.00 5, 60 B31N s ATSN 3792 No. Boo 134 4.983 62.412 21.509 1.00 5 ’. 62 BE1M N ATOM 3793 WITH Bw 134 -0.595 63-141 $ 5.20 * 1.00 55.69 B31H s ATON 379 * 0 Bw 134 -1.126 64 .002 25-98? 1.00 56.06 B31V 0 ATSN 3795 M ABA 135 -0-696 61 .045 25,545 1.00 55.25 , B31N K ATPN 3796 SD D1A 135 -1.207 6) .36 $ 26-703 1.00 55.3? 13 1H s ATCI 3797 NE LBA 335 - $ .810 61,336 26.601 1.00 53.00 B31M s ATOM 3798 with Dba 3 15 -0-7 * 9 59.973 27.120 3.00 55.35 B31R S

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ATSM 2799 WITH ABA 135 -0.805 59.060 26-292 1.BO 56.00 Y1N ATSM 3900 I Transnational corporation 136 -0.202 59.010 28.319 1.00 54.V? 13111 ATSN ЗВ01 CA Transnational corporation 136 0.250 50,511 38.754 1.00 54.7? Bsh ATSM ZV02 Sho Type of 136 1.772 59. 44? 28.819 3.00 53.90 bj ATSN 3803 OB1 TNN 130 2.300 $ 59.04 27.506 1.00 55 .20 bj ATSN 3804 CC2 TON 2 36 2,223 57.096 29.31V 1.00 53 .01 Bj ATSN 3803 WITH TNN 136 - 0.323 59.090 30.095 1.00 55-19 B31N ATON 3306 WITH tn 3 36 -0.061 50.710 31.121 1.00 (35.3-0 B31N ATSM 3807 eight Bjeo 137 -1.091 56.998 30.063 1.00 56.06 B31n ATSM 3888 CA Bw 137 -1.559 56.333 31.267 1.00 $ 7.51 B31n ATOM 3809 NE jeo 137 -2.723 55.396 30.031 1 - OS 58.1? B31n ATSM 3810 SS Bw 137 -3.954 56.062 30.30] 1-00 60.61 B1n ATSM 3811 From 01 Bf 137 -5.070 55.030 30.173 1-00 60.26 B31n ΛΤϋΜ 3812 whitefish yee 137 '4.420 57,243 31.159 1.00 60.91 bj ATOM 3813 with Bjeo 137 -0.418 55-534 31,085 1.00 58.44 B31N DTOM 3814 about Bj 137 0-310 54.613 31.193 1.00 58.78 B31n ATON 3815 N UAY 130 -0-258 $ 5,663 33.195 1.00 59.31 T.31 and ATSM 381 " CA fish ΐ 39 0.602 54.944 33.B90 1.00 60.22 1-31N ATON 381? CE UL 135 1.665 55.916 34.601 1.00 58.67 B31N ATOM 3518 CC1 UAY 138 2 .717 55.15V 35.401 1.00 $ 7.67 B31n ATSM 3819 SY2 UAY 138 2.386 50.864 33.724 1-00 59.34 B31n ATSM 3820 WITH UAY 1 per 0.203 53.921 .34. 04 1 ] - 00 62.22 bz1n ATSM 3821 WITH UAB 13B -0.596 54.272 35.705 1.00 62.49 B31n iat 3522 S SUY 139 0.577 52.656 34.674 1.CO 64.39 K1N ATOM 3523 CA STY 139 0.10? 51-60? 35, 574 1.00 66.45 1-31 and ATSM 3524 WITH STY 139 1.261 50.90? 36.234 1.C0 63.76 t. 3 in ATOM 3625 0 CPS 139 2,050 50.20V 35.569 1.00 63.60 B31n ATOM 3626 NE CPS 139 -8.127 50.580 34.E08 1 .00 72.30 B31n ATSM 3827 5C CPS 139 -1.495 49.302 35-852 1.00 80.69 Bsh ATOM 382Θ N Bw 140 1.411 51.086 37.543 1.00 61, 42 bz1n ATOM 3529 CA yee 140 2.54 7 50.527 38-267 1.00 61.03 B31N ATSM 30 30 sv Bw 14B 3.230 51.624 39.002 1.00 59.77 bj ATOM 3031 Sat Bj 14B 3.587 52.022 35.205 1.00 51 .02 BZ! ATSN 30 32 sa: Bw 14B 3. 474 54 .095 38-989 1.00 56.73 bj ATON 3033 CE2 Bw 140 4-975 52,644 37.659 1.00 50.13 bj ATSM 30.34 with Bjeo 140 2.! 39 49,368 39.174 1.00 62.96 bj ATSN 3035 <3 hi 140 1,163 49.458 39.926 1.00 61.07 B31N ATOM 3936 N TYE 141 2,895 48.278 39.080 1.00 64.43 bj ATON 3937 CA P.E 141 2,601. 47,052 39.812 1.00 65-71 B31n ATON 3939 NE ΤΙ.Ε 141 2,2С8 4 5. 926 38.039 1.00 65.35 bj ATON 3839 CC2 ιι, ε 141 2.004 44.602 39.681 1.00 65.06 bj ATON 3940 061 1b 141 0.905 46.292 38.129 1.00 65.30 bj ATON 3841 SOWING 1b 141 1.111 46.923 36.776 1 -00 65.52 bj ATOM 3842 WITH 1b 141 3.813 46.593 40.629 1.00 £ 7.1T Bj ATON 384 3 ABOUT 1b 141 4.911 46. 420 40,034 1-00 66.16 bj ATSM 3844 I ZEN 142 3.614 4 6.394 4! -926 1.00 68.50 bj ATON 3845 CA ZEN 142 4.703 45.941 42,174 1.00 69.99 B31n ATSM 3840 NE ZEN 142 5.371 47.130 13,465 1.00 69.56 bj ATON 3847 OS ZEN 142 4 .402 4?, 762 44.364 1.00 69.04 bunk ATON 3848 WITH 5 YOON 142 4.237 44,940 43.024 1.00 72.02 1.31 N ATON 384 $ ABOUT ZEN 142 3.041 44,825 44.099 1.00 70.57 B31i ATSN 3350 N AIR 143 5.205 44,232 44.395 1.00 75.76 bj ATON 3851 CA AZR 143 4.9ES 43.387 45.561 1.00 79.15 shh ATSM 3652 NE LER 143 4.247 44.172 46.652 1.00 79.95 shh ATOM 385 3 With A5P 143 5.084 45.303 47.236 1.00 81.27 bj ATSM 3554 SJ1 ΑΞΡ 143 6.124 45.652 46. 640 1.00 8Ϊ.43 B31n ATSM 3855 002 ABP 143 four . 703 45.845 40.296 1.00 02.20 bj ATOM 3858 WITH AZR 143 four . 222 42.122 45.21? 1, Οϋ 81.34 bj ATSM 3857 ABOUT AIR 143 3.249 41.777 45-806 1.00 81.70 bj ATOM 3850 N RNE 144 4.654 41.430 44,169 1.00 84.09 bj ATSM 3859 CA RNE 144 4.002 40.163 43,793 1, 00 80.16 Bz’n ATSM 3860 NE RNE 141 3. 227 40.352 45.40 $ 1.00 86.52 Y1n ATSM 3801 Sat RNE 144 4.030 40.953 41.371 1.00 84.52 1.3Sh ATSM 3562 CO2 RNE 144 4.561 40,153 40.376 1.00 83.55 bj ATOM 3563 SI2 RNE 144 4-236 42,319 41.305 1.00 83.02 Ι.31Η DTOM 3964 CE1 RNE 144 5,292 40.70 $ , 39. ZEV 1 .00 81 .29 bj dtsp 3065 CE2 RNE 144 4,956 42 .875 40.269 1.00 81.03 shh ATON 39 66 Sz RNE 144 5.479 42.069 39.2В5 1-00 80.66 Bj ATSN 386? WITH RNE 14* 4,974 39.018 43.670 1-0- 91, s? Bj ATOM 3860 ABOUT RNE 144 6.103 39.178 43.200 ΐ, 00 92.40 bj ATSM 3Θ69 N TUN 145 4.523 37, B46 44. 109 :, O0 93.82 bj ATON 3070 CA TUN 145 5.322 36.629 44-030 ϊ, ΰο 94.5Θ bj ATON 3871 NE TUN 145 6.216 36.500 "5-271 '., 00 95.09 Ϊ.31Η ATOM 3072 SS TUK 145 7.20.3 35.361 45,180 Ϊ .00 95.11 g-31 n ATSM 307 3 CO2 TUK 145 7.035 34.210 45.932 1.00 95.46 Bj ATSN 3074 B1 TUYA 145 7.939 33,165 45.850 1.00 95.67 t. 31 N

η η η η η s o G! О С л С л П Г1 Г ΐ О 7 С Ο η η Π ζ ρ η С п г, and С η С. ηη · Ί л ΐ С'Л '1 Π П г') Ц I Ц С Г; Г, 3 С с г, г, Л г г η Γ, η Ω η ή к Ο η '1 and Г1 η Ϊ С

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ATON 3875 CO2 TUK $ 14 $ .906 35-43? 44 .336 1.00 95.5? B31n ATOM 3 $? 6 CE-2 TUK $ 14 9-215 34.39? 44, 245 1.00 95.35 B31i ATOM 38? 7 cg TUYA 145 9,027 33.263 45.007 1.00 95.54 B31N ATOM 3878 he TUK $ 14 9-933 32,230 44,935 1.00 93.89 B31n ATOM 3879 with TUK 145 4.411 35.416 43.947 1.00 96.10 B31n ATOM 3880 about TUK 145 3,405 35,334 44.649 1.00 95.23 B1n ATOM 3801 N REY 146 4.754 34.459 43.072 1.00 98-9? B31n ATOM 3802 with r-to 146 3.974 33.236 42.016 $ 1.00102.6 B31n ATSN 3803 CA Ryo 146 5.945 34.535 4 2 .217 1.0010 (), 63 B31n ATOM 3804 sa Ryo 146 5.996 33.161 41.532 1.00103.16 B31n ATOM 380 $ se RVO 146 4.506 32.692 41.560 1-00183.82 B31n ATON 3806 with RVO 146 $ .800 3.5.673 41,196 1.00101.63 B31n ATOM 3807 0 Ryo 146 4.796 36.1 & 40.014 1.00101.06 B31n ATOM 3805 N SUE 141 7.04V 36.141 40.764 1.00103.99 B31n ATOM 38Θ9 CA 0Ι.Ϊ 147 7,104 37.25? 39. B37 1.001-96.69 B31n ATON 3890 with SUE 147 6.669 36.921 30,428 1.00107.75 B31n ATOs 3891 0 OW 147 7.490 36.741 37 .535 1.00109.16 1.31K ATON 3892 N ABA 140 5.350 36.041 30 .231 1.00106-88 1.31 N ATOM 3893 CA ABA 148 4.79-6 36.566 36.910 1.00106.36 B31N ATOM 3894 sv ABA 140 4.810 35.069 06.644 1.00106.24 B31n ATOM 3840. with ABA 14B 3.37 $ 37.101 06,644 1.00106.36 B31n ATOM 3896 0 ABA $ 14 2.477 36-60? 81.521 1.00105.85 B31N ATOM 3897 N UL 149 3-163 38.110 36.014 1.OYu 107.72 B3n ATOM 3898 CA UDT. 149 1-890 38.166 35.B71 1.00108.34 y31N ATOM 3899 NE UD1. 149 1.85? 40.102 36.625 1.00108.3 $ B31N ATOM 39С0 CC1 UAY 149 1,858 39.056 30.121 1.00108.06 B31n ATOM 3 901 C (32 UAY 149 3.069 40.93V 36 .201 1.00108.4? b31N ATOM 3902 WITH UAY 149 1.609 39.033 34.405 1.00108.11 : .31n ATSN 396 I 0 UAY 149 2.520 39.094 30.591 1.00108.00 B31 ATOM 3,904 N Transnational corporation 150 P .332 39.186 $ 34.07 1.00107.28 B31 ATOM 3 965 SD Transnational corporation 150 “0.069 39.576 02.733 1 .00106.06 B 1H ATOM 3966 NE TEAK 150 “0.790 30.439 32.011 1.00105.51 B31n ATOM 3 907 C51 Tne 100 0.12? 3? .386 31.725 1.00104.72 B31n ATOM 3905 CC2 Transnational corporation 150 -1.410 38.938 30.715 one . 00104.90 B 11 [ ATOM 3909 0 teak 150 -1.005 40.768 32.824 1 .00105.63 1.31 "T ATOM 3910 WITH Transnational corporation 1 $ 0 -1.935 40.75V 33.628 one . 00106.26 B31n A'TSM 3911 AND UAY 151 -O.750 41.770 31.995 1 .00104.06 B 1 n ATOM 3912 CA UAY 151 -1.55V 42.592 32.022 1 .00103.61 1.31 i ATOM 3913 NE UAY 151 -0.663 44.254 31.995 one . 00103.01 B31 ATOM 3914 CC1 UAY 151 -1.530 45.510 32.047 1.00103-60 B31 ATOM 3915 SB2 UAY 151 0.305 44.226 30.166 ] -00102-.98 B31n ATON 3916 WITH UAY 151 -2.54 4 43.072 30.861 1.00101.69 1 * 31I ATOM 3917 and UAY 151 -2.20? 42.740 29- 121 1.60101.44 B31n ATOM 3918 to ABA 152 -3.763 43.506 31.166 1.00 $ 9-44 B31n ATOM 3919 CA ABA 152 -4.775 4.3.731 30-147 1.00 97.98 B31n ATOM 3920 sa ABA 152 5.780 42.600 30-161 1.00 96-47 B31n ATOM 3 921 with ABA 1 $ 2 5.406 45.056 30,423 1.00 97.32 b31n ATOM 3922 about ABA 152 -6.002 6 $ .269 31-511 1.00 98.16 B31n ATOM 3923 N TYR 153 “5-452 "5.947 29,436 1.00 95.В2 b31n DTOM 3924 CA TNR 153 -6.00? 47.285 29.607 1.00 94. B31y DTOM 3925 sv TNR 153 -5.149 40.311 28.857 1.00 89.61 B31k DTOM 3926 ss TNR ] 53 -3.933 40.634 29.516 ί.OO 83.0 & B31n ATOM 3927 CO2 TNR 153 -3,550 49.759 30.356 1.00 80.1 $ B31n ATOM 3920 CE2 TYR 153 -2.18V 49.674 30.724 1.00 / a.you B31n A'GOI 3929 PPE TNR 153 -4.315 50.B29 30.802 1.00 70.10 B31n AGON 3930 C111 TNR 153 -2.665 47.932 29.413 1.00 81.14 yyan ATOM 3931 ΝΕ1 TNR 153 -1.672 40.551 30-136 1.00 70.59 B31n DTOM 3932 SY2 TYR 153 “3.576 50.618 31-544 1.00 7Θ .36 B31n house 3933 SGS TNR 153 -3 L09 51-76 $ 31 -645 1.30 70.62 b31n house 3934 CH2 TAP 153 “2.349 51.654 31,994 1.00 79.04 B31n house 3935 WITH that one? 153 3.444 47.361 29,102 1.00 97 .21 b31n house 3936 ABOUT TNR 153 - ?,? ) 2 46.010 2B.054 1.00 97.31 B31y ATOM 3931 N w 1-54 “8-E01 40.046 29.846 1.00100.61 zzzn DTOM 3935 CA Bw 154 -9.64 5 40.314 29.366 1.00104.60 B31y ATOM 3939 NE Bw 154 -10-808 47.950 30.422 1.00104.13 B31ch DTOM 3940 ss 1.U5 154 -10,024 46.462 30.667 1.00104 .81 B31n ATOM 3941 SR B8 154 -10,929 45.698 29.350 $ 1.00,106.4 Ι.-Ϊ 1H ATOM 3942 CE Bw 154 -10.925 44.196 29.604 1.00100.33 B31n ATON 3943 OF Bw 154 -9.774 43.768 30.447 1.00113 * 2? B31n Α1ΉΜ 3944 WITH Bw 154 -9.791 49.775 01/29/1 1-OH. 13 B31n ATOM 3945 about love 154 -9.726 50.643 29.883 1-00100.54 B31n ATOM 3946 n ABA 155 -9.907 $ 0.038 27.730 1-00112.59 B31n DTOM 3947 CA ABA 155 -10.301 $ 1.060 27.250 1.00115.22 B31H DTOM 3940 sa ABA 155 Ί0.121 $ 1.406 26-7 61 1-00118.02 lbs ATOM 3949 with DBA 15 $ -11.06 $ $ 1.528 27.555 1,00116.52 izdn ATSN 3950 about ABA 155 “12.712 $ 0.944 26.879 1,00115.14 B31n

ΰ C O I th l -h η g! η * ί tsr п 1 p O (1 is -η η p L p L g (? p o (1 g o l π η π p g C η p s o p and ρα π η о а and Ο η η in О r> l о

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ATOM 3951 N DBD 156 +12,170 $ 2,334 $ 28.57 1.00110.91 B31n ATOM 3952 SL AIR 156 +13.519 52.392 29.120 1.00122.96 E31H ATOM 3953 NE D5 = 156 + 14-503 52.Θ10 02.28Θ 1.00123.77 E51H ATOM 3354 with AZR 156 -15,040 53.254 28.5V9 1.00125.04 1.31 N ATOM 3955 001 AZR 156 -16.106 54.475 28.507 1.80126.49 B31n ATOM 3956 os g AZR 156 -16.619 52.302 39.031 1.00126.62 B31n ATOM 3957 with AZR 156 -13,685 51.016 29.676 1 .Y0125.66 B31n ATOM 395V 0 A £ P 156 -13.474 50.653 30.779 1.00124.90 B31n ATON 3959 N Yaw 157 -14.64 9 50.251 20.) 05 3.00129.31 E31H ATON 3960 CA YEV 157 -14.951 4 Y .869 29-2Y 1 .00133.75 B31n ATOM 3961 her Yaw 157 -16.420 4J.739 29,660 1.00133.49 B31n ATSN 3962 Oh Ye to 157 + 16.729 49.610 30,736 1.00132.03 B31i ATSN 3963 with Yen 157 -14.651 47.904 23.055 1.00136.62 b31n ATOM 3964 0 ZKI 157 + 14.64 9 46.765 28.146 1,00137.92 B31n ATOM 3965 TO 8EN 15 $ -14,401 40.632 26.923 1.00130.76 B01H ATON 3966 CA 5EN 158 -13,950 47.944 25.725 ί.00139.39 B31n ATOM 3967 NE 5EN 153 -14,216 4 9.808 24.4 92 1.00130.66 B31n ATON 3968 OE Yaw 158 -15.557 49.263 24.460 1.00135.17 B31n ATON 3369 WITH Yaw 158 -12.456 47.666 25-045 1 .00140.86 bz1n ATON 3970 0 ZEK 158 -11.651 4J.583 01.01 J 1 .00142.39 B31n ATOM 3971 AND RIO 159 -12.071 46-ZY6 55,760 1.00141.72 b31n ATON 3972 with Ry 159 -13.033 45.270 25,740 1.00142.53 B31n ATON 3973 CA T-bills 159 -10-6J1 4 $ .914 29,850 1.00142.97 B31N ATON 3974 NE RIP 159 -10-818 44-391 25.010 1.00142.77 Bz’n ATSN 3975 her PPO ; $ 9 -12.225 44.122 26.262 1.00142.38 1,314 ATOM 3976 with RKO 159 -9.746 46.433 24.755 1.00144.5) B31m ATON 3977 ΰ RVY 159 -9.762 45.930 23.629 1-00144.Zg B31n ATON 3978 N UDD 160 -8.920 47.423 25.088 1.00145.75 B31k ATOM 3979 CA UDE 360 -7.951 47. “BY 24 -140 1 0014 6.54 e1n ATON 3980 NE UDD 160 +7.373 49.294 24.640 1 - 0014 5.4 4 L1K ATOM 3931 SY1 UAY 160 +6.897 49-130 2'6.06V 1.00144.76 B31i ATOM 3932 CE2 ude 160 '6.214 49.715 ? 3.754 1,00144.65 1.3 1) [ ATON 3963 WITH UAY 160 '6.706 47,017 23.092 1.00147.10 1, -31 K ATOM 3964 P UAY 160 + 6.27Y 46-393 24.Θ20 1,00149.15 B1n ATOM 3 905 AND Bw 161 +6.390 46.921 22.637 1.00147.)! B31n ATOM 3966 CA ] D5 161 -5.296 45.995 22.257 1.00146.00 B31N ATSN 3907 NE 1-Ϊ5 161 -5.794 45.039 21.166 1.00149.06 E31H ATON 3 908 SS Bw 161 -7.090 44.313 21.506 1.00152. $$ Y31N ATON 3989 With B5 161 -S.931 43.408 22.71) 1-00? 55.6 $ B31n ATON 3,990 CE Boo 161 -8.256 42.765 23.106 1.003 51-97 B31n ATON 3991 N2 Boo 161 -Y .862 42.009 21.9Ϊ6 1-00159.35 E31H ATON 3,992 WITH 1Ϊ5 161 -4.035 46.712 21.766 1.SP143.65 B31n ATSN 3993 0 Bw 161 -2.954 46.121 23.7 / 2 1,00142.97 E31H ATSN 3,994 N GRANDFATHER 162 -4.175 47.081 21.391 1-00341-12 131H ATON 3,995 CA A1A 162 -3.054 48.71 $ $ 20.95 1,00137.51 b31n ATSN 3996 NE ABD 162 -3.354 49.183 19, 427 1.00139.76 £, 315-1 ATON 3 397 WITH ABA 162 -2,743 49,966 23,716 1.00134.24 G.31N ATSN 3,998 WITH ABA 162 -3.619 50,582 22,395 1.ΟΟΪ32.05 E31H ATON 0909 N B ¥ 163 1-483 50, uh9 21.6Θ0 1.00130.13 1-31) 1 ATOM 4000 CA Be 163 -1.082 51. 54? 22.4 69 1 .00125.56 031 n ATSN 4001 WITH OW 163 -O-54 7 51,143 23.329 1.00122.13 E31H ATOM 4002 WITH Ή, ϊ 163 -0.385 51.903 24.719 1.00122.41 T, 31H ATOM 4003 N UAY 164 -0.274 45.859 23.9B9 $ 1.00,117.6 B31n ATON 4004 CA UAY 164 0.17V 49.329 25.264 ‘..00112.10 B31n ATOM 4005 NE UAY 164 -0.770 4Θ .246 25.771 1.00111.56 B31n ATOM 4006 CC1 UDD 164 -0.274 47.711 27.090 7.00110.04 E31H ATOM 400? ssg UAY 164 -2.169 4a, bo5 25-897 1,00110.72 E31H ATOM 4008 with UAY 164 1.563 40.721 25.145 I .00100 .7 " E31H ATOM 4009 0 UAY 164 1.923 4a I4,104 1,00109.80 B31n ATOM 4018 η CEO 16G1 2.340 40, $ 30 26.214 1,00103.31 B31n ATOM 4 011 CA si 169 3.60-5 4 0-099 26,271 1.08 97.93 B31)! ATOM 4012 sv axis 165 4.683 4 0.891 25.534 1.00 99.42 B31n ATOM 4013 ss these 165 5-841 40.038 25.045 1.00102 * 14 very ATOM 4 014 with Bi 165 6,165 40.204 23.583 1.00101.36 1.314 ATOM 4015 OK) drunk 165 6,303 47.296 22 .agv 1.00105 * 42 B31n ATOM 4016 OE2 si 165 6,281 4 9 .46? 23.191 1.00105.49 B31n ATON 4 017 with oh 165 4.004 47,874 27.725 1.00 93.34 1,314 ATON 401V 0 si 165 4.101 40.826 28.484 1-00 92.89 B31n ATOM 4019 s tn 1J6 4.132 46.610 2V.11E 1-00 07.51 E31H ATON 4029 CA Transnational corporation 166 4.417 46.263 29.490 1.00 02.22 B1n ATON 4021 NE tn 166 3.504 49.130 29.970 1-00 79.71 531H ATON 4022 ΟΞ1 Transnational corporation 166 2.136 45-535 29.021 1.00 77.59 E31H ATON 4023 CO2 tn 166 3.704 11.31 " $ 1,115 1.oo ’ee? , E31H ATON 4C24 WITH TYPE OF 166 5.862 45-805 29.647 1.00 01.16 EE1M ATON 4 035 ABOUT TNN 166 6 - 4 69 4 $ -ZZg 28,607 1.00 01.1 $ B31n ATON 4026 N TYPE OF 167 6-425 45,953 3Ο.042 1.00 79.71 1L1N

VOPOPOOLVOROOPPPIAOLYOOKRLPYAOPPPGSOVPLPLLLIOLPPPOOOOPPLYOG.YpyuPOPPar

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atom + 027 CA Transnational corporation 167 7.755 40. + 11 31,101 1.00 78.78 B31n DTOM 4029 CE Transnational corporation 167 0-555 + 6-266 32,125 1.00 77.41 B31n ATOM + 02 $ PS, 1 Transnational corporation 167 7.9 + 9 CH-165 $ 3.41B 1.00 75.08 B31N ATOM 4031) GS12 TIR 1st? 0 -08V 47.723 31.701 1.00 75.26 B01H ATOM + 031 WITH Transnational corporation sixteen? 7-6 + 0 4 3.990 31.600 1.00 79.22 B31i ATOM SW? ABOUT Transnational corporation sixteen? 6.599 43,588 32.17+ 1.00 79.15 B31n ATOM 4033 AND TNR 160 0.714 +3.226 31.015 1.00 7 $ .0 $ bang ATOM 403 + CA Transnational corporation 160 AT . Θ23 +1.960 32.220 1.00 80.51 B31n ATOM 4035 NE Transnational corporation 16V 9.904 41.072 31.504 1.00 80.02 B31n ATOM 4036 0С1 Transnational corporation 16V 11.170 + 1.7 + 4 $ 31.64 1.00 80.02 B31N ATOM 4037 cc2 Transnational corporation 160 9.053 40-756 30.13 $ 1 - СО 70.70 E31H ATOM 4039 with Transnational corporation 16V 9.194 42.270 ZE-66 + 1 .00 81.33 B31n ATOM «03 $ ABOUT Transnational corporation 160 10.021 43-4 + 9 33.937 1.00 80.31 Σ31Η ATOM 40 + 0 N PPO 169 but. 0Y 41.065 34,609 1.00 82.60 £ 31and ATOM 404Ί SR rio 169 7.606 40. + 79 34.373 1.00 80.47 bism ATOM 4047 CA FIG 169 8.720 +1.654 36.035 1.00 85.29 B31m ATOM 4043 NE RVO 169 7.085 40.770 36.706 1 .00 82.01 ί.31 c ATOM 404 + ss PPO 169 6.876 40.399 35.673 1.00 79.2+ B31N ATOM 40 + 5 with ΡΗΟ 169 10.179 41.024 zb. + ez 1 .00 ¥ 9.40 B31n ATON 4046 ABOUT Number 3 169 11.051 41.296 35.797 1.00 91.91 B31y ATOI 4047 n YEY 170 10.437 42.412 37.6 + 2 1-00 92.27 B31n atom 4040 .CA £ EC 170 11.000 42.002 38-105 1 -00 94.31 B31n ATOM 40 + $ GW 5EK 170 12,203 4+ .010 37.807 2.00 94.07 B31n ATOM 4035 OS ZEY 170 13-402 44-326 38.498 1.00 89.69 B31n ATOM 4051 with 5EP 170 11,086 +2.300 39.596 1.00 96.61 B31! 1 ATOM 4052 0 ETK 170 10.96+ 42.609 40.347 1.00 $ 7.99 Bzn ATOM 4003 m Bw 171 12,996 41.707 40.020 $ 1.00 0.61 B31n ATOM 406 + CA Bw 171 13,235 + 1.4V5 41.439 1.00 $ 9.91 B31n ATOM 4005 se yz 171 14.609 40.056 41-664 1,00190.64 B31n ATOM 4006 ss Boo 171 14.766 39.457 41.092 1 .0С1ОЗ, 49 B31n DTOM 4 05? cg> Bj 171 14-133 30.400 42.01V 1.9010V .13 B31n ATOM 4,000 CE Bz 171 14.654 37,002 4 1 - 62 4 1.00111.94 B31n ATOM 400 $ No. love 1? 1 14,016 35. 92+ 42.43V 1.00117.01 B31c ATOM + 060 WITH Bw 171 13.173 +2.01+ 42.164 1.00 99.93 B31n ATOM 4061 about Bw 371 $ 13.77 + 3.791 41.727 1.00 99.8+ B31N ATOM + 062 m st 172 12, + 48 + 2.8 + 8 43.271 1.00100.47 B31n ATON + 063 CA si 172 12.302 44.039 4+. 101 1.00101.40 1.31 N ATON + 064 NE STL 172 1 1.002 + 4. 178 44.7 + 0 1.00 98.99 B31E + ATOI + 060 ss si 172 9.949 44.790 43.0 + 0 1.00 $ 4.44 B31n ATSN + 066 with sya 172 8,802 + 5.39+ 44.630 1.00 91.26 B31n ATOM + 067 SE1 B-Ν 172 7.771 +4.707 44.020 1.00 09.71 B31n ATON + 060 ΝΕ2 si 172 8.990 +6.626 45.053 1.00 09.00 B31n ATOM + 009 WITH si 1? 2 13.436 +3,996 45. 1-00103.99 Y1N ATON + 070 ABOUT si 172 13.9 + 2 + 2. 926 45.0 + 6 1.0010 +, 53 B31n ATOM + £ 71 TO EEK 173 13-763 + 0.16? 40.730 1-00106.09 B31n ATOM + C72 CA YOYOA 173 $ 14.63 +0.244 46.Y $? 1-00107.30 B31n ATOM + £ 73 NE 5-EP 1? 3 2 + .693 + 6, 665 47.431 1.00105.22 B 1H ATOI + 074 OS 173 13.400 +7.231 47.635 1.00109.67 B1n ATON + C? 5 with ZEK 17 $ 1 +.] 21 ++, 284 47.960 1.00107.59 B31n ATON + C76 P ZEN 173 1 + -Y99 43,592 4 B.609 1.00101.41 Bj 1H ATON + 077 μ AZR 174 12.802 4 +.221 40.118 1.00108.22 1.3 w ATOI + 078 CA Α5Ν 1? 4 12.195 43.317 49.091 1.00109.03 1st-31st ATSM + 079 NE AEN 174 10.791 43.792 49.460 1.00111.08 1.31 to ATON + 030 SS Α5Ν 174 9.730 4 3.232 4B.530 1.00113.10 Ϊ.31Η ATOM + 031 001 A8N B74 E.E7 + 43.021 47.3 + 8 1.00114.06 B31n ATOM + 092 N02 Α9Ν 17+ 0.542 42.986 49.077 1.00114,05 B31n ATON + 093 WITH Λ3Ν 174 12.115 41.080 $ 40.55 1,00100.23 B31n ATON + 094 ABOUT A £ Y 17+ 11.560 41.004 49.227 1.00308.50 B31n ATON + 093 and n £ H B75 12.624 41.67? 47,350 1,00196.34 B31n ATOM + 096 CA L0N 173 12.779 40.329 46,804 1.00103.0+ Bz1m ATOM + 00-7 NE A $ N 170 13.967 E $ .4O7 47,868 1 .00105.63 B31n ATON + 098 SS ΑΞΗ 170 13.000 38.101 47.294 1.00100.23 b31: + ATSN + 009 OP1 Α9Ν 179 13-064 37,240 46.912 1 .00110.12 B31 ATON 4090 μ 02 AZR 176 15-175 37.94? 47.226 1 .00100.7 $ B31n ATON 4091 with AZR 175 11,480 39.719 46.2 + 3 1.00 9V .67 B3 ATON 4092 ABOUT Α8Ν 170 11.485 30.590 45.754 1.00 $ 0.94 B31n ATON 4093 N Bw 175 10.391 40.467 46.316 1.00 $ 2.52 B31n ATOM 409+ CA Bw 176 9.232 40.193 45.467 1.00 84.85 B31n ATOM 4095 NE Bw 176 7.957 40.777 46.076 1.00 02, 79 zzzn ATOM + 096 SS Bw 176 7.607 40.260 +7.446 1.90 78.63 B31n ATOM 4097 With Bw 176 6.213 40.706 47.000 1.90 76.31 B31n ATOM + 099 CE Boo 176 0.94 4 40.600 48-289 1.00 74.93 B31! 1 ATOM 4099 HB B5 176 4.626 41, 208 49.610 1.00 73 .02 . B31n ATOM 4100 with Bw 176 9.470 40-037 44.101 1.00 91.53 Y1N ATOM 4101 0 B ¥ 5 1 76 10,603 41, 215 43.777 1.00 79-55 B31n ATOM 4102 N TUK 177 I. 422 +0.980 43.303 1.00 78.56 B31n

ί α 7 ζ Λ σ ο ο η ζ η ζ у п г <π ζ у о к ο η η η а ο η о г: 2 ο η ϊ О О 7 У М в а г; ϊ L C; L p n IOP □ π □ ζ ο η η η η η ξ with η η ο η η d

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ATCI 4103 CA TUYA 17? 0.594 41,559 41,979 1.00 75.70 bunk ATOM 4104 NE TUK 177 0.269 40.518 40,916 1 .CO 75.16 1.31 N ATOM 4105 ss TUK 177 9.271 39.394 40,898 1.00 76.26 1.0111 ATOM 4106 001 TUK 17? 1C .276 39.349 39.948 1.00 75.58 1.3 ΙΗ ATON 4107 Сё1 TUK 177 11.133 38.32V 39.540 1.00 76.47 131Η ATSN 4109 £ 02 TUN 177 9,216 Zav.av 41.843 ) .CO 76.97 B31n ATON 4109 Сё2 TUK 177 1B .126 37.357 41.839 1.00 76.07 B31n ATSN 4110 Si 7UN 177 11.110 37.333 40,808 1, СО 76.76 Ε31Η ATON 4111 HE TUYA 177 12.005 36 - 293 40.0Ϊ7 1 -CO 79.13 B1n ATOM 4112 WITH TUK 177 7.012 42,034 41.716 1.00 73.16 13 ΙΗ ATON 4113 WITH thuja 17? 6.001 43,111 42,157 1.00 73.48 131H ATOM 4114 N ABA 170 8,310 43,607 40.762 1.00 69.40 13184 AGSM 4115 CA ld 170 7,723 44,072 40.352 1.00 65.29 B31n ATOM 4116 NE ABA 170 0.625 46.036 4O.7V7 1.00 64.49 1.31M ATON 4117 with ΑΙΑ 170 7,532 44.052 38.833 1.00 62.74 B31 ATOM 4113 about ABA 170 0.361 44.165 ZE-156 1.00 62.95 B31n ATOM 4119 n ABA 179 6.626 45.596 30. ZVZ 1.00 $ 9.52 B31n ATSN 4120 CA ABA 179 6.4 76 45-723 36,850 1, 00 57.65 B31n ATON 4121 NE ABA 179 5.974 44.401 36.267 ) -00 57.21 B31n ATOM 4122 WITH ABA 179 5.532 46,063 36.471 1.00 56.23 B31n ATOM 4123 WITH ABA 179 4-529 41.1) 6 37.144 1.00 56.72 b31n ATOM 4124 N EEK 100 five . 054 47.540 35.ZV4 1.00 53.90 B-3111 ATOM 4125 CA EEK 100 5,819 48,640 34.912 1.00 53.09 b31y ATOM 4126 NE EEK 180 five . VSE 49.954 34.967 1.00 51.19 1x31N ATON 4127 ss EEK 160 7,114 49.791 34.444 1 .00 40.03 B31n ATOM 4123 0 ZEK 180 4.47V 40.407 33.50) ; .os $ 3.56 B31n ATON 4129 with □ EC 150 5.16 ' 47.0 · 1 ZY-639 , -00 52.95 B31n ATOM 4130 N ZEN 181 3-216 40,796 33,280 1.00 53 .75 B31n ATOM 4131 CA 5 EP 181 2 - 62u 40-'03 31,956 1.00 56.72 b31n ATOM 4132 NE 5 EB 101  , 489 4?.? 62 31.910  .00 50.34 B31n ATOM 4133 OS EEK 181 1.52 " 47.549 30.587 1.00 61.46 b31n ATOM 4134 WITH EEK 131 2,091 50.101 31.607 1.00 5E .40 1.3 Ιίί ATOM 4135 WITH EEK 181 1, 392 50. BC-4 32.417 1.00 50 .00 Ι.31Η ATOM 4136 N TUK 182 2.415 50.074 30.410 ί, ΟΟ 59.24 Th31H ATOM 4137 □ A TUN 182 1. 992 52-020 2 9.99-4 1.00 60-90 131H ATOM 4 1 30 NE TUK 182 3, 19V 52-039 29.526 1.00 59.9? B31n ATOM 413 " se TUN 182 4.2 57 53.031 30.561 1-СО 61, 07 B31n ATOM 4140 C01 TUK 182 5.161 52 .024 30.a 52 1.00 61.25 B31n DTON <111 CP1 TUN 182 6. 159 52.208 31.183 1.00 63.9 " jazz ATOM 4142 CO2 TUN 182 4.371 54.231 31.243 1.00 62.41 B31n AGON 4143 CE2 TUK 1 $ 2 5-369 $ 4, "E0 32.17? 1.00 04.17 1,310 ATOM 4144 C2 TOUR 182 6.264 53.417 32.449 1.00 65.02 B31i ATOM 4145 CM TUK 182 7,264 53,619 z.zeo 1.00 64.46 131H ATOM 4146 WITH TOUR 182 0.971 51.971 28.063 1.00 61.39 B31n ATOM 4147 WITH TOUR 182 1.00 " 51.070 28.025 1.00 61.61 bz’k ATOM 4140 N Bw 183 0,077 52.985 28.031 1.00 61-8Ε 131H ATOM 4,149 CA Bf 183 -0.935 53.053 27.771 ι, ϋΰ az.ϊβ b31n ATOM 4150 NE Bf 183 -2.328 52.847 28.354 1.00 62.40 B31m ATOM 4151 SS Bw 183 -3.392 52.953 27.265 1.00 61.02 B31m ATON 4152 SP1 Bw 183 -2,992 52,064 26.097 1-00 60.39 Y1N ATOM 4153 □ 02 Bw 183 -4.749 52,545 27.815 £ 1.00 .9.19 B31n ATOM 4,154 0 Bw 183 -0.930 54.20 27.041 1.00 66.27 shch ATOM 1155 0 b £ and 183 1.397 59,364 27.58? 1-00 66.4 9- B31n ATOM 4156 N ZEK 104  0.439 54,390 25.Θ05 1.00 66.26 B31n ATOM 415? □ A 5EK 184 -0.326 $ 5,629 25.029 1-00 65.89 B31k ATOM 415and NE 5EP 104 0.806 $ 5.524 23.999 1.00 64.96 B31n ATOM 4159 06 5EP 1ё4 2-095 $ 5.47? 24.613 1.00 60.69 1.31. to ATOM 416C WITH EEK 184 -1.611 55.993 24.299 1.00 66.76 13 w ATOM 4161 0 5EP 1 84 -2,030 55,295 23.379 1.00 67.45 B01k ATOM 4162 N Bf 185 -2.217 57,104 24.705 1.00 67.44 B1n ATOL 4163 CA Bw 185 -3.396 57,644 24.035 1.00 66.92 B1n ATOM 4164 NE Bw 105 -4.4 93 57,932 25.054 1.00 65.96 B1n ATOM 4165 ss Bw 105 -5.116 56,727 25.720 1.00 6 $, 76 1.31 and ATOM 1166 C "> 1 Bw 105 -6.109 57.201 26.744 ι-00 65.42 B31n ATON 4167 C & 2 Bw 185 -5.871 55,903 24.673 1-00 66-19 B31k ETON 4160 WITH 1ΕΌ 105 ’Z.103 5 ", 930 23.262 ), 00 67.66 131H ATOL 4109 ΰ Bw 185 -1.968 59.419 '23, 227 1-00 66.43 131H ATOM 4170 N TIN 106 '4-149 59,461 22.637 1.00 69.39 13 1K ATOM 41'L CA TNN 10 E -4.16 $ 6O.Y30 22,143 1.00 70.50 131H ATOM 4172 SE TNR t “4-752 60,912 20.719 1.00 71.20 131and ATOM 41? 3 AXIS TNN 1 06 -6-) 27 60,504 20.700 1.00 73.03 131) 4 ATOM 4174 CC2 TNN 106 -3.901 60,006 19.792 1.00 70.92 ie ig ATON 4175 WITH tn 106 -5,093 01.591 23.071 1.00 72.25 , 131H ATON 4176 0 tn 106 -6.04) 5 61,002 23x648 1.00 71.28 B1n ATON 4177 N RNO 107 -4.862 62,907 23.227 1.00 74-63 E31H ATSN 4170 With Nuclear weapons 107 -3.868 63.776 22,607 1.00 75.83 131H

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αΤΟμ 4179 CA Ryo 197 -5.702 63-639 24,193 1.00 77.03 Bsh ATOM 4100 B P8y 107 -5.257 65.091 24, (116 1.00 70.00 B31n ATOM 4191 se rky 197 -3.365 64-986 23,509 1.00 75.65 Y1N ATSM 4102 WITH ry 107 7,103 63.447 23,912 1.00 81.70 B31n ATOM 4193 ABOUT GRO 197 -7.903 63,246 24,320 1 .00 82.51 1.31M ATOM 4104 N that.i 100 -7,546 63.487 22.630 1.00 86.40 Bing ATOM 4195 CA thai 196 -6-949 63.405 22.266 1.00 90.69 1.3 1H ATOM 4196 NE thai 188 -9.395 63.67? 20.764 1.00 93.16 : 31st ATOM 41ΘΤ SS thai 106 -0.586 65.065 20.335 1.00 96.35 Bsh ATOM 4190 C0 thai 100 -7.112 65.06E 19.929 1.00 98 -21 Bsh ATSM 4199 OE1 thai 190 -6.420 66.079 20.191 1.Or 98.30 Bsh ATOM 4190 0E2 thai 100 -6.640 64.066 19.337 7 .00 99.43 Bsh ATOI 4191 g'- thai 190 -9.54 0 62.037 22-646 1.00 91.37 shh ATOM 4192 0 thai 1ΕΘ -10.64 0 61.957 23.165 1.00 91.61 6311! AGON 4193 N there 199 -0.750 60.969 22.385 1.00 91 .22 L31E1 ATOM 4194 units there 109 -9.160 59.642 22.072 1.00 90.09 shh ATOM 4195 sv there 199 0.070 50,625 22.520 1.00 90.9? B31 ATOM 4196 Sat WOULD! 189 -Θ.070 5B. 177 21.077 1.00 92.41 T.31Y ATOM 4197 Sat WOULD! 159 -7.153 56.907 20.042 1.00 94.60 sht ATOM 4199 OE1 SI 189 -5.963 57.035 21.157 1.00 96.03 B31n ATOM 4199 NEZ WOULD! 1E9 -7.706 55.910 20.205 1-00 95.79 bz1n ATOM 4,200 WITH SY 189 -9.364 59.655 24.390 1-00 91.43 B31n ATOM 4201 ABOUT SY 189 -10.352 59-129 24,900 1.00 90.47 shh ATON 4202 14 TNR 199 -8.419 60.763 25.101 1.00 92.60 B 1H ATOM 4203 CA TNR 190 Y-422 60,283 26,559 1.00 93.50 Bsh ATSM 4204 SR TIR 190 -7,126 60.914 27.060 1.00 09.68 t, 31 n ATSN 4205 Sat TVR 190 -7,192 61.346 20.504 1.00 04.95 Bsh ATON 4206 SB2 TKR 190 -7.416 60.504 29.642 1.00 01.90 Bsh ATON 4 207 CE2 TKR 190 -7.306 61.329 30,701 1-0 (1 00.42 Bsh ATON 4 209 Cez TVR 190 -7.637 59.132 29.006 1.00 79.14 Bsh ATON 4209 si1 TKR 190 -7.042 62.613 28.908 1.00 02.64 Bsh ATSN 4210 IE1 TPP 190 -7.157 62.611 30.355 1-00 81.46 Bsh ATSN 4211 C Ζ2 TYR 190 -7.570 60.026 32.068 1.C0 76.09 63 1H ATON 4212 SEZ TPP 190 - 7.810 58.637 11.9Θ1 1.60 77.91 Bsh ATOM 4213 SI2 TPP 190 -7.763 59,402 32.195 1.00 for $ 1 131H ATOM 4214 with TYR 3 90 -9.610 61,045 27,135 1.00 96.112 1.3 w ATOM 4215 ABOUT tvr 190 -10-117 60,709 2B.210 1.00 97.02 Bsh ATSN 4216 n Bw 191 -10,041 62.077 26.422 1.00 90.26 1.31 N ATON 4217 CA Bw 191 -11,203 62.052 26. B46 1 .00100 .49 Bsh ATOM 4218 NE Bw 191 -11,041 64.311 26.415 1.00101.18 Bsh ATOM 4219 Sat Bw 191 -9.7ΒΘ 64.978 26.969 1 .00102.90 shh ATOM 4220 With Bw 191 -9,067 66.503 26.892 1.00106.93 Bsh ATOM 4221 CE Bw 191 -9.01Θ 67.013 25-448 1,00110.65 shh ATSM 4222 No. Bj5 191 -0.442 67.022 24.860 1 .00114.77 B31n ATOM 4223 WITH 1UYO 191 -12.477 62 .266 26-249 1.00102.09 B31n ATOM 4224 WITH University 191 -13.582 62.603 26.591 1,00101.51 Bsh ATOM 4225 N convict 192 -12.306 61.20? 25.363 1,00104.72 Bsh ATOM 4226 CA ZEK 192 -13.417 60-602 24,629 1.00106.72 Bsh ATOM 4227 NE ZEK 192 -12.521 60,124 23,295 1,00106.20 Bsh ATOM 4229 ABOUT ZEK ] 92 -13,778 59.094 22.E34 1,00104.20 Bsh ATOM 4225 WITH ZEK 192 -14.1Y 59,571 25.301 1.0010V, 14 Bsh house 4230 0 ZEK 192 -15,300 59.490 25.333 1.00109.03 Bsh ATOM 4231 N ΗΙ5 $ 19 -13,396 58,700 26.057 1.00109,30 Bsh ATOM 4232 SD ΗΙ5 193 -13,903 57.583 26.780 1-00111.11 Bsh ATOM "233 NE NGZ 193 -12,906 56,425 26.030 1.00141.11 Bsh ATOM 4294 SS NGZ 183 -12.560 55.939 25.476 1-00111, 14 B31n ATSN 4235 CO? NGZ 193 -12.706 54,734 24.070 1-00111.10 Bsh ATON 4236 N01 815 193 -11.802 56.736 24.570 1.00111.45 Bsh ATON 4237 CE1 ΗΙ3 193 -eleven . 629 56.044 23.400 1,00111.53 Bsh ATSM 4239 ΝΕ2 K15 193 -12.118 54.826 23.634 1,00111.26 6E1N ATSN 4239 WITH £ 1 193 -14.397 57.930 YEY-195 1.00111.91 E31I ATOM 4240 WITH ΗΙ5 193 14.072 89-080 28.655 1,00111.98 B1n ATOM 4241 N and I am with 194 -15.127 57.ig 20,078 1, 00110.43 1.3 W ATON 4242 ate ICE 194 -15-711 five? .466 30.168 1.00123.44 Bsh ATOM 4243 sv Battery 194 -16.903 56.64 5 30.416 1.00125.26 B31n ATON 4244 Sat Battery 194 -18.237 57,237 29.774 1.00120.96 Bsh ATOM 424 $ wed ARB 194 10,400 53.659 30.274 1.00132 Bsh ATON 4246 NOT ARB 194 -19.711 59.247 29.152 1-00136.13 Bsh ATOM 424? CE ARB 194 -20.074 60.510 29.952 3-00130.35 Bsh ATON 4248 ΝΗ1 Are 194 -21.209 60.967 29.442 1.00140.09 Bsh ATON 4249 NN? ARB 194 -19.300 61.319 30.662 1 -00140.23 Bsh ATON 4250 with Are 194 -14.720 57 .273 31-316 1.00124.67 Bsh ATON 4251 0 Are 194 -14.760 5B.006 22-304 1,00126.55 , Bsh ATOM 4252 N 5 EP 195 -13,050 56.207 31-169 3.00124.75 Bsh ATON 4253 CA convict 195 -12,792 56.039 32.144 3.00123.60 Bsh ATOM 4254 NE ZEK 195 13.382 55.62 9 33.485 1.00124.49 Bsh

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Agoy 4255 OS 5KY 195 -13.66V 54.242 33.477 1.00123.0V Bj about ATOM 4256 WITH EEK 195 -11.930 54.900 31,630 1.00122.61 Bj with ATOM 4257 WITH ZEK 195 -12.385 54.001 30.847 1,00121.79 bj ΰ ATON 425V to TUK 196 -10.690 54.040 32.105 1.00122.31 Bj 1+ ATON 4250 CA TUK 196 -9. WWII 53.740 31.7 + 0 1,00122.26 B31i with ATOM 4260 her TUI 196 -B-525 54.277 31.096 1.00126.23 Bj with ATOM 42 61 se TUK 196 -B.693 54.755 29,603 1.00130.75 I can with ATOM 4262 CP1 TUK 196 -B .219 53.997 23-596 1.00132.15 B31n with ATOM 4263 CE1 TUK 196 -0-356 54.434 27-290 1.00131.1? B31n with ATOM 42 64 0Ώ2 TUI 196 ‘9.310 55.963 29.370 1.00132. ВЗ zzzn with ATOM 42 65 CE2 TUK 1 96 -9-457 56.411 28.073 .00131.67 B31n with ATOM 4266 0Ξ TUK 196 -Θ.971 53.041 27.036 1.00131.ez B31n with ATOM 4267 HE TUK 196 -9.100 56.006 25.742 1.00136.5V Bj ΰ ATOM 4268 WITH TUK 196 -9 -4BZ 52.099 32,957 1.00119-61 Bj with ATOM 4269 ABOUT TUK 196 -9.385 53.410 34,073 1.00119.26 B31n 0 ATOM 4270 N 5EY 197 -9.205 51.604 32.7 35 2,00116.33 Bzn N ATOM 4271 Joint venture BYOK 197 -B.075 50.705 33.812 2.00112.39 bzzn with ATOM 4272 NE 5 ep 197 ΊΟ.025 49.765 34.] 00 1.00112.14 B31n € ATOM 4273 Oh ZEK 197 -11.131 50.498 34.647 ι .osh .g '/ B31n 0 ATSM 4274 with Yaw 1 97 -7-650 06/06? 33,461 1.00109.10 B31n with ATOM 4275 0 Yaw 197 7.510 49,400 32.33? ; .lohn. 35 Bj 0 ATOM 4276 N CPS 196 -6.763 49.728 34.4 37 ‘.00103.72 B31n 13 AT He 4277 CA CPS 196 -5.640 48.014 34.309 1.00 90.46 B31n g ATOM 4278 WITH CPS 190 -5.983 47.497 35,017 1.00 9V .24 Bj with ATOM 4279 WITH CPS 198 -6.58V 47,506 36,093 ‘.00 96x63 bzzn 0 ATSN 4260 NE CPS 198 -4.387 49.441 34.923 1.00 9 ".> 9 B31n with ATOM 4201 56 CPS 198 -2.880 40.471 34-620 1.00 86.73 B $ 1H five ATOM 4262 N SY 199 5.613 46.368 34,412 ‘.00 96.ZS B31n N ATSM 42BZ CA sy 1 * 9 5-904 4 $ .and $ 9 34,964 1.00 98.37 B31n with ATOM 4264 NE BE'1 199 -7.514 44.521 31,279 1.00 97.13 B31n with ATSM 4285 SS SY ] EE -AT . + 59 45.312 31,584 1.00 95.47 bz1n g ATON 4286 Οϋ si 199 -9.671 44.?31 33.914 1.00 93.77 B31n with ATOM 4267 0E1 sy 199 -9.569 43.761 33,165 2.00 91.94 I can 0 ATSM 42B8 ΝΕΖ sy 1E9 -10.831 43.320 34.176 ΐ.00 93.03 B31n and ATOM 4269 WITH SY 199 -4. B52 44.027 34,845 1.00 99x27 bzzn with ATOM 4290 WITH sy 199 -4x604 43.481 33,766 1.00 99.69 Bj □ ATOM + 291 I UL 260 -4x197 43,748 3 5.967 1.00 99.34 bzzn n ATSM 4292 CA UAY 260 -3.076 42-B20 35.903 1.00 99.07 T.31N with ATOM 42 * 3 NE UAY 260 -1.931 43,346 36.801 1.00107.07 Bj with ATOM 42 * 4 C451 UAY 200 -0.764 42.369 30.066 ! .00100.65 B31n with ATOM 429 $ Sy2 UAY 260 -1.484 44.710 30..39Y 1.00101.41 B31n with ATOM 4,296 WITH UL 260 3.496 41.434 3 6.4 07 1.00 99.91 B31n with ATON 429? 0 UL 200 4.204 "1-2 * 5 37.410 1.00 98.21 B31n 0 ATSM 4,298 and Transnational corporation 201 2.984 "0.410 35-790 1.00101.2? B31n N ATON 4299 CA tnr 201 3-321 39-039 36, 1? 5 Ϊ.08103.26 bz1n with ATOM 4,300 NE Transnational corporation 201 -3.66Θ 38.261 34,940 1.00103.65 B31n with ATOM 4301 0С1 Transnational corporation 201 -4.591 3 * .028 34,060 1.08105.27 B31n 0 ATOM 4 302 CC2 tn 2C1 -4.292 36.918 35.195 1,00104.43 B31n with ATOM 4303 WITH TNN 201 -2.121 30.383 36,800 1.00105.27 I can with ATSM 4 304 ΰ GNK 201 -1.079 38,181 36.1V5 1.00104 .71 1.3.3 n 0 ATOM 4 305 I 613 202 -2.265 38.070 30.094 1.00107x14 Bj N ATSM 4 306 CA H13 202 -1.243 37.316 ZV.819 1.00109.43 Ι.31Η with ATOM 4 307 NE 613 202 -0.565 38.188 39.877 1.00107-76 Bj with ATOM 4 308 her H15 202 0.532 37.488 40.622 1.00105.31 B31n with ATOM + 309 CO2 H1Y 202 1.730 37.612 40.206 1.00104.55 bj with ATOM 4310 Νϋΐ } 11 $ 202 0.400 37,210 41-970 1.00104.95 B31n N ATON 4311 CE1 Y1E 202 1x506 36.595 + 2-352 1.00104.13 bj with ATOM 4312 ΝΕ2 shz 20? 2.353 36.164 41,300 1.00103.5V zzzn s ATON 4313 WITH ΉΊ3 20? -1.056 36,304 39,500 1.00112.26 I can with ATOM 4314 0 ΗΙ5 202 -2.775 36,239 40.307 1.00112.96 I can 0 ATON 4315 N si > 03 -1.337 34.924 39.172 1.00115.35 I can 14 ATOM 4316 CA si 203 -1.795 33.681 39,700 1.00117. BB I can with ATOM 4317 NE si 203 -1.393 33,627 41.250 1.00119.01 I can with ATON 4318 SS si 203 0.005 33.274 41.501 1.00120.93 I can with ATSM 4319 Οϋ si 203 0.423 31.086 40,997 1.00122.12 I can € ATOM 4 330 0E1 si 203 O-B-39 31, ϋ36 41.814 1.00122.96 I can 0 AT SM 4321 OE2 si 203 0.28Θ E1.641 39,700 1.00122x34 Bj about ATSM 4322 WITH si 203 -3.302 33.509 39-65Θ 1.00110.66 I can with ATOM 4323 ABOUT si 203  3 x 94 3 32,972 +0.501 1.00119.6? Bj about ATOM 4 324 AT C] .U 203 -3.066 33-967 Sound 543 1.00110.23 zyu N ATOM 4325 CA Xiu 203 5.282 33.002 Sv-312 1.00116.73 I can with ATOM 4326 WITH St. U 203 -6.150 34.Θ22 39,031 1.00116.01 I can with ATOM 4 327 0 Xiu 203 -7.383 34-772 39,930 1.00115.24 I can 0 ATOM 4,328 I EEK 205 -5.322 33.741 39.755 1.00116.14 I can N ATOM 4,329 CA Yaw 20 $ -6.219 36.Θ69 40.372 1.00116.01 Bj with ATOM 4 330 NE EEK 205 -5.801 37.024 41.837 1.00115.22 I can with

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ATOM + 3.11 OS $ Е₽; 205 “6.212 $ 5,913 42.612 1.00112.64 Y1n a ATPN + 332 WITH Yaw 205 -5,890 .19,153 39,623 1.00115.80 L1I with ATON + 333 0 SEC 205 -1-725 ЗВ, + 3 $ 39.347 1.00116.83 b $ 1 and about ATCI 4334 N TNV 206 -6.920 ST .930 39.299 1.00114.25 B1n N ATOM 4335 CA TNV 206 -6,725 40.193 38.59V 1,00111.42 B $ 1 and WITH ATOM 4336 NE TNV 206 -7.560 40.250 37.306 1.00109.53 1.31 N with ATSM 4 33? 061 TNV 206 -7,060 39.302 36.36+ 1.00105-70 B31n 0 A1OI 4 33V CC2 TNV 206 -7.401 41.646 36.69+ 1.00107.1? B31n with ATOM 4339 WITH TNV 206 -7.062 41.40V 39.4 + 7 1.00110.26 B31n with ATON 4,340 0 TNV 206 -8.218 41.640 39,001 1 -0 (11 Yu .98 B31n 0 ATON 4341 N UAY 207 -6.031 42.192 $ 39.76 1,00108.60 B31n N ATSN 4 342 CA UAY 207 -6.202 43. + 79 4 0.40+ one . ¢ 0107.27 sht WITH ATON + 3 + 3 sv UL 207 - +. 803 + 3-963 41, 054 1,00166.79 bz1n WITH ATSM 4 344 C61 UAY 207 -5,067 45.355 41.615 1,00106.40 B31m WITH ATON 4 345 ss? MIND. 207 -4, + 5 $ 43,010 42.157 1,00105.72 b31n with ATOM 4 346 with UAY 207 -6,606 44.480 39.331 1.00106.10 B31n with ATON 4 347 0 UAY 307 -6,032 44.480 3Θ.242 1.00105.64 Ϊ.31Η 0 ATOM 4 34V N si 2 OH -7.595 45.315 39.638 1.00105.37 !, 31st at ATON 4 349 CA si 20Y -8.014 46.370 ZV.721 1.0010 + .3? Y31N with ATOM 4 350 se fed up 208 “9.452 46.134 beyond .250 one . 0010 +, 64 B31n with ATOM 4351 with Bb 208 -9.922 4 7.115 31.102 1-00106.41 bz1n and ATOM 4 352 with CH1 208  and. + oa 47. + 42 31.201 1.00107.65 1.31 n WITH ATON 4353 ΟΕί si 208 -12-221 + 6-106 36.646 1.00108.01 B31N 0 ATON 4354 OE2 fed up 20? -11-75 I 48-41 ’ 37.990 1.00107.97 b31m about ATON 4 355 WITH her 208 -7.91 $ 47,733 39.397 1.00103.40 B $ 1H WITH ATOM 4356 0 si 298 -0.078 47.343 40.611 1.00103.44 [. $ 1 n η ATOM 4 357 > 1 Bw 209 -7.632 48.760 ZB.599 1.00102-10 B31y th ATOM 4E5V CA Bw 209 -7.599 50.14 6 39.06+ 1.00102.00 B31n WITH ATOM 4359 NE love 209 -6.167 $ 0.050 $ 79-44 1-00101.95 out of 1: -1 and ATOM 4 360 SS B5 209 “5.551 49.7 + 5 40.50? 1.00 99.94 E31H with ATOM 4361 with Bw 209 - $. + 61 $ 0-598 41,876 1.00 98.45 sht and ATOM 4 362 CE Bw 209 -5.392 49.6 + 7 +3.096 1.00 98.07 B31n and ATOM 4 363 Ζ Bw 209 “+ -663 $ 0.344 44,300 1.00 '37 .51 B $ 1H n ATOM 4364 with. Bw 209 -Y.099 51-040 37.932 1.00303,44 B31n with ATOM 4 365 0 Bw 209 -1.729 50.839 36.776 > .00103 .27 B $ 1H 0 ATOM 4366 at TNN 210 -0.935 52.022 20.253 1.00104.02 B31n s ATOM 4 367 CA NN 210 -9.552 52.965 31.23+ $ 1.00106. $$ B $ 1H with ATOM 4,368 NE TNN 210 -11.077 52.683 37.21a 1.00203.13 B $ 1H with ATOM 4369 OS1 TNN 210 -11.391 51.309 36.967 $ 1.00101.0 Bzn ΰ ATOM 4,370 CC2 Transnational corporation 210 -11.706 53.554 36.143 1.00102.17 B $ 1H e ATOM 4371 with TNN 210 -9.263 54.355 37. + 11 k-POZOE, 67 Bzn and- ATOM 4,372 0 Transnational corporation 210 -9.142 54 .041 38.535 1.00110.06 Bzn 0 ATON 4373 N UAY 211 -9.161 56.076 36-295 1.0010? .56 zzzn and ATOM 4,374 CA UAY 211 -9.075 56.539 36.314 1. (10109, (11 B1n with ATON 4375 NE UAY 211 -7.650 5? .027 $ 5.92 $ 1.00109.56 zzzn with ATOM 4376 SY1 UAY 211 -6.654 56.676 37,022 1.00106.99 zzzn ; ATOM 4377 Sy2 UL 211 -7.220 56.30 $ 34,614 1.00107.30 zzzn g ATOM 4378 with UAY 211 10.099 57.171 35.360 1.00109.17 zzzn with ATOM 4 $ 7? about UAY 211 -10 - $$? 56,537 34.393 1.00100,04 B31n about ATOM 4360 N ABA 2Ϊ2 -10,489 58.415 35.639 1.00110.64 B31i n ATOM + 361 CA ABA 212 -11.4 + 3 59.126 34.786 1.00113-75 B31n with ATOM 4362 NE ABA 212 -12.042 59.003 35.359 1.00114.93 B31c with ATOM 43v3 0 ABA 215 -eleven. 005 6S.59V 34.611 1.00115, (14 B $ 1 n with ATOM 4304 0 ABA 212 -10.995 61.344 35.583 1.00114.62 T, 31H 0 ATOM 4385 N RVO 213 -10.905 61.036 33.353 1.00115.69 B31n n ATON 4 ST 6 With REY 213 -11.212 60.200 32.179 1 -0 (111 1. 97 B1n with ATOM 4307 CA REY 213 -10.40V 62.364 32-96 + 1.00117.21 Bunk with ATOM willow Sat REY 213 “10.372 62,312 31.434 1.00113.00 B31n with ATSN 4389 SY RAO 213 -11.269 61.19+ 31,085 1,00111.14 zzzn with ATSN 4390 ι: RNO 213 -11 .198 63.570 33.459 1,00119.54 B 11 [ with ATON 4391 0 races 213 -10.971 64-606 32.99V 1.00121.28 zn about ATOM 4E2E N Transnational corporation 214 -12,116 63.356 34.395 1.00120.41 B31i and ATOM 4393 SD TNV 214 • 12-907 64,459 34.933 1.00120.39 B $ 1n with ATSN 4 394 NE ΤΉΒ 214 -14.079 63.943 35.057 1.00121.60 B1n with ATSN 439 $ og, 1 TNK 21 4 -14.770 62.911 35,134 1.00119.92 B31n about ATON 4 396 CC2 TNV 214 -15.005 65.073 36.207 1.00119.36 ! .31H with ATON 4 397 WITH TNV 214 -12.003 65,401 35.725 1.00119. + 1 B31n with ATSN 4 390 0 TNV 214 -11.909 66.621 35.41 (1 1.00121.23 B31n 0 ATON 4 3 99 OCT TNV 214 -11.314 64.922 36.6 + 0 1.00120.5? B31n 0 TEK 4,400 TNV 214 E31H ATON 4 401 SY si one 36.818 24.019 27,076 ] -00 91.51 H31N with ATON 4 402 ss si one 36.442 25.509 27,050 1.00 97.41 H31N with ATON 4403 with si one 35.215 25.841 20.707 1,00100.73 , H31N with ATOM 4404 H1 sn one 35.228 26-689 29.392 1,00302.36 H31YA Ts ATON 4 + 05 OE2 si one 34-237 25-061 28.693 1,00102.54 H31YA 0 ATON + 406 with Si one 36,959 23,770 25.393 1.00 V4.V2 H31N with

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ATON 4407 ABOUT C1L! one 37,515 ? 4.326 24,446 1.00 85.09 NE1N ATOM 4408 I SAT one 38.978 24.294 26.678 1.00 V8.13 NE1M ATOM 4409 CA si one 37.693 23.515 26.704 1.00 87.70 H31N ATON 4410 I UAY 2 35.703 23.337 25.343 1.00 80.53 H31N ATON 4411 CA UAY 2 34.873 23.538 24.168 1.00 75.75 n31n ATOM 4412 NE UAY 2 33.863 22.405 24.026 1.00 74.92 H31N ATOM 4413 SY1 UAY 2 33.140 22.531 22.704 1.00? $. 7ΰ n s ι n ATON 4414 SY2 UAY 2 34.575 21,067 24.147 1.00 74.46 H31N ATOM 4415 WITH UAY 2 34.112 24.850 24.25 $ 1-00 72.89 H31N ATON 141 6 ABOUT UAY 7. 33.272 25,045 25.136 1.00 71.91 H31N ATON 4417 I sya 3 34-401 2 $ .767 23,327 1.00 68.98 H31N ATOM 4418 CA SUS * 3 33.936 27,139 23.409 1.00 63.5B H31N ATON 4419 NE sn 3 33.091 28,014 23,915 1.00 64.18 NE1N ATON 4420 se 6bb 3 34.683 29.323 24.562 1.00 64.34 H31N ATOM 4421 with sn 3 35.868 30,013 25.193 1.00 64.70 NZ 1L DTsN 4422 SY sn 3 35.793 31.100 25.602 1.00 64.94 H31N ATOM 4423 Яё2 si * 3 36.980 29.292 25.276 1.00 64-00 H31N DTsN 4424 WITH 3 33.375 27.689 22.131 1-00 59.78 NE1N ATON 4425 ABOUT sya 3 33.905 27.416 21.051 1.00 59.58 H31N ATOM 4426 N boo four 32.297 28,465 22.244 1.00 55.16 N31I ATON 442? CA LIE one 31-736 39.21? 21.122 1, O0 51.64 H31N ATON 4428 NE Bw four 30.289 28.79? 20.884 1.00 48.66 NZ 1N ATSN 4429 SS LIE four EO.OZZ 27,411 20.293 1.00 46.75 H31N ATON 4430 C01 LSE four 28.572 27.169 20.180 1.00 47.44 31m ATON 4431 C 02 shi four 30.716 27.303 1B. 927 1.00 45.40 I31N ATON 4432 WITH Bw four 31.758 30.691 21.485 1.00 $ 1, 24 H 3 1 n ATON 4433 ABOUT LIE four 31.480 31.040 33.6J1 1.00 51.53 H31N ATON 1434 I UAY AT 32.112 31,571 20.543 1-00 51.07 H 3 1 n ATSN 4435 CA UAY five 32-09? 33,009 20.043 1.00 52.18 H31N ATOM 4436 NE UAY five 33-505 33,560 21.180 1.00 50.09 H31N ATSM 4437 CO2 UL five 33.30? 15,028 21.543 1.00 49.53 H31N ATON 4438 CC2 UAY five 34.141 32,794 22.322 1.00 49.00 H 3 1M ATOM 4439 WITH UAY five 31.563 13.882 19.713 1.00 53.07 NE1N ATON 4440 th UAY □ 32.284 34.195 10.766 1.00 55.08 NC 1Ν ATOM 4441 N si 6 30.331 34.306 19.819 1.00 $ 4.66 113111 ATOM 4412 CA si 6 29.732 35.132 10.770 1.00 56.37 H31N ATON 4443 NE si 6 28.226 34.881 18-665 1.00 $ 4.99 H31N ATOM 4444 se C1L B 27.495 34.876 19, 987 ] .00 54.97 H31N In summer 444 $ with 5th 6 27.518 $ 33.66 20-710 1-00 $ 5.38 H31N ATON 4446 0E1 si B 28.519 33.383 21,431 1-00 53.88 Η31Ή ATON 4447 CE2 c ^ and 6 26.500 33-92 $ go,? 2s 1-00 53.41 H31N ATOM 1448 with Wholesale B 29.998 .36,613 19,010 1.00 57.61 H31YA ATSN 4449 ABOUT 61.0 6 ZO-OP2 37.0? 20,156 1.80 59. $ 8 H318 ATOM 4450 I 5EI 7 30.22 $ 37,355 11,926 1.00 57.59 H31N ATOM 4451 CA TH EI 7 30,437 36,799 18,006 1.00 56.93 H31N ATOM 4452 sv ZEK 7 31.908 39.125 11,764 1.CO 55.14 nzsh ATOM 4453 OS Yen 7 32.269 38.770 16,441 1.00 54.54 NE1N ATOM 4454 with Yaw one 29.5V9 39.533 16, 969 1 .00 57.75 .CH31YA ATOM 4455 ABOUT Yen 7 28.590 38.94 7 16, 347 1.00 58.7 $ ) 13111 ATOM 44 56 I SI U eight 29.B76 40.820 16.792 1.00 57 .84 H318 ATOM 4457 CA B ¥ eight 29.352 41,535 15,643 1.00 57.0 $ H31N ATOM 4453 with B ¥ eight 28.048 12.264 15-900 1.00 57.40 H31N ATOM 1459 about B? eight 27.650 43.126 15,110 1.00 $ 7.11 Y31N ATOM 14 60 I Y. U. 9 27.384 41.923 17.00? 1.00 $ 7.05 H31N ATOM 1461 CA EG five 26.128 42-558 17.332 $ 1.00 7.07 H31N ATOM 4462 WITH 5b ¥ 9 26.265 44.057 17,523 1.00 57.42 H31N ATOM 44 60 ABOUT 9 27.372 44. $ 93 17,456 1, 00 57.35 H31N ATOM 4464 I SUE ten 25.145 44.737 17,757 1.00 57.20 H31N ATOM 4465 CA ΟΙ.Υ thirty 25,175 4B.177 17,926 1.00 57.17 H31N ATOM 44 66 WITH 6b ¥ ten 23.875 46.076 17,566 1 .00 58.48 NC] n ATOM 44 67 ABOUT SUE ten 22.830 46.243 17,363 1 .00 57.16 H31n ATOM 44 68 N LIE eleven 23.940 48.204 17.494 1 .00 58 .75 H31N ATOM 44 69 CA bite eleven 22.814 49.04 4 17,110 1.00 59.38 H31N ATOM 4470 NE ho eleven 22.900 50.370 17.860 1.00 6) .04 A31N ATOM 4471 Si 1E0 eleven 21.886 51.491 17.591 1 .00 63-37 H31N ATOM 4472 CO2 yee eleven 2ϋ.477 51.000 18.065 1.00 60.92 H31N ATOM 4473 CO2 LIE eleven 22 .372 52.757 18. ZOY 1, 00 63.68 H31N ATOM 4474 WITH shi eleven 22.830 49,274 15.606 1 .00 59.15 H31N ATOM 4175 ABOUT Bjc eleven 23-904 19-32.6 14,995 1 .00 58.55 H31N ATOM 4476 n UAY 32 21.640 49.399 15.013 1.00 57, B9 H31N ATOM 4477 CA UAY 12 21,489 49,473 13,560 1.00 57.68 H31N ATOM 447N NE UAY 12 21,935 48.151 12,891 1 .00 58.73 H31N ATOM 4479 CC1 UAY 12 21,083 47.063 11.667 1.00 57.50 , H31N ATOM 4480 CC2 UAY 12 23.116 48.249 12,408 1.00 58.66 H.31N ATOM 4481 WITH UAY 12 20.056 49.780 13.134 $ 1.08 7.57 H31N ATON 4482 ABOUT UAY 12 19.106 49.170 13.624 1-00 57.4Θ A31N

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ATOM 14 oz N BU £ 13 19.905 50.725 12 - 21 g 1.00 56.16 H31N ATSM 44βα CA Bw 13 13.5Θ3 53.21? 11,835 1.00 54.93 H31N ATOM 4405 NE BUD 13 18-701 52,571 11,111 1.00 57.48 B31N ATOM 4406 SS BU5 13 19-244 53.70 $ 11.351 1.00 58.72 N31I ATOM 4407 Joint venture BU5 13 19.230 55.040 11.220 0.50 60.60 H31N ATOM 4408 CE ΙΛ5 13 17,928 55,638 11.249 1.00 61.9V H31N ATOM 4409 M2 BUB 13 16,037 54.302 30.504 1.00 65.29 H31N ATOM 4490 WITH BUY 13 17,846 50,237 10.938 1.00 52.27 I31 n ATSM 4491 0 1L5 13 18.456 49.409 10.276 1.00 51-72 H31N ATOM 4492 I RKO 14 16.513 50,335 10.089 1.00 51-0'1 H31N ATON 4493 Joint venture eno 14 15.629 51.104 11-701 1.00 50.36 H31N ATOM 4491 CA ρία 14 15.756 19,463 9.981 1.00 51.56 H31N ATOM 449 $ NE RIO 14 14.319 18-950 10,136 1.00 49.93 H31N ATON 4496 SS RIO 14 14.203 50.5 * 7 11,491 1.00 50.40 H31N ATOM 4497 WITH PPO 14 16-245 19.535 8.526 1.00 52.20 H31N ATSM 4493 0 T-bills 14 16,571 50.61 ί. 5.016 1.00 51.66 I31N ATOM 4499 AND SBU 15 16,293 10,373 7.071 1.00 53rd H31N ATOM 4500 CA SBU 15 16.747 18.295 6.493 1.00 53.09 ME1N ATOi 4501 WITH sy 15 18.237 18.032 6.39V 1.00 54.0; N31I ATOM 4 502 ΰ OBU 15 18.736 47.583 5.360 1.00 55-51 H31N ATON 4303 N IBU sixteen 18.959 4V.31S 7.47? 1.00 53.41 H31N ATON 4504 cl OBU sixteen 20.401 18.146 7. 455 1.00 52.71 K31N ATON 4505 with SBU sixteen 20.027 $ 16.69 7,437 1.00 53.71 H31N ATOM 4506 0 SBU sixteen 20.030 15,795 7.131 1.00 53.76 H31N ATOM 4507 I 5E0 17 22-000 16.455 7.761 1.00 53.93 H31N ATOM 4503 CA 5th 17 22.700 45.171 7. 494 1.00 52.93 I31YA ATOM 4509 NE VEN 17 23.001 45.114 6.008 1.00 m, $ s H31N ATOM 4510 those 5EN 17 21.949 45.342 5.180 1.00 49.99 M31N ATON 1511 with 5b 17 23.919 44.385 A.ZbZ ten 53.75 N31I ATSM 4512 0 WAY 17 25.036 45.301 but. 051 1.00 54-05 Н31В ATOM 4513 I is white ten 23-604 44,154 9.451 1.00 54.0? H31N ATOM 4511 CA BEI 13 24.773 13.741 10,346 1-00 52.61 H31N ATOM 4515 NE Bep 1 $ 24,271 $ 13.77 11.799 1.00 53.51 H31n ATOM 4516 SS Bep 1 $ 25.320 13,451 12.064 1.00 55.27 Н31В ATOM 4517 C01 Bes sixteen 26.373 4 4,567 12.903 1.00 54.03 n31n ATOM 4513 with? Bep 1 $ 24-650 43,250 14.229 1.00 93.34 I31I ATOM 4519 with ΣΕΟ 15 25.255 42.329 9.977 1.00 50.55 7131 n ATOM 4520 0 Bep sixteen 24.562 41.596 9.269 1.00 50.55 Н31В ATOM 4521 I AYAH nineteen 26.440 41.94V 10.447 1.00 41.55 Y31I ATOM 4522 CA ARS nineteen 26.975 43.621 10.144 1.00 15.21 NZT ATON 4523 NE LEI nineteen 27.973 40.697 a, 998 1-00 $ 44.7 Н31В ATSM 1524 SY lca nineteen 28.777 39.417 AT . B27 1.00 16.4? H31N ATOM 1525 with LEI nineteen 29.711 39.545 1 6 $$ 1 -Co 16.31 Н31В ATOM 1526 not ary nineteen 30.114 38.262 7. 109 1.00 11.93 Н31В ATOM 1527 sz Air nineteen 31.321 3'1.7 43 7. 270 1, with 50.4 3 Н31В ATOM 4523 ii1 IP nineteen 31.630 36.560 8.? 43 100 48.37 Н31В ATOM 4529 Ts112 ICT nineteen 32.511 30,420 7. 992 1.00 50.58 Н31В ATOM 4530 with DY nineteen 27.646 39.EDY 11.312 100 43.40 H31N ATOM 4531 0 APP nineteen 20.622 10.399 11.881 1.00 42.30 n31n ATOM 4532 I Bep 20 21.14] 38,722 11.630 1.00 41.57 N31I ATOM 4533 CA Bep 20 27.496 30.04 0 12.066 100 4 0.63 n31n ATOM 4534 NE Bep 20 26.259 37.394 13.182 100 38.45 H31N ATpM 4535 sa Bep 20 25.242 30.429 13.925 100 37.41 n31n ATOM 4536 CO2 Bep 20 24,000 37.758 14.531 100 35 .BO H31N ATON 4537 CO2 Bei 20 25.945 39.365 14.911 1-00 34-51 n31n LTSN 4530 with Bei 20 20.553 36.988 12.664 1-00 40-56 H31N ATOM 4539 □ BYO 20 20.522 36.244 11,696 1.00 43.52 H31YA ATSM 4540 n 5 HER 21 29.489 36.932 13-597 one . thirty 42.24 H31N ATON 4541 CA ZEK 21 30.476 30.074 13,614 1.00 44.84 H31N ATSN 4542 sv 5EY 21 31.077 36-404 13,104 1.00 45.20 Н31В ATOM 4543 OS ZEK 21 32.052 31,046 12,210 100 45.61 n31n ATSM 4544 with 5 EP. 21 EO-361 35,303 14.913 100 46.37 H31 !! ATSN 4545 ABOUT Yaw 21 29.Θ16 35,616 15.897 1.00 40.51 n31n ATSN 4546 N Su? 22 30.072 33.074 14.902 1.00 45.31 11319 ATOM 4547 CA Sue 2.2 30,033 32,997 16.053 1.00 45.43 jia ATSN 4540 WITH C ¥ 3 22 32.026 32.044 15.972 1.00 45.47 nzgn Α'1'ϋΗ 4549 ABOUT SUYO 22 32.082 31.197 15.081 1.00 15.24 CH31N ATSM 4 550 sv CPS 22 29.529 32.211 16.053 1.0C 46-72 NE1V ATSN 4551 behind SUYO 22 29.593 30.638 16.967 1-00 $ 2-03 H31N ATOM 4552 I ABA 23 32.962 32.195 16-903 100 45.04 H31N ATSM 4553 Sa ABA 23 34.255 31.520 1Ы.021 1-00 45.19 H31N ATON 455 " sv ABA 23 35.374 32.511 17-065 3-00 43.20 H31N ATOM 4555 with ABL 23 31-367 30.360 17,005 1.00 45.82 . H318 ATSM 4566 about ABA 23 34.37 3 30.561 19-023 1.00 47.17 H31N ATSN 4557 N ABA 21 34-473 29.147 17.272 1.00 44.91 H31YA ATSN 4550 CA ABD 21 34.406 27,953 18.090 1.00 44.14 Y31N

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ATON 4659 NE ABD 24 33.590 26-910 17-502 1-00 4 $ .51 T + 3111 ATOM 4563 WITH dd 24 35.301 27.390 10-23 (1 1-0 (1 44.69 H31N ATOM 4561 ABOUT ATA 24 36-701 27,533 17,323 1 -0 (1 44.96 NE1N ATOM 4562 N BEN 25 36,137 26.754 19,362 1.00 44.80 H31N ATOM 4563 CA ZEK 25 37,454 26,204 19.654 1.00 44.29 K31N ATOM 4564 NE BEK 25 38,327 27.28? 20,285 1.00 44.22 H31N ATOM 4565 OS ZEK 25 37,541 28.248 20,983 1.00 44.39 H31N ATOM 4566 0 ZEK 25 37.366 24.994 20,580 1.00 44.72 N31I ATOM 456? □ ZEK 25 36.397 24.822 21,322 1.00 44.63 H31N DTOM 4 56 $ n SUE 26 ZE.304 24.145 20.526 1.00 44.39 N31M ATON 4569 CA SUE 26 ZV.42E 23.012 21.430 1.00 44.97 H31N ATOM 45? 0 WITH SUE 26 37.BOE 21.977 21.02 4 1.00 44.73 nags ATOM 4571 WITH SUE 26 37,004 21.145 21-372 1-00 45.24 KE1I ATON 4572 N RNE 27 37,233 21.732 19.725 1.00 44.04 H31N ATOM 4573 CA RNE 2? 36,493 $ 20.61 19.220 1.00 42.33 H31N ATOM 4574 NE RNE 27 35.074 2O.703 19.739 1.00 39.J4 H31N ATOM 4575 SS RNE 27 34,256 21,745 19.070 1.00 ZE.30 H31N ATOM 4576 CO2 RNE 27 34.255 23.337 19,549 1.00 ZE.44 NE1N ATON 4577 C 02 RNE 27 33.405 21.411 18.030 1.00 39.02 K31N DTOM 4 57® CE1 RNYO 27 33.402 23,905 13.999 1.00 36.76 I31N ATON 4579 this RNE 27 32.553 22.352 17.404 1.00 39.23 our ATOM 4,580 C7- RNE 27 32.549 23.638 17.960 1.00 38-3? N31I ATON 4591 WITH RNE 27 36.495 20.575 17.591 1.00 42.08 H31N ATOM 4 582 about RNE 27 36.700 21.596 17,042 1.00 44.48 H314 ATSM 4583 I Transnational corporation 29th 36,266 19.398 17.131 1.00 39.42 cache ATON 4 584 CA TNN 2nd 36.311 19.263 15.692 1.00 40.1V K31I ATON 4585 NE Transnational corporation 2B 36.369 17,775 15.307 1.00 40.22 NE1N ATSN 4586 061 Transnational corporation 2E 35.447 17.047 16.120 1.00 43.6? CACHE ATCI 4557 S-02 tn 2 37.7 64 17 .211 15.536 1.00 39.15 Н31В ATON 4 58® WITH: Transnational corporation 2B 35.125 19.972 15.010 1.00 40.09 NE1N ATOM 4589 0 TIR 2c 34.120 19.360 19-642 1.00 41.68 NE1N ATOM 4,590 TO RNE 29th 35. 2 71 21.202 14.044 1.00 39.15 H31N ATOM 4591 CA RNE 29th 34-250 27, 129 14,231 1.00 36.3? H31N ATOM 4592 CE RNE 29th 34.020 23-537 14-064 1.00 34.00 NES ATOM 4593 SS RNE 29th 33,869 24.504 13.420 1.00 32.5? H31N ATOM 4594 SEN RNE 29th 32.071 25.10® 14.161 1.00 32.26 nzsh ATSM 4,595 B2 RNE 29th 34,033 24.877 12.090 1.00 31.00 H31N ATOM 4596 CE1 RNE 29th 32.055 26,081 13.595 1.00 33.72 nzsh ATON 4597 CE2 RNE 29th 33.229 25,042 11.523 1.00 30.04 NZSH ATOM 4 59V cg RNE 29th 32x23V 26,451 12.269 1.00 32.60 NZSH ATOM 4,599 with RNE 29th 33x002 21,606 12.091 1.00 35.94 H31N ATSM 4,600 0 RNE 29th 32.664 21.037 12.4B9 1.00 37.95 NZSH ATON 4 603 14 ZEK thirty 34.6V9 29.919 12.105 1.00 34.9? NZSH ATSM 4 602 hl YEY thirty 34.351 20.421 10.066 1.00 3? .04 NZSH ATOM 4 603 with BEK thirty 35.615 20.115 10.076 1 .00 38.55 KZZGZ ATSM 4 604 OS BAY thirty 36.576 21.137 10.204 ! .00 45.91 FROM ΐ » ATSM 4 505 with ZER thirty 33.409 19 -1 63 $ 10.99 1.00 38.11 NZSH ATOM 4 606 0 BEV 33 33.013 13.61 1 10,000 1.00 40.04 NE1N ATOM 4 607 N BEK 31 33,285 18,118 12,226 1.00 37.14 H31Y ATOM 4 60V CA BEK 31 32,404 17.009 12.449 1.00 3? .25 H31N ATON 4 609 NE BEK 31 33,079 16.573 13,379 1.00 39.60 H31N ATOM 4610 OS BER 31 34. 4 28 16,335 12.995 1.00 41.49 NZSH ATOM 4611 with BEV 31 31.043 17.997 13.021 1.00 36.33 NZSH ATOM 4612 □ BEK 31 30.155 17.156 13.164 ι.Οϋ 36.13 NZSH ATOM 4613 m TUK 32 30.863 19,271 13.350 1.00 34.15 H31N ATSM 4614 Ha TUI 32 29.593 19.683 13.924 1.00 33.10 H31N ATSN 4615 WITH& TUK 32 29,624 20,398 15.257 1 .00 32.49 nz: n ATSM 4616 With TUI 32 30.191 19-432 16,369 1.00 33.31 H31N ATSM 4 61? CP1 TUI 32 31.ZV4 18.741 16-336 1, 00 32.16 NZSH ATSM 4,619 CE1 TOUR .32 31,691 17.017 17.293 1.00 34.34 H31N ATSM 4619 CB2 TOUR 32 29,313 19-168 11,410 '> .00 32.93 H31N ATSN 4 620 CE2 TUK 32 29.614 18,230 18,379 1.00 33.46 H31N ATOM 4621 CE TOUR 32 30,809 17,564 18,315 1.00 33.85 H31N ATOM 4 622 HE TOUR 32 31,143 16.635 19.273 1.00 35.15 H31N ATON 4,623 TUK 32 28.750 20.541 12,999 1.00 32.68 H31N ATOM 4 624 0 TUK 32 29.27? 21.281 12.17? 1.00 35.97 H31N ATOM 4 625 N BEK 33 27.449 20.417 13.124 1.00 30.53 H31N ATSN 4 626 GA BEK 33 26.532 21.322 12.463 1.-80 2Θ. IN 1 nzsh ATON 4 627 GW BEK 33 25x173 20.652 12.302 1.00 25.79 H31N ATOM 4 620 About Yek 33 25.209 19.655 11.302 ! .00 22.79 n31n ATOM 4,629 WITH BEK 33 26x390 22.561 13.335 1.90 29.79 H31N ATSM 4630 0 .WHOSE 33 26.601 22.519 14-530 1 .00 29.?4 H31N ATSN 4 631 N MET 34 25.939 23.661 12-745 1 .00 30.43 , H31N ATSN 4632 CA MET 34 55.039 24-916 13.403 1.00 31.05 H31N ATOM 4633 NE MET 34 26-990 25-837 13,106 1.80 31.89 H31N ATSM 4634 SS MET 34 20.361 2 5-20-3 13.325 1.00 32.2? H31N

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ΑΤΰΜ 4635 3ϋ MET 34 23.799 20.) 92 15.077 1.00 32.96 H31H 5 ATOM 4636 CE Mt 34 28,136 26.768 15.651 1.00 3+ .63 N31I with ATOM 4637 WITH MET 34 24.519 25.612 13.215 1.00 31.84 ns 1n with ATON 4636 0 NOT 34 23.991 25.620 12.120 1.00 30.49 I31N 0 ATOM "639 I Liang 35 33,901 26.188 14.300 1.00 3) .23 i31n n ATOM 4640 CA AZP 35 22.678 26.B35 14.254 1.00 35.04 I31N with ATOM 4641 NE LZN 35 21,686 26.033 15.069 1.00 33.61 I31YA with ATOM 464? With AZP 35 21.946 24.564 14. $ 02 1.00 30.04 B31N with ATOM 4643 001 AZP 35 21.254 23 .847 14.272 1 - CO 30,44 H31N 0 ATOM 4644 N02 ΑΞΝ 35 22.961 24.090 15-704 1.-00 30.36 NE1N I ATOM 4645 WITH A5N 35 22.322 20.218 34.0 $) 1-00 36.25 I31N with ATON 4646 0 ΑΞΝ 35 23.693 20,445 15.703 100 38.02 H31N about ATOM 4647 N TER 36 21.990 29.1 + 3 $ 14.3 0 1.00 3 5.97 VE1N N ATOM 4646 CA TLE ¹ 36 21-82? 30.419 15.043 1.00 35.60 1131H with ATOM 164 $ sv TPP 36 21.871 31,563 14.046 1.00 3 3.77 n31n with ATOM 4650 With TV? 36 23.227 31.892 13.556 1.00 34.67 Ή31Η with ATSN 4651 with? TPP 36 24.252 32.593 14.265 1.00 34.96 H, E1YA with ATSM 4653 CE? TPP 36 25.363 32.692 13.398 1-00 35.76 Ή31Η with ATON 4653 Cez TPP 36 24.311 33.149 15.543 1.00 36.02 Ή31Η with ATOM 4654 SY TPP 36 23.743 $ 31.99 12.329 100 35.15 H31N with ATSN 4655 WE TPP 36 25.020 32.071 32.225 1-00 3 4.37 B31N N ATOM 4656 cf? ? 36 26.556 33,331 13.760 1.00 34.70 B31N with ATOM 4657 CeZ TYR 36 25.526 33-783 15.914 1.00 06/37 n31n with ATOM 4656 Si a TIR 36 26.610 33,869 15.024 1.00 36.44 1131Ya with ATSN 165 $ £ TPP 36 20.472 30,381 15.696 1.00 38.32 nzdya with ATOI + 660 0 TPP 36 29.465 30.072 15.043 1.00 38.04 H31N 0 ATOM 4661 N UAY 37 20.455 30.600 16.993 1-00 40.37 H31N M ATOM 4662 CA UAY 37 19.212 30.85H 17.730 1.00 43,42 H31YA with ATOM 4663 NE UAY 37 19.034 29.749 10.00? 1-00 42.89 H31N with ATON 4664 CC1 UAY 3? 17.703 29.93H 1 $ -523 100 39.41 H31N with ATSM 4,665 SB2 UAY 37 19.123 28.350 ΐί, υο 1.00 41.40 N31I _ ATON 4,666 WITH UAY 3? 19.1V? .12.233 10.416 1.00 46.02 H31N with ATCI 4 6Y7 0 ¥ ab 37 20-160 33,655 05/19/6 1.00 44.43 H31N <1 ATSM 4 66Y N ICE ЗЯ 10.05? 33,921 18.291 1.00 + 8.60 H31N and ATOM 4 66 $ CA YaRS behind 1? - $ 45 34,276 18.B07 1.00 52.25 NZZN with ATON 4 670 NE AIS thirty 17.639 35.253 17.668 1.00 91.00 H31N E ATON + 671 With AIS s & 10.240 35.109 17.069 1.00 + 7-0 $ CH31N ATSM 4 67? With ARS thirty 16.041 36.123 15.962 1.00 + 6.37 Y31N P· ATOM 4,673 ΝΕ ABC 39 14.706 36.073 15.372 100 + 5.46 H31N and ATSM 4,674 Sz ANS 38 14.329 36.B22 14.337 1.00 + 3.07 H31N with ATOM 4 675 ICE 39 15.190 37.672 13.791 100 + 3.3? H31N η ATOM 4 676 MH 2 bottom 38 13.101 36.720 13. (540 1-00 + 0.65 A31N μ ATSN 4 677 WITH ABC ST 16.V 6V 34.399 19-872 1.00 56.24 Η31Η with ATON 4 67H 0 ABC 38 15.Β4Θ 33.707 $ 19.82 100 54.41 K31N 0 ASON 4,679 l Would) 39 P. 106 30.311 YO, $ 11 100 62.26 E31B 0 ATOM 4,680 CA SII 39 16.211 35 - 540 21,936 1.00 68.98 H31N WITH ATSN 4,681 sa WOULD) 39 16.793 34.06 $ ye, 1? 5 1.00 65.66 1131and WITH ATSN 4,682 Sat WOULD] 89 15.015 34.613 24,288 1.00 61.4? H31N WITH ATON + 6 $ 3 sa WOULD) 39 $ 16-4? 33-961 25.46? 1. 90 59.61 N31I with we are 4,681 OHL SUS) 39 17,640 34.311 25.768 1.00 ΪΒ.Β6 )! 31 And 0 ATON 4,685 HER WOULD) 39 15.613 33.060 26.139 1.00 59.19 NE1N N ATON 4,686 with svm 39 16,018 37.037 22.206 1.00 75.20 431ΡΪ with ATON 4 66 7 0 WOULD) 39 September 16, 2013 3?, 691 22.776 2.00 16-14 H31R about ATON 4,688 N ABA 40 14, in? 0 37.569 21.790 : .os 82.4 $ H31N 0 ATON 4,689 CA AOL 40 14.456 38.915 22.195 1.00 aa, 60 H31N WITH ATOM 4,690 NE ABA 40 13.087 39.221 21.6Ϊ4 1.00 06.33 H31N with ATOM 4691 WITH ABA 40 14.403 30.999 23.722 1.00 93.41 H31N with ATOM 4 692 ΰ ABA 40 14.006 38-041 24,303 100 96.0V H31N 0 ATOM 4693 n RIO 41 14.790 40.151 24-304 1-00 96.76 N31I N ATOM 4694 with RYAS 41 15.211 41.406 23.659 1.00 99.21 H31N WITH ATOM 4,695 CA puke 41 14.848 40 .250 gz, 7be 1.00 98.49 B31N with ATOM 16 $ 6 NE ? vd 41 15-227 41.70 $ 01/26/2015 1.00 99.06 IE1N with ATOM 4697 ss RIO 41 15-91? 42-) 25 24.767 1.00 99.43 OUT 1H with ATOM 4b $ 8 WITH ryo 4 1 13,519 39.078 26.42? 1.00 99.33 H31N with ATOM $ 469 ABOUT RIO 41 12-40 $ 40.368 26.032 1.00 98.92 0-Ί1Η about ATOM 4700 n 5Τ.Υ 42 1'3.580 39.001 27.423 1-00100.58 Ή31Η I ATOM 4701 ate SUE 42 12,365 ZB.532 28.062 1.00101.63 Y31N with ATOM 4702 WITH 5b ¥ 42 11.418 3? .838 10/27 1.00101.7+ H31N with ATON 4703 0 SUE 47 10,220 3? .766 27.351 1.00103.13 Ή31Η 0 ATOM 4704 N Bw 4 3 11.950 37.333 25. $$ 4 1.00100.03 N'31N n ATON 4705 CA Bw 43 11.163 36.035 25.059 1-00 97.53 H31N with ATOM 4706 NE Boo 43 11.258 37.115 23.641 1,00100.83 Ή31Η with ATSN 4707 SS 1L5 43 10.223 30.102 JZ HEY 1-00105.01 , H31N with ATSN 4708 With 1.Υ8 43 8.805 37.62? 23.437 1.00110.42 H31N with ATSN 4709 Sho B ¥ yo 43 7.009 30.4) 8 22.508 1.00115.16 I3111 with ATOM 47) 0 No. 1L8 43 7.763 39,871 22.92 9 1.00120.90 913 ί 3 N

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ATOM 4711 WITH 116 43 11.645 35.089 25.049 1.00 93-32 Ή31Η C ATOM 4712 0 B6 43 12.586 34 .734 25.759 1.00 92.70 P31H 0 ATOM 4713 TO C1L 44 10.994 34.257 2 ".240 1-00 88.8? Ή31Η N ATOM 4714 CA & B 44 11.399 32.667 24.123 1-00 82.75 H31N S ATOs 4715 WITH Xiu 44 12,655 32-674 23.294 1.00 77.92 H31N S ATSN 4716 0 □ b 44 13.3J6 33-626 73,025 1.00 77.56 H31N .0 ATSN 4717 7 * yee 45 12,909 31.420 22,900 1.00 73.49 NE1I N ATOM 4716 SD I say 4 $ 13-96? 31-093 21.945 1.00 67.33 I31N s PBX 4719 sv BEO 45 14.739 29.850 22.413 1.00 65.36 H31N s ATOM 4720 ss 1gE0 45 15,730 30.019 23.567 1.00 62.88 L31N S ATOM 4721 SY yee 45 16.271 2 V. 667 23.952 1.00 63.09 η3ιη s ATOM 4,722 CC2 Bf 45 16.072 30.921 23.158 1.00 62-71 NZDN with ATOM 4723 WITH Bw 45 13.369 30.810 20.566 1.00 63.07 Ή31Μ C ATOM 4724 ϋ Bw 45 12.401 33.055 20.440 1.00 63.03 Ή31Η 0 ATOs 4725 N sy 46 13.936 31.430 19-536 ] -00 62.28 H31H N ATOM 4726 SD (M 46 13.544 31 - 126 1Y.P0 1-00 59.26 N31I S ATOM 4 72? sv oh 46 12,814 32-332 17.522 1.00 59.59 i31n s ATOM 4726 ss her 46 12,279 31-999 16.166 1.00 64.07 H31N s ATOM 4729 with her 46 And .623 33.185 15.462 1.00 66.06 H31H 0 ATOs 4,730 Oez sy 46 10,599 32.954 14 . 777 1.00 67.56 H31N about ATOM 4731 0E2 her 46 12.126 34.331 15.591 1.00 65.32 Mz'sh ATOM 4 732 with sy 46 14.739 30.681 17.325 1.00 56.3 $ H31N s ATOM 4733 S Yo 46 15.717 31.41? 17.160 1.00 56.38 H31H 0 ATOM 4734 N TYR 47 14.653 29.459 16-901 1-00 52.14 Ή31Η N ATOM 4 73 $ CA TYR 47 15.666 20.920 15.393 1-00 47.43 H31N s ATOM 4 736 NE TNR 47 15..390 23.453 15.559 1-00 45.19 N31M s ATOM 4737 SS TNR 47 16,115 27,022 14 . 328 1.00 40.33 n31n s ATOM 4730 SG2 TYR 47 '5-560 26,879 13.019 1.00 38.45 nz1k s ATOM 4 7 39 CE2 TIR 47 16.639 26.58? 12.141 1.00 37.27 n31n s ATOM 4740 Cez TYR 47 14.260 26.841 12.503 1.00 36.40 1131 s DTOM 4741 SP1 TYR 47 17.459 26.875 14.197 1.00 39.12 H31N s ATOM 4,742 ΝΕ1 TNR 47 17.7B5 26.620 12 .B88 1.00 39.52 Ή31Η N ATOM 4,743 £ 22 TYR 47 16.462 2 6.363 10,715 1-00 34.81 H31N s ATOM 4744 023 Tyr 47 14.084 26.61V 11.148 1.00 35-90 Ή31Η 0 ATOM 4,745 SI2 TYR 47 15-193 26.383 U, 296 1.00 34.98 H31N s ATOM 174 6 with TYR 47 15.659 29.726 14.601 1.00 45-0? H31N s ATOM 474? 0 shooting gallery 47 14,613 23.880 13,970 1.00 43.66 H31Y 0 ATOM 4140 N UL 48 6.630 30.14 2 14.300 1-00 43.15 H31H N ATOs 4749 SD UDD 40 16,936 31,072 13.025 1.00 41.49 n31n s ATOs 4730 SR UAY 46 17,652 32-261 13.274 1.00 42.05 H31N s ATOs 4 7 53 CC1 UAY 40 10,160 32.943 11.963 1.00 40.58 H31N s ATOs 4752 CC2 UAY 46 11, 191 33.232 14.232 1.00 42.96 I31 with ATOM 4753 UAY 4B 17.40? 30.374 11.770 1.00 39.83 H31N s ATOs 4 7 54 0 UAY 40 : b, 7zz 30.404 10.736 1.00 37.72 NZT about ATOs 4 7 55 N 5EK 49 10.5B0 29.152 11-B64 1.00 37.12 Ή31Η N ATOM 4 7 56 CA ZEK 49 1 9.169 29.059 10.722 1.00 35.46 1131 s ATCI 4? 5? her Yoh 49 19.995 30.042 9.993 1.00 33.11 pin with ATOM 475V th ZEE 49 20.43? 29.445 0.701 1.00 37.92 H31H 0 ATOM 4759 with CENTURY 49 20.060 27.89V 11-173 1.00 34.93 Ή-31Η C ATOM 4760 with ZEK 49 20.574 27.900 12.291 1.00 34.06 H31H 0 ATOs 4,761 m Wok 50 20.229 26.897 10,313 1.00 3 3.84 H31H N ATOs 4 7 62 SD ZEE 50 21.244 25.365 10,55Р 1-00 31.90 Ή31Η C ATOM 4,163 SC VEN 50 20.593 24.527 1 C ?, 91 9 1.00 32.97 H31N s ATOs 4? B4 ss -CHECK 50 20-026 24.569 12,311 1-00 36.99 H31Y 0 ATOs 4765 with ZEE 50 32,101 25.6? 6 9,318 1.00 29.80 n31n s ATOs 4? 6b 0 ZEK 50 21,675 25,992 8.208 1.00 30.95 M31N 0 ATOs 4? 67 N I BE 51 23.306 25,156 9.516 1.00 27.14 H31H N ATOs 476V CA I b 51 24.194 24.797 B. 410 1.00 24.85 H31 I'm with ATOs 4? 69 NE NOT 51 25.101 25.990 B .040 1.00 24.72 H31n s ATOM 4770 CC2 I b 51 25.869 26.476 9.254 1.00 24.95 31st with ATOs 4771 Pops their 51 26.066 25.604 6.929 1.00 2? -20 3131M s ATOM 4,772 SY I b 51 26.529 2B.779 6.101 1.00 28-08 P31N s ATOM 4773 with ιιε 51 25.046 23.587 B. 017 1.00 2 $, 34 Ή31Η C ATOs 4774 about THEIR 51 25.720 23.620 9.IM 1.00 24.66 Я31Н 0 ATOM 4775 N Wok 52 25.010 22.509 0,033 1 -00 25.68 Y31H N ATOs 4? 76 SD ZEK 52 25.716 21.275 6-435 1-00 24.38 Y31N with ATOs 4 7 Ή wed ZEK 52 23-133 20 - 051 one . 6 & 3 1.00 22.57 Y31N with ATOs 4,770 OS ZEK 52 25.31? 20,151 6.212 1.00 22.51 I31 I 0 ATOs 4 ?? 9 with ZEK 52 21,203 21.399 0.193 1.00 25.36 Y31N with ATOs 4? 80 0 ZEK 52 21,659 2? .349 7.547 1.00 27.15 Ή31Η 0 ATOs 4781 N ZEK 53 21.967 23.429 0.691 1.00 26.78 n31n and ATOs 4782 CA ZEK 53 29.414 20.550 B.715 1.00 27.05 Idz with ATOs 4783 with& ZEK 53 30.061 19.303 9.317 1.00 30-95 . Y31N with ATOM 4784 OS ZEK 53 29.191 1B. 147 AT . 553 1.00 33.06 R31N about ATOM 4785 with ZEK 53 29.998 20.840 7-339 1-Oo 24.84 Y31N with ATOM 4786 3 Yaw 53 30.897 21.674 7.200 1.00 23.50 H31H 0

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ATON 4? $ 7 N 5 EP. 54 29,475 20.165 6.3323 1.00 $ 4. $ 3 Y31N ATOM 4708 CA 5th 54 29, 9Ϊ5 20.394 4.967 1.00 $ 4.60 H31N ATOM 4709 NE 3 YEAR 54 30,116 19.060 4.223 1.00 $ 3.52 H31N ATOM 4790 SS ZEK 54 20,959 1B. 490 3,936 1.00 27.63 H31N AGOM 4791 WITH ZEK 54 29.070 21.307 4-1 * 6 1. (10 26.14 Β31Η ATOM 4792 0 5 EN 54 29.316 21.460 2,945 1.60 25.03 Y31N ATOM 4793 N Yen 55 05.204 21,911 4,700 1 .00 26.34 H31N ATOM 4794 CA Yen 55 27,106 22,904 4.126 1.00 27.36 H31N ATOM 4795 NE YEN 55 20.004 24, 04 $ 3.500 1.00 24.26 H31N ATOM 4796 OS YOYA 55 $ 0,036 24.607 4.449 1.00 27.22 H31N ATOM 470? with Yen 55 26,310 22,319 3.025 1 .00 30.40 VZYu ATOM 4790 about ZEK 65 26,060 22.995 2.026 1.00 31.00 N31I ATOM 4799 N ZEK 56 25,343 21 .005 3.196 1 .00 33, $ 6 H31N ATOM 4800 CA 5th 55 25.012 20.433 2,160 1 .00 34.73 H31N ATOM 4001 NE th her 56 25.446 1st .386 2.021 ί.00 35.72 H31N ATOM 4002 ss 5th 50 26.824 1B.900 $, 313 1.00 39.26 Y31N ATOM 4003 with Yen 50 23.594 20,401 2-690 1 .00 34.95 H31N ATOM 4004 0 Yen 56 22.055 70,002 2.043 : .00 35.68 H31N ATOM 4005 N Thuja. 57 23-460 $ 1,039 3.892 2.00 34.46 H31N ATOM 4006 CA TUN 57 22,165 21.241 4.499 1.00 31.14 H31n ATOM 460? SR TUK five? 2 $, 0 $ 7 20,369 5.740 1.00 33.79 "31H ATOM 4009 ss ΤΪΗ 57 21.899 19.8V8 5.474 5.00 35 .21 N37 N ATOM 4309 CC1 TUK 57 22.920 1B, 020 5.031 1.00 35.90 H31N ATOM 4010 CE1 ΤΥΗ 57 22.790 16.663 5-671 1 .00 35.95 NIN ATOM 4011 CC2 TUK 57 20.733 1B.347 4.931 1.00 33, 79 K31N DT <1H 4012 SK2 TUN 57 20.596 1 6.900 4.165 Ι.ΟΟ 33.49 KZSH ΑΤίΐΙ 4013 € 8 TUN 57 21.632 16,140 5.146 1.00 34.19 U1G1 ATSN 4014 SI TUYA five? 21-526 11.79? 5.059 1.00 34.50 E531H ATOM 4015 WITH TUK five? $$. 116 22,693 4.927 1.00 34.00 03 1 n ATOM 4016 ABOUT TOUR five? 22.869 23.070 5.80V 1.00 37.57 H31N ATON 4017 N 1b 50 21.247 23,477 4.319 1.00 3 $, 02 H31N ATOM 4010 CA I BE 50 21.036 24.82V 4.811 1.00 30.95 NE1N ATOM 4019 00 ΙΕΕ 50 21.041 25.871 3.051 1.00 28.79 NIN ATOM 4020 CC2 1b 5Θ 21.097 27.23C 4.182 1.00 29.09 H31N ATON 4021 CC1 1b 50 23.15? 25,000 3,993 1.00 28.87 I31K ATOM 4022 CC1 1BU 50 23.842 26.J37 3,009 1.00 26.40 H 3 1 n ATOM 4023 with 1st 50 10.554 $ 5.102 5,011 1.00 31.64 H31N ATOM 4024 <1 1b 50 ΙΕ-759 24.96? 4,081 1.00 32.16 H31N ATOM 4025 N Yen 59 19.196 $ 5,469 6.233 1.00 31.86 NE 1n ATOM 4026 SD YKY 59 17.911 25,637 6.52V 1.00 32.29 L31I ATON 402'1 C (1 5EP 59 11 .191 24.920 7,576 1.00 32.65 NZ 1N ATOM 4620 OS SEC 59 17.150 23.589 7.139 1.00 36.33 and 3114 ATON 40Ϊ9 with 5ЁР 59 11,739 27.240 7.063 1.00 31.69 N31M ATOM 4830 0 5ED 59 19,696 21.747 7.661 1.00 30.20 I.31I ATOM 4931 μ TOUR 69 15.560 27.839 6.874 1.00 30.90 1131H dtsm 4932 CA TUK 60 16.235 29.110 7-185 1.00 32.01 i-5 1n ATON 4Θ33 NE TUK 60 16.393 30.252 6.473 1.00 $ 0.90 H31N ATOM 4934 SS TUK 60 11.7 90 30.432 5.922 1.00 25-62 I'31N ATOM 4635 C01 TUK 60 ten , ? nineteen 31.233 6.506 1.00 $ 4.60 H31N ATOM 4030 Сё1 TUN 60 19.980 31.462 6.059 1.00 25.44 H31N ATON 4037 CO2 TUI 60 1B, 165 29.050 4, / 13 1.00 21.26 B31N ATON 4039 Сё2 TUI 60 19.415 30-063 4.176 1.00 23.84 Y31I ATOM 4039 Sho TUK 60 20.331 30.078 4, J4b 1,60 27.34 H31N ATOM 4840 HE thuja 60 ? . 583 31,133 4.295 1.00 24.44 K31N ATOM 4841 WITH TUN 60 14-790 29,065 8,034 1.00 34.54 H31N ATOM 434? 0 TUN 60 13,929 28.376 7.4B2 1.00 34.40 n31a ATOM 4943 N lll 61 14,551 29.790 9,118 1.00 37.76 Ts31P ATOM 4844 CA ABA 61 13.187 30.030 9.576 1.00 40.66 H31YA ATOM 4845 NE L1 <l 61 13,214 30.67 9 10.946 1 .00 4 $. $ 0 H31N ATOM 4846 WITH ABA 61 12.46V 30.937 B. 573 1.00 42.66 H31YA ATOM 4847 0 ABA ¢ 1 13.079 31.951 0.009 3.00 40.39 H31N ATOM 4849 N AZ? 62 11.175 E0.6V1 0,357 1.00 46.05 H31N ATOI 484? CA A5P 52 10.3 62 31.465 7.409 1-00 49.44 H31N ATOM 4850 NE AK? 62 8. B74 3] .073 1,494 1.00 52.61 H31N ATOM 4851 SS AZR 62 8.480 29.904 6.40 $ 1, 00 56.56 NZZN ATOK 4852 O01 AZR 62 7.576 29.165 . 6,701 1.60 50 .22 H31N AGOM. 4853 □ 02 AZR 62 9.062 $ 9.946 5, ϊ? 6 1.00 50.42 H31N ATOM 4054 WITH ACRE 62 10-400 32. 976 7.609 1.00 49.31 H31N ATOM 4055 ABOUT A? R 62 Yu-516 33 .727 6.641 1.00 40.62 Η 31ΕΪ ATOM 4056 N zeya 63 10.573 33.418 8.859 1.00 49.39 NZZN ATOM 165? CA ZEYA 6 $ 10-61? 34,847 9.152 1.00 49.60 NZZN ATOM 4059 NE ZEK 63 10.294 35 .009 10.625 1-00 b! .26 H31N ATOM 4359 those 5EN 63 11 - 163 34.376 11.473 1.00 52.2? , H31N ATOM 49 09 with ZEK 63 11.946 35.526 8.810 1-00 49.28 H31N ATOM 4301 with ZEK 03 12.054 36.754 8.8 * 4 1.00 49.16 H31Y ATOM 4002 N UAY 64 12.964 34.739 Y-477 1.00 49.23 NIN

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dtOhm 4865 CA UAY 64 14.203 35.316 7.978 1.00 48.95 1131Ts ltayn 4864 NE UAY 64 15,410 34.952 9.B51 1.00 41.02 H31N atom 4865 yb1 UAY 64 15.263 35.543 10.224 1.00 46.76 H31N ATON 4866 SB2 UAY 64 15.542 33.45V 0.924 1-00 49.37 H31N ATON 4867 WITH UAY 64 14.482 34.040 6,069 1-00 49.25 H31N ATOM 486 " ABOUT UAY 64 15.322 35-401 5,801 1.00 49.52 H31N ATON 4369 N Bw 66 13,784 33,003 6-136 1.00 49.86 H31N ATOM 4870 CA Bw 65 And, 060 33.254 4,826 1.00 52.89 H31N ATSN 4871 NE Bw 65 13,015 32.197 four . 467 1.00 55.35 H31N ATOM 4872 se B5 65 13.477 31.183 3.436 1.00 60.33 1131M ATON 487 5 Yo Bw 65 12,342 30.252 3.010 1.00 66.57 H31N ATSN 4874 CE B ¥ 5 65 11.667 29.602 4.212 1.00 71.34 L 31M ATSN 4875 mg Bw 65 12.525 28.612 4.925 1.00 79.97 N-51M ATSN 4876 WITH Bw 65 14.034 34.402 Z. B22 1.00 52.76 H31N ATSN 4877 about YOW 65 13.020 35.079 3.615 1-00 54.46 H31N ATSN 487 " n 5b 66 15.156 34-637 EL53 1.00 52.42 H31N ATSN 4879 SD SUE £ 6 15-201 35-685 2-158 1-00 49.76 H31N ATOM 4880 WITH 0 ¥ 66 16.102 36.835 2. 565 1.00 50.14 H31N ATOM 4881 ΰ Be 66 16.658 37,526 one . 717 1.00 50.75 H31N ATCI 4802 I bottom 67 10.255 37.045 3. B66 1.00 49.59 L31N ATON 4883 CA Battery £ 7 16.979 38.200 4.368 1.00 47.70 prostrate ATSN 4804 Sat Battery 67 16.146 38.939 5.429 1.00 46.66 NIN ATSN -1905 Sat Forehead 67 15.156 39.953 4 .090 1.00 47.79 Ή31Η ATSN 4886 with bottom 67 13.700 39.689 5. E37 1-00 49.90 H31N ATON 48 "? NOT Battery £ 7 13.499 30.282 6-738 1.00 49.54 H31N ATON 4888 cg Battery 67 13.916 39,954 one . 808 1.00 48.90 H31N ATOM 4889 N81 DAB 6? 14, $ EO 41.090 7.67 4 1.00 46.55 H31n ATOM 4890 HH2 Battery 6? 13.622 39.500 9.019 1.00 47.7V NE1N ATOM 4891 with Battery £ 7 10,326 37.041 4.969 1.00 46.20 H.31N ATOM 4092 about bottom £ 7 19.294 38.596 4.B63 1.00 46.99 N31I ATSN 4093 to RNE 6B 18.391 36.697 5.630 1.00 44.42 i.ip ATSN 4094 CA RNE 6B 19.646 36.302 6.262 1.00 43.90 M31m ATON 4096 Si RNE £ 0 19.390 35.727 7.65Y 1 - OS “6.31 N-31N ATON 4096 With $ RNE 68 18.923 36.755 0.655 1.00 48.2'U N-31N ATOM 489? SEN RNE £ 0 10.163 36.410 9-991 1-00 4 ", 40 H31N ATON 489Θ CE> 2 RNE £ 0 18.633 30.050 Θ.265 1.00 49.75 H31N ATSN 4899 CE-1 RNE £ 0 10.361 37.344 10,925 1.00 50.45 H31N ATSN 4900 CE? RNE 60 10,207 39,996 9.193 1.00 49.99 H31N ATSN 4901 C2 RNE 6B 10.073 38.642 10.525 1.00 50.51 from 1n ATSN 4902 WITH RNE 68 20.393 35.265 5.434 1.00 41.81 NE1N ATOM 4903 ABOUT RNE 68 19,790 34.417 four . 782 1.00 42.54 n31n ATSM 4904 14 ΊΗΒ 89 21.112 35.318 5.453 1.00 39.7V H31N ATIM 4905 Sa TNN 69 22,451 34.211 4.084 1.00 37.73 N.E1N ATIM 4906 se ΊΗΒ 69 23.226 34.631 3.637 1.00 37.83 Η31ΙΙ ATOM 4907 About! TH0 69 22.324 35.241 2.707 1.00 40.80 H31N LTYI 4908 ¢ 02 ΪΗΒ 69 23.843 33.41B 2.980 1.00 36.1V H 3 1 n ATS " 4909 with TNN 69 23.404 33.630 5.902 1.00 36-03 1131P ATSN 4910 □ ’GNI 69 24.206 34.365 6.497 1.00 34.40 1131 n ATOM 4 911 N 1b 70 23.2B1 32.331 6.307 1.00 33, yz Ή31Η ATSN 4 912 sd 1st 70 24.162 31,610 1.015 1.00 32.0? Ή31Η ATOM 49] 3 SR 1b 79 23.375 30.489 1-735 1.00 31.36 H31N ATSM 4,914 CC2 1b 70 22.789 29-499 6.722 1.00 28.51 K31N ATOM 4,915 CC1 TEE 70 24,263 29,770 8,? 39 1.00 28.22 NE1N ATSN 4916 SEN 1b 70 23,492 28,722 9.500 1.00 26.73 NE1N ATSN 4 917 with 1b 70 25,327 31. his 6,221 1.00 33.56 H31N ATSN 491B ABOUT 1b 70 25.172 30.647 5.052 1.00 32.66 FROM 1L ATIM 4919 N Yaw 71 20,499 30,962 6.845 1.00 34.11 H.31N ATIM 4920 CA Yaw 71 27.667 30.376 6.390 1.00 35.09 N31M atoms 4921 cn ZEV 71 28.220 31.321 5-130 1.00 34.90 NE1Ts ltpm 4922 about Yaw 71 28.039 32.451 5.710 1-00 38.50 H 3 1 n ATOI 4923 with ZEV 71 20.734 30.114 7.225 1.00 35.70 H31N ATSN 4924 with YEV 71 28.070 30.072 0.167 1.00 37.92 NE1N ATON 4926 m AII 72 29.490 29.043 1-053 1 - 00 36.94 H31N ATSN 4926 sd DREW 72 30.624 20.006 7,931 1.00 3?, 72 H31N ATOM 492? Joint venture Battery 72 30,459 27.472 G.66? 1.00 36.35 H31N ATSN 4928 with& Battery 72 29.515 26.48? 7.986 1.00 33.89 N.E1N ATSM 4929 with Battery 72 30.152 25,131 7,004 1.00 31.35 NZ1N ATSM 4930 ΝΕ DM3 72 30.836 24.65V 9.002 1.00 30.33 LE 1 n ATOM 4931 C2 DM3 "five -30.2 30 24,045 10.015 1.00 31.11 H31N ATSN 4 932 HH1 bottom 72 20,920 23.839 9x976 1.00 32.29 H31N ATSN 4933 N02 bottom 72 30,934 23.600 11.055 1.00 30.74 NE1N ATSM 4934 with bottom 72 31.939 28.813 7x165 1-00 38.69 H31N ATON 4935 ΰ bottom 72 31.957 29.750 5.94 4 1.00 35.96 , Ι131Η ATSN 4 936 N AZR 73 33.037 2B.892 7.906 1-00 42.23 H31N ATOM 4 93? CA AZR 73 34.300 20.780 1.344 1.00 44.50 H31N ATSN 4930 Si AZR 73 35,056 30.154 7.30? 1.00 46.65 K31N

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ATOM 4959 With ABP 73 36.305 ZOLYb 6,577 1.00 50.59 H31N ATOM 4940 0P1 ABP 13 36.846 01/29/5 6.24Θ 1TO0 53.52 Y31N ATOM 4941 □ 02 ABP 73 36-96E 31.207 5.323 1, 00 53 .00 831N ATOM 4942 WITH ABP 73 35.206 27.839 8.219 1.00 45.16 Y31N ATOM 4943 ABOUT AZR 33 35.8 + 1 26.279 9.180 1 .00 44.90 H31N y'goy 4944 N AZES 74 35.206 26,550 7.887 1 .00 46.03 I31N ATOM 4945 CA AND YOU 74 35.841 25.545 8.742 1 .00 45.42 H31N ATOM + 9 + 6 NE AZES 74 35,761 24.167 8-100 1.00 43.35 H31N AT0M 4947 With AZES 74 34,398 23.569 8.200 1x00 40.10 H31N ATOM 4940 SY AZES 74 3.3.479 24.101 8.13Θ 1 .00 39.41 Y31N ATOM 1949 Io2 ΑΞΝ 74 34,294 22,353 7.6E6 1 -00 42.55 Y31N ATOM 4950 WITH A $ s 74 37.293 25.859 8.995 1, 00 45.96 Y31N ATOM 4951 ABOUT AND YOU 7+ 37.175 25.760 10.126 1, 00 47.31 Y31N ATOM 4952 N ABA 75 37.998 26.209 7.925 1.00 44.61 H31N ATOM 4953 CA ABA 75 39,411 26, 523 8.003 1.-00 43 .01 n31n ATOM 4954 NE ABA 75 39.864 27.138 6.693 1 .00 41.11 FROM) n ATOM 4955 WITH ABA 75 39.61 “ 27.503 9.13V 1 .00 45 .05 H31N ATOM 4956 ABOUT ABA 75 40.545 27.359 9.941 1.00 40.60 H31N ATSM 4957 TO Bw 76 38.725 2B. 490 9.194 1x00 + 6.1? Y31N ATSM 4950 CA Bw 76 38.763 29.549 10,139 1.00 4 6.69 H31N ATOM 4959 NE university 76 38.127 30-819 9-626 1, 00 40.00 Y31N ATOM 4960 SS Bw 76 30-807 31.473 8.494 1.00 4 9.92 H31N ATOM 496-1 SR Bw 76 38-191 32TO6V 8.107 1.00 51.60 Y31N ATOM 4962 CE ΙΪ5 76 39,004 33.660 7,272 3 .00 52.61 N3111 ATOM 4963 N8 Bw 76 ZV.491 35.025 7.225 1 .00 56.36 Y31M ATOM 4964 WITH Bw 76 38.034 29,169 11.470 1.00 46.37 Y31N ATOM 4965 ABOUT Bw 76 38,020 29.934 12.432 '. , 00 40.52 H31N ATOM 4966 G] AZES 77 37.410 27.999 11.400 1.00 44.21 H31N ATOM + 961 CA AZES 77 36.691 27,507 12,665 ; TOO 41 .76 H31N ATOM 4960 NE AND YOU 77 37.656 27.462 13.070 1 LLP 41.56 Y31N ATSM 4969 With AND YOU 77 30.109 26,030 14.116 1 LLP 41.99 H31N ATOM 4970 S-01 AND YOU 77 37.6Θ4 25. + 02 15.070 1 LLP 45.05 H31N ATON 4971 N02 AZES 77 EV 90O 25.532 13.255 1.00 41.31 H31N ATSM 4972 WITH Α5Ν 71 35.637 20.636 13.034 1.00 40.31 H31N ATOM 4973 ABOUT AZES 77 35.521 29.024 14,187 1.00 39.76 H31N ATOM 4974 N ZEK 70 34.873 10/29 12,056 1.00 30 .73 H31N ATOM 4975 CA ZEK 70 33.932 thirty . I1 12.340 1 LLP 30.70 million ATOM 4976 NE 8EK 70 34,564 31.524 12.031 1.00 37.52 Y31N ATSM 4977 SY ZEK 70 35,815 31.629 12.100 1.00 40.76 H31N ATOM 4970 with ZEK 70 32,509 30.047 11.655 1.00 39.3 + H31N ATSM 4979 ABOUT ZEK 79 32,450 29.364 30.632 I LLP 30.37 H31N ATSM 4980 N Bw 79 31.601 30.709 12.249 1 LLP 30.5? H31N ATSM 4981 CA Bw 79 30.232 30,704 11,159 1 LLP $ 0.65 H31N ATSM 4987 NE Bw 79 29.33.3 .30.097 12.011 ΐ TOO 3? .25 H31N ATOM 4983 ss Bw 79 27.840 30.034 12,420 1 LLP 36.70 H31N ATOM 4984 C01 Bw 79 27.708 29,359 11.119 1TO0 34.19 H31N ATOM 4935 CO2 Bw 79 27.043 23,381 13,547 1 LLP 37.12 Y31N ATOM 4986 WITH Bw ?9 29-040 32,141 11.517 1.00 39.27 H31N ATON 4987 ABOUT Bw 79 30,407 33,045 12.136 1.00 40.45 B31N ATOM 4980 N TOUR B0 20.804 32.37? 10.620 1.00 30.92 KZ) n ATON 4989 CA TOUR B0 28,496 33.740 10.241 1.00 37.70 n31n ATSM 4990 NE TUK 60 29,241 34.233 8.993 1.00 36-09 H31N ATOM 4991 her TUK B0 30.730 34.123 9.073 1.00 36.73 H31N ATSM 4992 C15 ‘ TUK IN 31,421 33.202 I.2Y9 1.00 3?, 10 H31N ATSM 4993 CE1 TUK B0 32.000 33.070 8.391 1.00 RAM. + Y H31N ATOM 4994 CO2 TUK ao 21,455 34.9TZ 9.957 1.00 36.52 E31H ATOM 4995 CE.2 TUI in 32.837 34.791 10-065 1.00 37.01 H31N ATSM 4996 sz TOUR in 33.50) 33,866 9.205 1.00 36.52 H31N ATOM + 99? he TUK ao 34.060 33,706 9.429 1.00 36.97 K31N ATON 4990 with TOUR 80 27,033 33.766 9.919 1.00 37.36 I31Y ATSM 4 99 9 with TOUR th 26,479 32,770 9.415 1.00 CB.45 Η31Η ATSN 5000 N LEU 81 26.424 34.913 30.193 1.00 36.86 H1) H ATON 5001 CA Bw 81 25,080 35.314 9.731 1.00 SV.2V B31N ATOM 5002 Sz ho 81 24.131 35.156 10.923 1.00 ZV.22 V31I ATON 5003 SS Bw 81 22,641 35.249 10.624 1.00 42.17 H31N ATOM 5004 CB1 Bw 81 22.202 34.037 9.001 1.00 42.79 H31N ATON 5005 CO2 Bw 81 21,060 35.31? '11 .946 1.00 42.84 nzan ATON 6006 WITH Bw 81 25,048 36.600 9-066 1.00 39.75 K31N ATON 5007 ABOUT Bw 81 25.212 37.633 9.73 + 1.00 40.10 H31N ATON 5900 N sm 82 24.050 36,651 7,751 1.00 40.37 Η3ΖΜ ATON 5009 CA yen 82 24.705 37.930 7.0 61 1.00 41.87 H31N ATSN 5010 sya catfish 82 24-978 37,703 5.569 1.00 42.62 K31N ATSN 501 1 se C121 82 26.194 38.651 5.00 + 1.00 42.97 , K31N ATOM 5012 with st 82 26,244 39,950 5.63 + 1.00 43.6+ And! And ATOM 5013 OE-1 sl 82 21.320 40.479 5,913 1.00 ST, 00 NZ) N ATSN 5014 NOT 2 C1L 82 25.060 40.586 5.79 + 1.00 4-1.20 I31N

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ATOM 501 $ WITH bby 82 23.291 38, + O & 7.219 1.00 42.93 And $ Yu C ATOM 5016 0 B1.Y "2 22.383 37.YOZ 6.666 1.00 45.25 NZU 0 ATOM 5017 N NOT 83 23.083 39, + 83 7.950 1.00 44-37 NZYu M ATOM 501V CA KET 83 21.722 39.8V + 8.172 1.00 46.04 NZU with ATOM 5013 NE MET OT 21.500 +0.300 9-653 1.00 48.9+ H31N s ATOM 5020 ss KET OT 21.310 39.076 10.030 1.00 51.24 Y31N with ATOM 5021 IN MET 83 21.143 39.501 12-271 1.00 54.99 H31H 5 ATSM 5022 GK KET OT 22.766 40.207 12-592 1.00 + 9.E2 NZU with ATOM 5023 with MET 83 21.410 41-222 T.Zzo 1.00 +6.55 NZU with ATOM 5024 ABOUT MET 83 22.001 42-247 7.43 + 1.00 +7.66 NZU 0 ATOM 502 $ N AND YOU 04 20-309 41,119 6.494 1.00 +5.09 n31n in ATOM 5026 SD Λ5Η 84 20.077 4 2, PE 5.55V 1.00 + 4.96 NZU with ATOM 5027 CE Α5Ν 84 20.227 41.670 + .119 1.00 +6.67 NZYu E ATOM 502Θ SS AZES 8+ 21.666 + 1. + 78 3.722 1.00 49.33 NZU with ATOM 5023 OS1 AZES Β + 22.441 + 2. + 40 3.639 1.00 $ 0.5? LANGUAGE 0 ATOM 5030 N £ '2 AZES B + 22.04 $ +0.226 3.475 1.00 $ 0.44 NZU N ATOM 5031 WITH AZES B + 18.653 + 2.614 5.7 £ 8 1. <N? +4.59 H31N s ATOM 5032 □ AZES 64 17.833 41.829 H.2 57 1.00 + 2.65 H31H 0 ATOM 5033 s 5EK 85 18.356 + 3.861 5,4 + 3 1.00 +4.77 H31H N ATOM 5034 SD River WB 16.991 44-357 5,525 1.00 +5.45 NZU with DT0F1 5035 with 5 EP. 16.067 43,579 + .595 1.00 +2.38 NZU with ATOM 5036 OS ZEK 05 16.4 74 +3.73+ 3.259 1.00 +0.36 NZU 0 ATOM 5037 with ZEK 85 ; 6.493 + 4.19+ 6.935 1.00 +7.12 H31N s ATOM 5Ο3Θ ABOUT ZEK 85 15.34? + 3.761 7.191 1.00 47 .21 JJ 0 ATOM 5033 N Bw 86 17.336 ++, 529 7.B96 1.00 4 7 .7 $ H31N to ATON 5040 CA ίΕϋ AT 6 16.960 44.316 9.2E6 1-00 51-11 H31N s ATOM 5041 NE BY0 86 18.0B1 + 4.791 10.1 $ + 1.00 +7.33 831V C ATOM 5042 F BEO AT 6. 19.154 43.706 10.351 1.00 +5.15 I'm with ATSN 5043 cm BE0 86 20.33+ 4 + .222 11.166 1.00 +3 .75 NZU with ATON 504 " CP2 Betz 86 10.526 42.406 11,017 1.00 +1.27 N31I with S GCH L E ’£ x. - L V ib'H, ' ι.'ϋ 4 V g Y & 7 hh υυυ t _G G O £ I | _! ! _G -9-1. PLP ATON 5045 0 ΤΕΕΙ 66 15-174 45,903 8.854 1.00 55 .B0 IZU 0 ATON 5047 N ABC 87 14.987 + 1.5 + 3 10.639 1.00 $ 9.60 NZYu m ATON 50 + V CA ABC eight? 13.719 +5.090 11.07 9 1.00 63.34 I31N s ATON 50-43 sa Battery 87 12.580 +1 161 10-673 1.00 63.61 NZU with ATON 5060 Sat ABC 87 12.53+ +3.801 9.202 1.00 66.77 NZU with ATSN 5051 SR ICE 87 11.671 +2.563 9.001 1.00 71.73 H31N s ATON 5052 ΝΕ ABC AT 7 11.220 +2.38+ 7.620 1.00 7 $, + 4 H31H N ΑΤ0Η 5053 C2 ABC 87 10.722 +1.246 7.13 + 1.00 70.4+ I'm with ATON 5054 MH1 Battery 87 10.333 +1.170 $ .066 1-00? H, hell LANGUAGE N ATOM 50.5 $ MH2 Battery 87 10.621 + 0-172 7,910 1.00 77.6+ NZU and ATON 5056 WITH Dyb 07 13.795 +9.179 12,603 1.00 66. +3 H31N s ATSN 505? ABOUT Battery 87 14,632 ++. 54+ 13,222 1.00 66.59 NZU 0 ATOM 5050 N ABD BB 12.911 45.970 13-218 1.00 69.22 wines 1: ATSN 5039 CA L6A 80 12,038 +6,026 1 +, 669 1.00 70 .35 NZU S ATSN 5060 SY Λ1Λ "Th 11,691 46-937 15.101 1.00 71.65 NZU with ATSN 5Ο6Ϊ WITH ΑίΛ 88 12,626 ++, 603 15.20V 1.00 71.16 nzu with ATOM 5C62 ABOUT ASA 8Θ 13,061 44.263 16.317 1.00 78.52 NZU 0 ATOM 5963 S 610 89 11,979 + 3.77V 14.386 1.00 78.96 NZU and ATOM 5064 CA C10 89 11.535 42.442 14.767 1.00 70.01 NZU with ATSM 5065 SY 010 89 1-0.529 +1.912 13.7 + 3 1.00 12.73 H31N s ATOM 5066 F si 89 9.3 + 5 +2.032 13.4a? 1.00 79.51 NZU with ATSN 5067 C0 siz 89 3.752 4 + .28Θ 13.230 1.00 83.99 NZU with ATON 5О6В OE1 School 83 9.627 +5.10+ 14.191 1-00 86.96 NZU 0 ATSN 5063 0E2 soybeans 89 10.19V +4.620 12,127 1.00 86.67 NZU 0 ATSN 5070 WITH st 83 12.706 +1.477 14-859 1.00 66.80 NZU with ATOM 5071 ABOUT si 89 12.559 +6.355 15,325 1.00 68.37 NZU 0 ATON 6072 N DOR 90 13.071 + 1-906 14.404 1.00 61.86 NZU AND ATON $ 073 CA AZR 90 15.0 + 3 41-P58 14,496 1.00 58.0+ NZU with ATON 5074 NE FER 90 15.080 +1.12? 13.207 1.00 56.31 NZU with ATOM 5075 With AZR 90 15,065 +0.877 11.9 + 9 1.00 54.61 H31N s ATON 5076 OB1 AZR 90 14,182 39.98V 11.952 1.00 53.40 NZU 0 ATON 5077 OO8 DZ? 90 15,326 +1.580 10.9 + 8 1.oo 52.еа NZU 0 ATON 507B WITH D5R 90 15.904 +1.481 15.67 5 1.00 $ 6.02 NZU with ATOM 5079 ABOUT AZR 90 17.039 + 1.03V 15.B08 1.00 56.7; NZU about ATOM 50В0 n Transnational corporation 91 15.397 42.34 6 16.5 + 0 1.00 $ +, ?? NZU N ATOM 5081 CA TNV 91 16,217 +2.699 17.693 1.00 $ 3.43 NZU with ATON 5082 NE Transnational corporation 92 15.783 +4.029 18,353 1.00 53.62 NZU with ATON $ 883 ΟΕΙ TIN 91 15.867 45.102 17,400 ], 00 52.95 nzyu a DTON 50J4 mid; 2 Transnational corporation 91 16.703 44.3 + 9 19,531 1.00 52.72 NZU with ATON 5085 WITH tn 91 16.113 41-530 1 & ,? 1ί 1.00 51.5+ NZU with ATON 5086 with tn 91 15-016 41-114 19.023 1.00 52.16 NE1N ύ ATOM $ 08? N ABA 92 17.256 41-1 + 2 19.218 1.00 +8.98 , NJ ATSN $ 080 SD ABL 9? 17.306 39,982 20.095 1.00 48.01 NZU S ATOM 5089 sv Dba 92 16,595 39.80+ 19.4 + 7 1.00 44.07 NZU with ATOM 5090 with ABA 92 18.752 39,615 20.335 1.00 47.42 NEU C

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ATSM 5091 0 Chea 92 19.667 40.032 19.660 1.00 46.81 NES ATOM 5092 I UDT. 93 10-973 38.643 21.443 1.00 "7.37 nzsh ATOM 5093 CA "L 93 20.286 38.247 21,599 1.00 48.79 NZSH ATOM 5884 NE 8Ab 93 20.576 37.784 23.ϋ57 1.00 48.74 from w ATSN 5895 CC1 UAB 93 21.909 37.010 23,110 1.00 4 0.43 NZSH ATOM 5096 CC2 8АЪ 83 20.676 39.004 23.973 1.00 46-32 nzsh ATOM 5097 WITH 9Ab 93 20.340 37.073 20.634 1.00 "Ϊ́, 14 H31N ATOM 5098 ϋ UAY 93 19.307 36.484 20.299 1.00 47.17 NE 1N ATON 509 5 m TUI 94 21.550 36.779 20-163 1-00 45.07 nzsh ATSM 5100 cl TUI 94 23.765 36.089 19.038 1.00 4 $. 52 nzsh ATOM $ t sv ΤΥΒ 91 22.207 36,690 17,011 1.00 45.40 nzsh ATOM $ 102 ss TUI 94 21.060 37-203 16.970 1.00 44.60 nzsh ATOM 5103 C01 tour 94 20-530 36.420 15.960 1.00 45.87 nzsh ATSM 5104 CE1 TOUR 94 19.435 36.036 15,214 1.00 45.29 nzsh ATON 5105 CC2 TOUR 94 20.4 66 38.440 17,217 1.00 44.37 NZSH ATOM 5106 CE2 TOUR 94 19.357 38.96V 16,469 1.00 4 3.30 nzsh ATON 5107 sa TUK 94 10.952 38.046 15.470 1.00 4 3.79 nzsh ATON 510V he TUK 94 17.740 38.377 14.726 1.00 42-58 nzsh ATSN 5109 with TUI 94 22 .a49 34.389 I9-428 1.00 47.42 nzsh ATOM 6110 with TUI 94 24 .ON 38.290 19.592 1-00 47.83 nzsh ATON 5111 m RNE 95 22.464 33-626 19.582 1.00 46.80 nzsh ATOM 51 1 2 od RNE 9 $ 23.404 32.567 19.947 1.00 45.06 nzsh ATOM 5113 sv RNE 9 $ 22-786 31.652 20.E97 1.00 44.52 nzsh ATON 5114 ss RYAE 95 22.723 32.371 22,105 1.00 14.23 ns sh ATOM 5115 SEN RNE 95 23.016 32.644 23,290 1.00 42.47 H31N ATOM 5116 002 RNE 95 2O.VY5 32.724 22.225 1.00 43.04 nzsh ATON 5117 CE1 well 95 22-402 33.251 24,414 1.00 41.09 H31N ATOM 511V Сё2 RNE 95 20.347 33.333 23.351 1.00 41-79 H31N ATOM 5119 C5 RNE 95 21.14 $ 33. $ 9 $ 24,443 1.00 40.34 nzsh ATOM 5123 WITH P] (E 95 23.772 31.710 18.733 100 45.62 nzsh ATOM 5121 0 ΡΉΕ 95 72.952 31-490 17,047 1.00 44.9V NZ’N ATON 5372 N SU5 96 24.999 31-201 10.713 1.00 46.61 H31N ATOM 5123 CA CPS 96 75.2 60 28,982 17,943 1.00 47.13 NZSH ATOM 5124 WITH CPS 96 2 & .2Y9 28-026 10.003 1.00 16.71 nzsh ATOM 5125 0 CPS 96 25.674 23,979 20.065 1.00 48.53 nzsh ATOM 5126 NE CPS 96 26.613 30,064 17,213 1.00 48.93 NZ 1N ATOM 5127 50 SU5 96 27.983 30,710 10.215 1.00 51.77 H31N ATOM 5Ι2Β TO ABA 97 24.950 27.667 19.419 1.00 45.19 NZSH ATOM 5129 CA ABA 97 25.093 26.411 19,111 1.00 4 3.27 nzsh ATOM 8130 NE ABA 97 23.929 25.98 " 19.B49 1.00 43.?H NZSH ATON $ 131 WITH ABA 97 25.502 25.350 10.009 100 42.74 nzsh ATOM 5132 ABOUT ABA 97 10/29/5 25.410 16.921 1.00 4 3.4 $ nzsh ATON 5133 to two 90 26.291 2 ".375 10,522 1.00 40.05 nzsh ATOM £ 134 ate DEE 9B 2 6.62) 23.242 17-668 100 3 5, 65 nzsh ATON 5135 Sho ABC 9Θ 2a, 01a 22.7 $ 4 17, E67 1.00 32.17 nzsh ATOM 5136 ss DEE 9a 20-119 22.079 19.301 1.00 31.31 nzsh ATOM 5137 with two 9a 29.552 21-50? 19.568 1.00 3 3.70 NZSH ATSN $ 138 ΝΕ DES 98 29.505 20.508 20.553 1.00 35.51 nzsh ATON 5139 sv AKZ 93 30.575 19,038 26.966 1.00 35.38 NZSH ATOM 5140 HH1 APS 9B $ 31.77 20,127 20.484 1.00 35.88 from w ATSM 5141 KH2 ABC 90 30-443 18.068 21.057 1.00 35.44 nzsh ATOM 5142 WITH ABC 9B 25.660 22.086 17 .B77 1.00 35.56 NES ATOM 5143 0 AKC 9B 24.942 22.026 10,067 1.00 34.36 nzsh ATOM 5144 N DER 99 25.656 21.173 16.918 1.00 36.76 H31N ATOM 5145 CA ADB 99 25.133 19, azo 17.108 1.00 37.67 nzsh ATON $ 146 SY DZR 99 23.600 19.794 16- 903 1. Oo 40.46 nzsh ATSM 5147 se AZE 99 23.196 20-217 10.49® 1.00 43.61 nzsh ATON 5148 001 AYOP 99 23.413 21.369 15.001 1.00 46.81 nzsh ATSM 5140 oeg AZR 99 22.51h 39.392 14,008 1.00 47.79 nzsh ATOM = 150 with D5R 99 25-943 10.915 16.116 1.00 38.10 nzsh ATOM 5151 0 AZR 99 29-040 19,191 14.922 1.00 38.27 nzsh ATOM 5152 I TUN 100 26.459 one? .044 16.615 1.00 38.EC nzsh ATOM 5153 CA TUN 100 27.16? 16,004 15.774 1.00 38.52 nzsh ATON 5154 sv TUN 108 77.589 15.658 16.596 1.00 39.27 nzsh ATOM 5155 ss TUN TOO 28.159 14.67 3 15,024 1. OS 42.22 NES ATOM 5156 C01 TUN 100 29.041 14,917 15.770 1.00 42.22 NES ATOM 5157 CE1 TUN 100 30.622 13.94 9 15.012 1.00 08/14 H31N ATOM 5158 CO2 TUN 100 27. OT? 13,629 15-105 100 42.57 nzsh ATON 5159 CE2 TUI 100 28.656 12.769 11.35 $ 1.00 43.34 nzsh ATON 5160 C2 TUN 100 30.314 12.929 14.30® 1.00 44.31 nzsh ATSN 5161 HE TUN 100 30.743 12 .066 13-52 $ 1.00 47.41 nzsh ATOM 5162 WITH TUN 100 2 6.334 Ϊ6.435 14.568 1.00 38.28 NZSH ATSN $ 163 0 TUN 100 29.145 16.127 14, bV1 1.00 39.03 nzsh ATON 5164 I A5P 101 27.010 16.302 13.423 1.00 36.46 nzsh ATSM 5165 CA L5R 101 26. 37 $ 16,344 12.120 1.00 34.34 NES ATOM 5166 NE AZR 101 27.209 17, 043 11.104 1. with 35.01 KE1N

οο ιυ υςι ЦУ и и оо с в и и υ υο ςιο о in υζι αυιηϊ с у с ϊι, '¢ 1¾ υ ϊ ν with ϋυ υο si Ρϊ and u υ νυ ου о о о і

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ATSN 6167 With AZR 101 26.67 / 16.953 9,702 1.00 35.89 Η31Η £ ATOM $ 160 001 A5₽ 101 25.669 16-233 9.508 1.00 37.29 H31I Ο ATOM 5169 00? AIR 101 27,255 17,603 0. 794 1.00 36.30 Η31Η 0 ATSM 5170 with AZR ιΰι 26.261 14.764 11.717 1.00 33.54 Η31Η Ε ATON 5171 0 AZR 101 27.227 14,139 11.208 1.00 34.19 Β32ΕΙ s ATSN 5172 to RNE 102 25.066 14.209 11 * 867 1.00 32.47 I31CH 14 ATOM 5173 CA RNE 102 24.017 12.007 11.553 1.00 32.51 Η31Η C ATSM 5174 NE RNE 102 23.784 12.216 12.52 $ 1.00 30.44 Η31Η £ ATOM 5175 Si RNE 102 24.275 12.156 13.954 1.00 30.38 Η31Η £ ATOM 5176 CO2 RNE 102 25.064 11.100 14.387 1-00 29.51 Η31Η C ATOM $ 17? C 02 RNE 102 23.982 13.170 14,849 1.00 29.52 H31I £ ATOM $ 179 CE1 RNE 102 25.551 11.073 1 5.69 6 1.00 29.97 H31Y S ATOM 5179 CE? RNE 102 24-159 13,157 16.144 1.00 27.61 Η31Η £ ATSM 5180 CE RNE 102 25.244 12.112 16.567 1.00 2Β.39 Η31Β 0 ATON 5181 WITH RNE 102 /4.332 12,637 10.125 1.00 32.53 Η31Η C ATSN 5182 0 RNE 102 23.776 11.597 9.776 1.00 33.61 !! 31Α Π ATON 5183 N TER 103 24.530 13.662 9.304 1.00 31.13 NE1N 1ΐ ATOM $ 184 CA TNR 103 24.184 13.562 7 _Β95 1.00 30.67 Η31Η 0 ATOM $ 185 NE TV? 103 25.121 12.554 7,252 1-00 31 .31 Η31Η £ ATOM 5186 Sat TYR 103 26.556 12.931 7.490 1-00 31.50 H31H £ ATOM $ 18? CO2 TNR 103 27 * 346 13-001 5.686 1.00 29.89 H31H £ ATOM $ 189 CE2 TIR 103 28.60? 13-916 7. 310 1.00 28.91 E31I £ ATOM 5189 SBZ TNR 103 27-112 14,496 5.491 1.00 28.60 Η31Η C ATON 5190 CP1 TNR 103 27.540 12.550 θ. 544 1.00 31.47 n31i g ATON 5191 NOT! TNR 103 20.57Θ 13.147 0.443 1.00 28.09 Β31Η to ATSN 5192 C22 TNR 103 29.634 14.700 6.779 1.00 27, IE Η31Η £ ATON 5193 Cez TNR 103 2Β .132 15.274 4.960 1-00 27, Ζ6 H31N s ATSN 5194 CH2 TNR 103 29.382 15.369 5.606 1.00 26.36 Η31Η £ ATOM 5195 WITH TNR 103 22,114 13.16Θ 7. 704 1.00 29.90 nzzi s ATON $ 196 0 TIR 103 22.367 12.365 6.015 1-00 30.62 Н31В 0 ATOM 5197 N Yaw 104 21,070 13.7 / 5 0.579 1.00 2 8.52 6314 I ATOM 5190 CA 5.ED 104 20.4 / 0 13-590 0. 5? 6 1.00 28.62 Η31ΕΙ s ATOM 5199 C8 Yaw 104 19.046 13.102 7. 144 1.00 27.84 8314 s ATOM 5200 OS Yaw ten" 19.749 12. $ 59 6.3E7 1.00 27.27 (: 31I 0 ATOM 5201 WITH Yaw 104 19.910 12.290 9.222 1.00 29.31 H31N s ATOM 5202 0 Yen 104 10.702 12.069 9.311 1.00 31.22 NZZn 0 ATSM 5203 N ABA 105 20.044 11.459 9.604 1.00 / 8.06 H31H n ATOM 5204 CA ABA 105 20.452 10.163 10.233 1.00 27.17 H31N s ATOM 5205 NE ABA 105 21 * 681 9.306 Ιΰ.506 1-00 21.95 H31N s ATSM 5206 WITH ABA 105 19.667 10.370 11.52 $ 1.00 28.00 Ch31N s ATOM $ 20? 0 ABA 105 1Β.022 9-55? 11.908 1.00 28.93 H31H 0 ATON 5208 I ΤϊΗ 106 19.957 11.480 12.10? 1-00 29.04 H31H 1? ATOM 5209 GL ΤΪΚ 106 13.959 31,143 13,522 1.09 29.36 K31N with ATOM 5210 sv ΤΪΗ 106 20.144 10.029 14.53? 1-00 27.64 H31N s ATOM 5211 06 ΤΪΗ 106 19,671 11,081 15,939 1.00 26.39 K31V s ATON $ 212 001 τνπ 106 20.543 11,580 16, 907 1.00 24.73 H31N s ATOM 5213 CE1 ΤΥΗ 106 20-087 11,039 10.199 1.00 2 6.54 n31n s ATOM $ 214 Οϋ2 ΤΪΗ 106 19.340 10.04 '? 16.297 1.00 24.05 H31N s ATSN 5215 0E2 ΤΪΗ 106 17,085 11.093 17.574 1.00 24.69 n31n s ATSM 5216 C2. ΤΪΒ Ju 10.740 11.594 1Β.526 1.00 26.04 K31N with ATON 5217 HE ΤΪΗ 108 16,263 11.051 19.795 1.00 25.5 $ VE1N o ATOM 521V with τϊλ 106 19.773 13.189 13.858 1.00 30.9 $ CHE1CH s ATON 5219 about TUN 106 30.087 13.666 13-60.5 1.00 33./1 Ch31N 0 ATSN $ 220 N ΤΪΗ 107 ΙΕ.793 13.092 14.415 1.00 32-40 Ch31N me ATON $ 221 CA TUI 107 19.002 15 .270 14. $ 47 1.00 31.17 H31N s ATON $ 222 0Β thuja 107 17.799 16.120 14-440 1.00 30.89 NES with ATOM 5223 06 ΤΪΗ 107 17.611 16.171 12,936 1.00 30.51 H31N s ATSM 5224 Οϋΐ ΤΪΗ 107 16,553 15,511 12.326 1.00 31.26 H31N s ATSM $ 22 5 CE1 ΤΪΠ 107 16-430 15,479 10,946 1.00 31.80 H31N s ATSM $ 256 002 ΤΪΗ ten? 18,545 15.016 12.119 1.00 28.58 n31n s ATON 5227 0E2 ΤΪΗ 5 07 18,432 16.79 / 10,743 1.00 28.43 NES with ATOM 5228 CE ΤΪΗ 107 17.374 16.118 10.161 1.00 30.95 n31n about ATOM 522 9 HE ΤΪΗ 107 17,275 16,046 8.794 1.00 31.71 Ts31V about ATSN 5230 WITH ΤΪΗ 107 19.257 15.337 16.351 1.00 31.17 Inn with ATOM 5231 0 ΤΪΗ 107 18.357 15.246 17.163 1.00 30.5 / I31N 0 ATOM 5232 N Α $ Ρ 108 20.521 15.470 16.714 1.00 34.73 CH1N I ATOM 5233 CA A $ y 108 20.916 15.519 1 $ -112 1.00 36.64 H31N s ATOM 5234 NE Α £ Ρ 108 22.427 15.347 18,208 1.00 36.20 H31N s ATSN 5235 SS Ά3Γ 108 22.883 15.015 19-607 1-00 36.50 H31N s ATON 5236 001 ΛΞΡ 108 01/22 14,673 20,434 1.00 32.41 H31H 0 ATSN 5237 0 (12 Α5Ρ 108 10.248 15.097 19,570 1.00 39.02 Y31H 0 ATOM 5233 WITH Α5Ρ 1 08 20-500 06.16? 18,703 1.00 36.58 H31N s ATOM 5239 0 Α5Ρ 108 20.003 11,745 17.900 1.C-0 39.14 , H31N about ATOM 5240 N ABA 109 20,695 17.033 20.032 1.00 35.61 NZ 14 I ATON 5241 CA ABA 109 20,442 18.320 20.654 1.00 35.70 H31N s ATOM 5242 NE ABA 109 20,263 10.135 22.15 $ 1.00 35.91 H31N s

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ATON 524 3 WITH ABA 109 21.616 19.247 20,3Θ2 1.00 35.45 NZZN S DTSI 5214 WITH L1L 109 22.711 18.781 20,079 1.00 37.43 Я31Н 0 ATCI 524 5 N RNE 110 21-379 20.549 20,479 1.00 34.40 NZZN N ATCI 5246 CA RNE 110 22.445 21,545 20,407 1.00 35.00 NSS with ATOM 5247 NE RNE 110 23,672 $ 2.963 20.195 1.00 34.51 Ή31Η C ATON 524Θ ss RNE 1st 20,961 23,102 10.997 1.00 33.42 Y31N S ATSN 5249 CO2 RNE 110 20,489 24.342 10,619 1.00 33 .00 From ATSM 5250 CB2 RNE 110 20.560 22.003 10,266 1.00 34.66 N31N s ATOM 5251 b £ 1 RNE but 19.630 24.482 17.514 1.00 30.62 NZZN with ATOM 5252 CE2 RNE 110 19,703 22.146 17.106 1.00 34, 01 NZZN with ATSN 5253 6Ζ RNE 110 19,246 23.382 16-031 1-OS 33.93 I31N s ATOM 5254 WITH RNE 110 23,101 21.523 21.742 1.00 35.07 H31N s ATCI 5255 V RNE 110 22.027 22.255 22,665 1.00 36.68 NZZN 0 ATCI 5256 N D5R 111 24.204 20.608 21.863 1.00 34.77 NZZA N ATOM 5257 CA L5R 1 and 24,139 20,446 23,105 1.00 37.29 NZZN with ATSN 5250 NE AZR 1 1 1 25-610 19.183 23.190 1.00 36.40 1131M C ATSM 5259 SS A5P 111 26.189 19.262 22,221 1.00 35.66 N31N s ATSN 5260 OS1 Ά5Ρ 111 26.790 20.147 21.339 1.00 34.96 3131N about ATSN 5261 002 AZG 111 27.700 18.419 22,349 1.00 37.2? Ϊ131Η 0 ATOM 5262 WITH A & P 113 25.501 21.613 23.790 1.00 30, 76 NZZN with ATON 5263 P A5P 111 25.620 21.695 25.006 1.00 40.16 NZZN 0 ATOM 5264 N UL 112 01/26/07 22-516 22,963 1.00 40.27 NZZN N ATCI 5265 CA UAY 112 26-000 23.57? 23,473 1.00 41.93 NZZN with ATOM 52 66 NE UAY 112 20.369 23,296 23.147 1.00 43.13 I31E s ATON 526-7 CC1 UAY 112 29,266 24.239 23,943 1.00 40.95 I31n s ATON 5260 CC2 UAY 112 20,709 21.829 23.435 1.00 40.65 sd ATOM 526 $ WITH UAY 112 26.526 24.909 01/22/2013 1-00 43-13 NZZN with ATOM 5270 □ UAY 112 26.470 25.009 21.616 1.00 14.60 NZZN about ATON 5271 N TVR 113 26.275 20.920 23.668 1-00 43.43 NZZN m ATOM 5272 CA 'GYR 113 25.903 27.269 23.149 1.00 13.70 NZZN with ATON $ 527 SR TNR 1 13 24.672 27.793 23.712 1.00 40, 0V NZZN with ATSN 5274 Sat TNR yz 23.405 26.921 23.464 ι, οϋ 37.13 NZZN with ATOM 5275 CO2 TVR 113 22.154 27.366 23.183 1.00 34.61 NZZN S ATOM 52? 6 Cez TNR 113 21.323 26,235 23.184 1.00 34.01 NZZN S ATOM 5277 Cez TVR 113 21.58Θ 28.613 22.936 1.00 34.32 NZZn with ATSN 5270 CO2 TVR 113 23,414 25.569 23.604 1.00 35.50 NZZN with ATOM 5279 [1E1 TKR 113 22.112 25.147 23.444 1.00 35.0 " NZZN to ATSN 5260 C22 TNR 113 19.955 26.313 22.946 1.00 36.16 NZZn with ATOM 5261 ύΖ3 TKR 113 20.224 28.690 22.699 1.00 36.33 NZZN with ATOM 5262 OH 2 TDR 113 19,424 27.552 22.706 1.00 35.59 n31n s ATON 5263 B TNR 113 27.071 28.316 23,429 1.00 45.51 H31N s ATOM 5264 ABOUT TYR 113 27.770 28.251 24.446 1.00 44.73 NZZN about ATON 526 $ s Be 114 27.193 29.282 22-519 1-00 $ 46.5 NZZN N ATOM 5266 SL □ b 114 27.996 30.45Θ 22.795 1.00 40.42 NZZN with ATON 5267 with BYU 114 27.2 15 31-38 " 23,754 1.00 32.13 NZZN with ATON 528Y g. Be 114 10/26/2 31.175 24.058 1-00 5; . 42 NZZN 0 ATSN 5239 N B CM 115 27.933 32-416 34.221 1.00 56.29 NZZN " ATSN 5290 CA BM 116 27.459 33.310 25.280 1.00 59.63 NZZN with ATON 5291 NE BEM 115 28,611 34.143 25.040 1.00 63.79 NZZN with ATON 5292 SS C1M ] 15 29.45? ZZ.ZOYO 26.Θ47 1.00 71.42 NZZN with ATSN 5293 With sm 115 28,620 32.032 27.993 1.00 76.37 NZZN with ATSM 5294 About £ 1 sm 115 2Θ.440 33.496 29.022 1.00 79.27 NZZN □ ATSM 5295 Ye2 sn 115 20.086 31.617 01.01B 1.00 00.03 NZZN and ATOM 5296 WITH SON 115 26.337 34.260 24.В2О 1.00 50.74 Η31Η C ATOM 5297 B sn 115 25.461 34.613 25-610 1.00 57-3? NZZN 0 ATON 5290 M B ¥ 116 26.374 34.666 23.559 1.00 50-43 NZZN m ATSN 5299 CA Syu 116 25.326 35.50? 23-019 1-00 58.13 NZZN with ATSN £ 300 WITH OW 116 25.076 36.041 22,514 1-00 59.56 NZZN with ATCI 5301 WITH Life 116 26,974 37-260 22.938 1.00 59.14 NZZN 0 ATSM 5302 N Tne 117 25.110 37.514 71-690 1.0O 60.54 NZZN to ATCI 5 $ ϋ $ CA TNR 117 25.460 38 - 853 21.226 1.00 59.73 NZZN with ATSN 5304 NE shooting gallery 117 28.301 30-779 19.926 1.00 60.22 NZZN with ATSM 5305 OO1 TNR 117 27.299 39.001 19.943 1.00 60.73 NZZN □ ATOM 5306 CC2 shooting gallery 117 25.410 38.972 10.710 1.00 59.64 E131E1 S ATSN 5307 WITH TNR 117 24.165 39.616 20.975 1.00 58.5V NZZN with ATSM 530Θ WITH TNR 111 23.145 39.014 20.634 1.00 55.79 NZZN 0 ATOM 5309 N MET 110 24.18Θ 40.931 21.175 1.00 58.61 NZZN N lthoi 5310 CA MET 110 22.944 41.700 21.156 1.00 58.29 NZZN with ATON 5311 C0 MET 110 22.065 42,626 22.377 1.00 59.41 NZZN with ATOM 5312 Sat NOT 11B 21.515 41.324 22.541 1.00 54.09 NZZN with ATSN 5313 50 MET 110 20.114 12.172 22.578 1.00 54.63 NZZN 5 ATOM 5314 CE MET 110 10.732 43.182 21,995 1-00 51.15 NZZN with LTE 5315 WITH MET 110 22.777 42-504 19, 867 1.00 59.12 . NZZN with ATSN 5 $ 1 6 L MET 110 23.5 $ 3 43-371 19.538 1-00 58.18 NZZN 0 ATSN 5317 M UAY 119 21,724 42.100 19,129 1.00 61.17 nz $ n a ATOM 5319 CA UAY 119 21431 42,099 P 907 1.00 63.75 H31N s

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ATOM 5319 NE UAY 119 21.186 41.930 16.730 1.00 62.50 H31N PBX 5320 C61 UAY 119 20.577 42.678 15.54V 1.00 61.10 H31N PBX 5321 CC2 UAY 119 22.502 41.293 16.309 1.00 61.02 NZ 1N Aten 5322 WITH UAY 119 20.191 43 .723 18.145 1.00 56.03 H31N ATOs 5323 with UAY 119 19. 113 43.108 18.410 1 -00 67.24 H31N ATCI 5324 N Transnational corporation 120 20.360 45.046 18.061 1, 00 67.50 H31N ATCI 532 $ CA TIN 120 19.261 45.903 18.24? 1.00 66.26 NE1N ATCI 532 B sa shadows 120 19.509 41,049 19,299 1.00 65.93 NE1N ATON 5327 "91 TNK 120 20.422 46,409 20,329 1.00 64.19 Y31N ATSN 532 $ SY? tn 120 18.298 41.570 19,900 1.00 62.66 OUT 1H ATSN 533 9 with point 120 19.009 46.707 16.942 1.00 65.33 N-31N PBX 5330 ABOUT PMC 120 19,924 47,309 16.373 1.00 64.94 IE1N ATOs 5331 N UAY 121 17.767 46.651 16.470 1.00 £ 4.42 H31N PBX 5332 STA UAY 121 17.370 47.370 15.292 1.00 64-31 Ή31Η ATOs 5333 sv UAY 121 16.748 46.407 14.242 1 .00 £ 4.30 K31N ATSN 5334 SY1 UAY 121 16.259 47.176 13,010 1.00 63.06 H31N ATCI 533 5 CO2 UAY 121 17.771 45 .370 13-039 1, 00 62.69 H31N ATSN 5336 WITH UAY 121 16.368 40.462 15-B41 1.00 65.00 N31I ATON 5337 0 UAT 121 15-201 40,101 15.953 1.00 64.07 H31N PBX 533 $ N ZEK 122 16- $ 37 49.709 15.610 1.00 65.59 H31N PBX 5339 CA ZEK 122 13.948 50.861 15.712 1.00 66.99 I-31N PBX 5340 NE ZEK 122 15.411 51.015 17.134 1.00 67.36 Ν31Η ATC 5341 ϋΰ ZEK 122 14.609 52.102 17.233 1.00 67.09 1Ι31Η PBX 5342 with ZEK 122 16.563 52.190 15.284 1.00 67.53 H31N ATCI 5343 but ZEK 122 17.795 52.371 15.23 $ 1-00 66.70 H31N PBX 5344 and ZEK 121 15.672 53.12 = 14-992 1-00 67.46 H31N ATOM 534 9 CA ZEK 123 16-044 $ 4-45? 14.56V 1.00 65.91 m31n PBX 534 6 CH ZEK 121 14.83? 55,104 13,390 1.00 65. N31I PBX 5347 and Yaw 121 13.660 54.388 14.237 1.00 63.02 1131 and ATOM 534 $ with ZEK 121 16-526 55.306 15.741 1.00 64.39 I31N ATCI 5349 ABOUT ZEK 121 17.133 56.350 15.543 1.00 64.69 I31YA PBX 5350 N ABA 124 16,262 54.848 16.959 1.00 62-50 H31N ATSN 5351 OA ABA 124 16.615 55.594 18.163 1-00 61.24 H31N ATSN 5352 NE ABA 124 16.471 54.709 19.382 1.00 61.18 H31N ATSN 5353 WITH ABA 124 01/18/6 $ 6-104 18-124 1.00 61.63 H31N PBX 5354 ABOUT ABA 124 18.869 55.742 17.355 ; .oo 62.06 Y31N ATOM 5356 N CENTURY 12 $ 10.243 $ 7.10 $ 18,970 1.00 61.89 Y31N ATOM 535 B SL ZEK 125 19.4 99 57.92? 18.985 1-09 61.67 H31N ATSN 535? NE Yaw 12 $ 19-631 $ B,? 31 17.68? 1.00 63.06 M31N ATON 5358 "five ZEK 125 20.809 59.3ΊΘ 17.580 1.00 65.82 N31I ATOM 5359 WITH Yaw 125 3 9.4 96 56,854 20.20V 1.00 60.83 M31N ATSN 5360 WITH ZEK 12 $ 18-436 $ 9,271 20.669 1.00 60.4 5 I31I ATOM 5361 N Transnational corporation 126 20.683 59,165 20.725 1.00 59.55 ! 1-31Я ATOM 5367 CA point 1 26 20, $ 43 59,703 22.055 1.00 5V.53 I31N ATCI 5363 NE tin 126 22.361 60.096 22.324 1.00 5 9.12 IZZY ATSN 5364 CC1 Transnational corporation 124. 22.496 60.854 23.539 1.00 57.87 H313 ATOM 5365 CC2 Transnational corporation 126 22.968 60.874 21.156 Ι.ΰφ 57.09 P31N ATOM 5366 WITH Transnational corporation 126 19.973 61.005 22.31 " 1.00 57.2? H31YA ATOM 5367 ABOUT TKY 126 20.164 62.051 21. £ 93 1-00 58.39 H31YA ATOM 5368 N Bw 127 19.026 60.870 23.247 1-00 54.41 H31YA ATOM 5369 CA ΕΥΒ 127 17.996 61.901 23.47? 1.00 50.77 "31" ATOM 5370 NE Bw 127 16.834 61.696 22.505 1.00 4 9.90 H31N ATOM 5371 SS B5 127 15,469 61-689 73,161 1.00 48.86 H31YA DTOM 5372 SR Bw 127 14.393 61,926 22.1]? 1.00 49.04 H31N ATON 5373 CE Bw? 12? 13,902 62.071 22.731 1.00 49.43 H31N DTOM 5374 N2 B5 111 12,866 63,275 23.602 1.00 48.62 1131Y ATOM 5375 WITH Bw 12? 17,441 61.934 24.908 1.00 48.34 n31n DTOM 5376 ABOUT Bw 127 17.107 60.895 25.480 1.00 48.00 H31N ATOM 5377 N SUE 128 P .321 63.130 25.464 1.00 45.40 H31N ATOM 5373 CA SUE 128 16.933 63.289 26.058 1.00 41.87 I31 I ATOM 5379 WITH OW 128 15.431 63.204 27.066 1.0s 40.01 H31N DTOM 5380 ABOUT SUE 128 14.664 63.391 26.124 1.00 38.0? H31N ATOM 5381 N in to 129 14.970 62.914 20.296 1-00 40.21 H31N ATON 5382 SE Ryo 129 15.020 62.783 29.492 1-00 40.34 H31N ATOM 5383 CA RAO 129 13.566 62.66 $ 26.61? 1.00 39.64 H31N DTOM 5384 sa RIO 129 13.636 61.979 29.46? 1-00 38.84 8318 ATOM $ 385 Joint venture ENO 129 14-324 c .; .6Y 30, 603 1.00 39.50 H31N ATCI $ 336 with NGOs 129 12.685 63.929 20.67? 1.00 39.72 8318 ATOM 536 '' about rm 129 13,165 65.020 20.963 1.00 38.60 H31N ATON 533V N Yaw 130 11,401 63.753 2B.397 1.00 40.04 H31N ATON 5369 CA Yaw 130 10,360 64.702 2B.006 1.00 39.31 H31N ATCI 5390 sv ΞΕΒ 130 9.172 64.635 2?. B57 1.00 39.01 H31N ATSN 5391 OS Yaw 130 9.521 64.950 26.520 1.00 40.33 . nzan ATCI 5392 with Yaw 130 9.944 64.253 30.190 1.00 38-84 NZZN ATON 5393 about Yaw 130 9.720 63.073 30.39 $ 1.00 39.02 Y31N LTO 5394 N UAY 131 9.012 65.179 31.133 1.0C 38-94 H31N

and ∞ o l <? l π h ο η l pl g g η l o o l a o l l l

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ATOM 5355 CA ¥ ab 131 $ .3 + 2 64.022 32-4 62 1.00 57.90 H31N S ATOM 5396 Sz 7A1 121 10.370 6 $ .220 33,533 1-00 33.9+ H31N S ATON 53 $ 7 CC1 UL 131 10.159 64.3 ?? 34,794 1.00 37.15 H31N S ATOM 53 $ th SP2 νΑί 131 11.776 $ 5,066 32,902 1.00 37.53 H31N S ATON WITH 7Ab 131 0,0] 0 $ 5.4 $$ 32,790 1.C0 39.20 H31n s ATOM 5 + 00 ABOUT 9Ab 13* 7, YYCH $ 6,717 32.865 1.00 39.59 Н31Ц about ATOM 5401 N RIE 132 6.9 97 $ 4.69 6 33.036 1.00 10.76 NE1N η ATOM 5402 CA REE 132 5.727 65.231 33. + 5 + 1.00 +1.09 H31N s ATOM 5403 NE RNE 132 4.62 5 64,733 32.531 1.00 4 $, 07 H31N s ATOM 5404 SS RIE 132 four . B73 65 .039 31.006 1.00 47.51 Ή31Η C ATOM 5405 £ ί? 1 RNE 132 four . 524 66.274 30,556 1.00 45.96 Ή-31Η C ATOM 5406 CO2 RNE 132 five . 457 64.091 30-25 $ 1.00 $ 47.9 H31N s ATOM 5407 SY RNE 132 4.752 $ 6.554 29,224 1.00 47.37 H31N s ATOM 5 + 00 C32 rne 132 5.63 7 $ 4.370 28,921 1.00 49.35 NE1N S ATOM .540 $ Sz RNE 132 5.E32 $ 65.60 28,405 1.00 48.08 H31N s ATOM 5 + 10- WITH РЯ1Е 132 5.4 £ 6 $ 4.7J7 54.867 1.00 12.41 NE1N s ATOM 5411 ABOUT RNE 132 5,002 63.66? 35.23 $ 1.00 +0.02 H31n about ATOM 5412 and mercury 133 4.074 65.651 35,601 1.00 14.73 H31n and ATOM 5413 with RVO 133 4.401 67,008 35.350 1.00 42.60 H31N s ATOM 5414 CA RKO 133 4.565 65.27 $ 37.059 1.00 + $, 76 Ή31Η C ATON 5415 sa RKO 133 4.235 66,612 37.70 $ 1.00 44.76 H31N s ATON 5416 with RIO 133 3.636 67.410 36-59 $ 1.00 +1.73 NE1N S ATON 5417 with REP 133 3.374 64.3 + 5 37,062 1.00 47.64 H31N s ATOM 5410 about RIO 133 2.421 $ 4,55 $ $ 36.32 1.00 49.2+ 1131 H O ATOM 541 $ and ι.ευ 3 34 3,430 $ 3.306 37.500 1.00 +0.00 Ή31Η » ATOM 5420 sd Bj-1! 134 Y-235 $ 2.537 38.190 1.00 50.70 n31ya s ATOM 5421 sv ive 134 2.55 + 61.046 38.207 1.00 50.15 H31N s ATSN 5422 ss LIE 134 3.3 + 1 60.531 3 $. 99 $ 1.00 + 9-91 Ή31Η C ATOM 5423 CO2 yyy 134 3.959 5 $ .175 31-321 $ 1.00 + 0.7 H31N s ATOM 5424 SY Bf 134 2.42 + 60.455 35.760 1.00 + 9.1? H31N s ATOM 5425 with Bw 134 1,790 62.904 38-57 $ 1, 00 52.49 H31N s ATSN 5426 ABOUT yyo 134 2.431 62.629 40-367 1 -00 53.95 Я31Н О ATOM 542? to ABA 135 but. 126 Bj .768 39.63 $ 1.00 54.05 N31N I ATOM 5420 CA ABA 135 0.292 64.375 40,892 1.00 57.06 83 111 0 ATSN 542 $ NE ML 13 $ “0.610 65.564 40.606 1.00 54.42 I31n s ATOM 54-30 G. ABA 135 -0.436 $ 3.397 41.784 1.00 60.60 1131N s ATSN 5431 but ABA 135 “0.947 62.377 41.310 1.00 $ 0.20 Я31Н 0 ATOM 5432 N RIO 136 -S1.4YY 63.674 43.060 1.00 64.55 H.31H and ATON 5433 With PP0 136 0.300 64.741 43.725 1.00 £ 7.29 N31I with ATOM 5434 SR RIO 136 -1,275 62.919 4 + .067 £ .00 69.15 n31 and s ATOI 5435 se RKO 136 -0.755 63.421 $ 45.49 1.00 $ 9.65 H31N s ATOM 5436 ss ΡίΟ 136 -0.256 64.790 45.123 £ .00 6Θ.ΘΘ H31N s ATOM 5437 with P8O 136 -2.775 63.155 +3.917 3..00 72.0 $ H31 I'm with ATON 543B with RVO 136 -3.215 64.290 43.691 1.00 73.3 $ jazz about ATON 5439 N ZEN 137 -3.552 62.000 4+. Both 1.00 77.04 H31H n ATSN 5440 SL Yen 137 -5.003 62.131 43.970 1.00 $ 2.41 I31 I with ATSN 5141 sv BEK 137 -5.5Θ3 60.712 43,364 1.00 82.42 H31 I'm with ATSN 5442 Oh BYOK 137 -5.241 £ 0.017 45.050 1.CO 8 $ .20 H31N s ATSM 5443 with ZEN 137 -5.602 $ g t 44.973 1.00 84.96 Y31N with ATOM 5444 about 5EI 137 “5.100 $ 3.201 46,020 ] .00 87.33 i31n s ATOM 5445 14 SUE 144 Z.Y76 56,071 54.474 1.00 84.33 H31H n ATOM 54 + 6 CA SUE 1 + 4 -3.670 $ 7,342 65.159 1.00 83.90 Η31Ϊ9 s ATOM 5447 WITH Be 144 “2.76 $ 58,322 54.437 1.00 82.39 NZDI with ATOM 544 $ ABOUT C1. ¥ 14+ -7.56 $ 59.4 5'0 5 + .082 1.00 82.07 n31n about ATON 5449 n Transnational corporation 145 -Ξ.2Ο2 57.890 53.316 1.00 00.01 H31H N ATOM 5450 CA TNN 145 -1.246 $ 58.72 52.603 1.00 79.74 H31N s ATSM 5451 NE Transnational corporation 145 0.1 $ + 50,274 52.097 1.00 01.45 H31N s ATOM 5452 OS1 Transnational corporation 145 Fr. 56.93 $ 52.413 1.00 85.63 H31N O ATSN 5453 CC2 Transnational corporation 145 0.4 60 50,315 5+ .389 1-00 61.35 H31N s ATOM = 454 WITH Transnational corporation 145 -one. + 90 58. £ 9 $ 51.093 1.00 18.23 H31N s ATOI 5455 ABOUT Transnational corporation 145 -2.372 57.985 50-607 1.00 76.79 H31N O ATOM 5450 n LHA 146 -0.703 59.486 50,357 1.00 76.75 N31n M ATSN 5457 CA ABA 146 0.910 59.6 + 0 46.922 1.00 74.80 H31N s ATON 5 458 sv ABA 146 -1.35 $ 61-0 ?! 48,617 1.00 74.54 ΕΪ31Η s ATON 5453 WITH ABA 146 0-35 $ 59,320 40.151 1.00 72.36 H31N s ATON 5460 ABOUT ABA 146 1 -46Y $ 9, +? 4 .48.682 1.00 72.82 n31n about ATSN 5461 I ABA 14? 0.107 58,057 46.917 1.00 68.95 H31H N ATON $ 462 CA ABA 147 1.320 58.517 46.0 62 1.00 61.43 n31n s ATOM 5463 NE ABA 147 1.154 57. C & 45.501 $ 1.00 65.1 n $ zn ATOM 5464 with ABA 147 1.44? 59.513 44. $ 21 1.00 61.03 H $; H £ ATOM 5465 ABOUT ABA 147 0.531 59.677 44.116 1.00 61.04 H31H 0 ATOM 5466 N Bj 140 2.5V7 60.180 44.051 1.00 58.23 H31H N ATOM 5467 CA Bf 146 2.990 60.984 43.609 1.00 56.96 . H31N s ATON 5468 NE ho 140 3.006 62.440 44.07? 1-00 55.54 NZ £ N € ATSM 5469 SS Bw 140 4.060 62-755 45.19+ 1.00 54.79 NZ £ N £ ATSK 5470 CO2 boo 1 40 5.140 63.720 44-718 $ 1.00 7.06 K31N with

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ATPM 5471 <702 BEO 148 3-289 63-337 46.346 1.00 54.72 Η31Η ATOM 5472 WITH neither 148 4.149 80-448 43.063 1.00 54.70 I31N ATSM 54 7 $ ABOUT bc 148 4,822 59.596 43.633 1.00 54.10 Η31ΕΙ ATSM 5474 N □ EU 149 4,462 60.946 41.879 1.00 $ 3 .02 Β $ 1Η LTSN 547 $ SR RVU 349 5, ¢ 75 60.521 41.221 1.00 $ 1.68 H31N ATON 547 $ WITH SBU 3 49 5,905 61.418 40.034 1.00 49.79 ΗΐΙΗ ATOM 547? ABOUT SBU 149 5,166 62.368 39-832 3.00 50.10 H31N ATOM 5470 At CPS 150 6,927 61.131 39-246 1.00 40. 52 Η31Η ATOM 5479 CA CPS 150 7.064 61.821 37,906 1.00 4U. 23 Η31Η ATOM 5480 WITH SU 8 150 7.447 60.877 36-839 ί .00 43.82 Η31Η ATON 5481 ABOUT CPS 150 8.290 60-00? 36.996 1.00 43 .71 Η31Η ATON 5482 SY CPS 150 8.048 62,988 38.150 1.00 49.36 Η31Ε] ATON 5403 5L sub 150 9.84? 6?, $ 71 35.243 1.00 56.29 Η31Η ATON $ 434 N fuck 151 6.77? 61.050 35.701 1.00 41.91 Η31Η ATON $ 48 $ CA AND ABOUT 151 6,853 60.144 34.54 5 1.00 10.54 Η 31ΕΙ ATON $ 486 NE Ι.ΕΙΙ 151 $ 505 60.099 33.023 1.00 40.30 Η31Η ATON 5487 With Bep 2 51 5.616 59.625 32.371 1.00 40.50 Η31Η ATOM 5488 C01 BEI 151 6.148 5V.2O2 32.343 1-00 42.03 Η31Η ATON $ 489 CO2 BEM 151 4.256 59.696 31-685 1.00 40.94 Η31Η ATOM 5498 WITH beck 151 7.924 60.550 33- $ 33 1.00 40 .01 H31N ATON 5491 and 658 151 7.76 $ 61.548 zg, 0 $ s 1.00 39.20 Η31Β ATOM 5492 N WHERE 152 9.000 59-789 33.444 1.00 40.24 Η3 1Η ATOM 5493 CA CH B 152 10.169 60,190 32.664 1.00 41.29 Η33Η ATOM $ 494 NE CH B 152 31 - 4 63 $ 9,823 33,443 1.00 40.87 Η31Η ATON $ 49 $ C61 BAB 15? 12.663 60.541 32.B56 1.00 11.31 Η31Η ATSN $ 49 € ssg Bht 152 11,292 63.14? 34.921 1.00 38.03 NE · Η ATON 5497 with TEA 152 30.164 53.463 31.31? 1 -ΟΟ 42.74 Η31Η ATSN 5498 about BDK 152 10.623 58.321 31 .225 1-00 45.26 Η31Η ATOM 5499 and B15 153 9.654 60.098 30.257 1.00 4 3.18 H31N ATON 5500 CA BU5 153 9.476 59.375 30-991 1.00 45.09 1! 31Π ATON $ 501 NE B15 153 E-035 59.502 28.491 1.00 44.98 Εί3 ΐ | ϊ ATSN 5502 her Bjw 153 7.594 60.909 > '0. 168 1.00 4 6.9 $ Εί3 1and ATSM $ 503 With BUY 153 6.0 / 7 60.974 27.919 1.00 4 9.28 H31N ATSN 5504 CE BU5 153 5-711 60-148 26.441 1.00 49.98 E1E ίΗ ATOM 5505 mg Bw 153 4.315 61.196 09/26/2003 1.00 $ 43.6 Η31Η ATON $ 506 with 1.Υ3 153 10-42 $ 59,736 2?. B48 1.00 4 $. 72 Ρ3ΙΗ ATOM 5507 about Bjuz 153 11.02V 60.013 2? .B2? ] -00 46.61 Η31Η ATON 5508 I AZR 1 54 10.568 58.798 26, 920 1.00 4 $. 12 Η31Η ATOM 5509 CA AZR 154 11.169 59.055 25-618 1-0 (1 45.35 Η31Η ATOM 5510 NE AZR 1 54 10.349 60.101 24.892 1 _0ϋ 44.90 Η31Η ATSN 5511 se AZR 154 0.960 59-602 34-521 1.00 48.03 Η31Η ATON 5512 OO1 AZR 154 Θ.Θ05 58 .376 24.299 1-80 49.40 H31N ATON 5513 Οϋ2 AIR 154 0.019 60.434 34.455 1.00 51.13 Β31Η ATON 5514 WITH AIR 154 12.639 59.453 25.601 100 15.46 NE1N ATON 5515 ABOUT A & P 154 13.013 60,101 34,932 100 14.22 Η31Η ATON 5516 N ’GUY 155 13.476 50.712 26-316 1.00 17.16 H31N ATON 5517 CA TUI 155 14-921 50,918 26,259 1.00 19.79 Η31Η ATOM 5510 NE TUI 155 15.4E? 59-204 27,659 1.00 51.22 Η3 1Η ATON 5 $ 19 With TUI 155 15.315 5Θ, 042 28.623 1.00 51.62 113 ΙΗ ATOM 5520 SO) TOUR 155 1 6- 4 30 5? .412 29.156 1.00 55.10 H31N ATOM $ 521 CE1 TOUR 155 16.294 56.327 30.002 1.00 57.77 Η31Η ATOM 5522 CB2 TOUR 155 14.855 5? .556 28.970 1.00 $ 4.59 Β31Η ATOM 5523 CE2 TOUR 155 13,909 56.479 29.811 1,0ϋ 55.0Ο Η31Η ATOM 5524 cg TOUR 155 15, HE 55.860 30.325 1.00 5?, 6Ρ H31N ATOM 5525 he TUK 355 14.905 54.749 31-139 ; -80 59.92 Η31Η ATOM 5526 with TUK 155 15.669 57 .716 25.654 1.00 50.37 H31N ATOM 552? with TUK 155 15.057 56.698 25.236 1.00 40.02 Η31Μ ATON 5520 n RNE 156 16.991 57.866 25-649 1.00 49.83 Η31! Ί ATON 5529 CA RVE 156 17.889 56.8 ?? 24.954 1.00 50.40 H31N ATON 5530 ev RNE 256 17.494 56.52 $ 23.545 1.00 51.11 Η31Η ATSN 5531 ss RNE 156 13-311 55,411 22.949 1.00 52 .08 Η31Ε1 ATON 5532 eo1 RNE 156 19.596 $ 5,651 22.470 1.00 53.14 η3ιη ATSM 5533 s & g RNE 156 17,818 54,112 22.922 1.00 52, 71 H31N ATSM 5534 CE11 RNE 156 20-379 54,618 21.962 1.00 54.59 Η31Η ATOM 5535 CE? RNE 156 18,592 53.060 22.437 1.00 $ 4.30 Η31Η ATSN $ 535 SI RNE 156 19.875 53.317 21.966 1.00 54.93 Η31Η ATON 5507 with RNE 156 19.306 57.436 24.975 1.00 52.12 Η33Η ATON 5530 0 RNE 156 19.510 5V.620 24.715 1.00 $ 1. 42 I31N ATON 5539 N RVO 15? 20.303 56.586 25.246 ι, 00 52.79 Η31Η ATON 5548 with PPO 157 21.722 56.973 2 $, 178 1.00 55.23 Η31Β ATSN 5541 her 1’CO 15? 20.151 55.191 ? 5-668 1.00 56.36 Η31Η ATOM 5542 sv Ry 157 21.487 $ 4.576 2 $, 285 1, οο 5-4.78 Η31Η ATOM 5543 her T-bills 157 22.456 55-680 25.531 1.00 54.5Β . Ρ.31Η ATOM 554-4 with Ryo 157 39.921 $ 5.158 27.179 1.00 58.64 ΕΕ31Η ATON $ 545 0 T-bills 15? 19-828 56,220 27.B07 1.00 60.21 H31N ATSN 5546 N yes 153 19.850 $ 1-960 27,761 1.00 59.13 Η31Η

1> YAOOPLPPLPPLPGVOOS1 <1PLPPPPPLKOOOOOOOOO <1IP <1PPPYOOOOOG> ПИОаОПОП {1Я! ЛП0ООВОЛПЕСЛ

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ATON $ 547 CA WOULD! 158 '9.939 5.3.803 ? E. 21? 1.00 60.12 H31N S ATON 554 " NE WOULD! 158 39.800 52-330 29.593 1.00 60.44 H31N s ATSN 5549 Sat BT,! 1 158 18,442 $ 51.73 29, ESB 1.00 61.0? H31N s ATSM 5,550 £ □ si 156 37,480 51,975 30.436 1.00 61.97 H31N s ATSN 5551 0E1 <hey 158 17,604 $ 3.037 31.095 1.00 62.07 B31H O ATSN 5552 Ye2 si 158 16,611 51.105 30.668 1.00 61.87 H31N about ATEIN 5553 WITH from 156 21,266 54.330 29.781 1.00 59.69 H81I S ATON 5554 th Bi 156 22.245 54.482 29.057 1.00 60.37 H81H □ ATSN 5555 and RCY 159 21.315 54.619 31-091 1.00 00.97 H $ 1H N ATSN 5556 with UI 159 22.618 5 * .767 31.760 1.00 09.60 H31H V ATSN $ 557 CA rip 159 20.20 $ 54.710 Zy-O $ " 1.00 50.30 H31N s ATON 5 559 NE Ryo 159 20.813 54.115 33-319 1-00 60.20 H31N s ATSN $ 559 Sat Ryu 159 22.263 54,657 33.24 " 1.00 60.02 H31N s ATSN 5550 WITH RVO 159 19,769 56,194 32.25? 1.00 56.56 H31N s ATSN 5561 0 RVO 159 20,471 51.112 31.Θ33 1.00 55.30 B31H 0 ATSN 5 562 N UAY 160 18.630 56.394 32.913 1.00 55.04 H31N to ATON 5553 CA UAY 160 15.411 57.644 33.64 9 1.00 54.39 H81H C ATSN 5564 se UAY 100 16.999 5V.22V 33.447 1.00 09.26 E-31H S ATSN 5565 SY1 UAY 160 16.803 5B.885 32.090 1.00 0J. 59 with ATSN 5566 CC2 UAY 160 35.970 57.133 33.612 1.00 00.92 H $ 1H s ATSN 50 $ 7 with UAY 160 18.552 57.304 35,131 $ 1.00 3.6? H31N s ATON 5568 about UAY 160 38.305 56-271 35-60? 1-00 53.00 H31H 0 ATOM 5569 N TYAN 161 18.93 $ $ 6-402 35,070 1.00 50.80 cache and ATON 5570 CA TNR 161 18-797 56,269 37,305 1.00 49.44 K31N with ATOM 55I NE TYAN 101 70.164 50.345 37,903 1.00 49.51 n31n s ATSN 5572 JS1 TNN 161 20.751 59.832 37.771 1.00 00.02 N31B about ATSM 5573 SY2 TNN 161 21.073 57.297 31.332 1.00 00.60 cache with ATSM 5574 WITH TNN Ξ61 17.836 59.318 37.039 1.00 49.7 $ K01N G. ATSM $ 575 0 TIN 161 17.912 60.497 31.492 1.00 49.46 H31H 0 ATSN $ 576 N UAY 162 16.900 5 ".867 38,662 1-00 49.63 N'YAN N ATOM $ 577 CA UAY sixteen? 1 $ .8in $ $ 9-750 ZE. 210 1.00 48.4 6 NZT with ATSM 5578 NE UL 162 14.470 59.172 39-00? 1-06 50.10 NES with ATOM 5579 CO! UAY sixteen? 18-426 60,152 39.528 1.00 51.21 H31H £ ATSM 5590 SS? UAY 162 14-253 5Β.ίϊ65 37.52? 1.00 49.13 NES S ATON 5561 WITH UAY 162 $ 16.12 59.923 40. Ό7 1.00 46.96 NE1N s ATSN 5582 0 UAY 162 16.495 58.9JV 41.399 1.00 4 4.46 N31K Y ATSM 5583 TO £ EA 163 15.909 61.131 41.196 1.00 47.63 Y01I in ATIM 5584 CA 5EK 163 16.055 61.39? 42.619 1.00 47.37 NSS with ATOM 5505 NE ZEN 263 17.421 $ 2.016 42.092 1.00 15.40 NES with ATIM $ 586 OS 5EY 163 17.530 62.317 44.262 1.00 4 7.31 H91H O ATOM WITH ZEN 163 14.966 62.336 43-12 $ 1.00 46.40 8314 s ATIM 558V Th £ her ± 63 34.323 63.032 42.339 1.00 47.13 N'-CN th ATSN $ 589 TO TNR 164 14.754 62-361 44-4 $$ 1.00 44.44 H31H N ATOM $ 590 CA TAP 364 13.855 63.359 45.00? ] .00 42.4 9 NSS with ATSM $ 591 NE TIR 164 12.660 $ 2,670 40.616 1-00 36.70 N31K s ATSN 5592 Sat TER 164 11.840 61,877 44.694 1.00 34.26 H31N S ATSN 5593 C & 2 tar 2 $ 4 10.671 67,310 43.979 1.00 34.05 H31n s ATSM $ 594 CE? TNR 164 10,229 61,220 43.192 1.00 34.15 NES with ATSN 5595 Cez T8P 164 9,969 63,520 43.925 1.00 32.87 n31n s ATSN 5596 CE) 1 TNR 164 12.045 60.576 44.315 1.00 33.54 NE1I s ATSN 5597 NB1 TVR 164 11.092 60.179 43.416 1.00 30.36 NZT to ATSM 559B C22 TKR ± 64 9.103 61.317 42.362 1.00 33.86 Η31ΙΪ s ATSN 5599 SGS TNR 164 8.855 63.613 43.102 1.00 32.86 And $ 1N C ATSN 5600 CH2 TNR 164 8.432 62.512 42.331 1.00 34.03 n $ 1n s ATOM 5601 with you? 164 14.559 64.302 45.981 1.00 43.04 And $ w s ATOM $ 602 about TNR 164 15,408 63.894 46.703 1.0 "41-69 H31N s DTSCH $ 603 l AZA 165 14.211 $$. $ 60 45. “Y? 1.00 44.35 H31H N ATOM 5804 CA DBM 16 $ 34.80 $ 66,593 46.735 1.00 43.74 H31N s ATSN 5605 NE A0Ya 16 $ 14.254 66-453 46.145 1.00 45.04 H31N s ATON 5608 ss ji 16 $ 12,780 66,757 4 8.205 1.00 46.52 NES with ATSN 5607 001 DBM 16 $ ϊ2, $ 3 & 67,720 47.603 1.00 49.82 NZT about ATSM 5600 N02 DAY 165 2,016 65.923 4B. 920 1.00 45.08 H31H n ATSN 5609 WITH D5YA 165 16.320 66.473 46.728 1.00 43.80 NZT with ATSN 5610 0 DEC 165 16.996 66.852 47,607 1.00 43.40 NE1I o ATSN 5611 N ZEK 166 16.640 65.939 45.632 1.00 43.57 H01H N ATON $ 612 CA ZEK 166 1B.277 66.007 45.337 1.00 44.00 NES with ATSN 5613 sa ZEN 166 28.Θ-0Ξ 67.385 45.778 1.00 44.33 H $ 1H C ATSN 5014 SY £$ N 166 ΙΒ.1Β5 68.364 44.978 1-00 48.35 NZT about ATSN $ 615 with ZEN 166 '9.030 64.94 7 46.164 1.00 42, "4 NZSJ ATSN $ 616 about ZEK 166 20.245 6.5.0.39 46, 326 1-00 41.74 H31H 0 ATON $ 61? to Be 167 18.301 63-9 $ 2 4 6.6 $$ 1-00 42.43 NZSH N ATON 5618 CA Be 167 18-929 62-897 41.410 1.00 41.74 NSS with ATSN $ 613 WITH Be 167 18.292 $ 2-652 4 &, ?? 2 1.00 42.53 , H31H s ATON 5620 0 ΟΙ.Υ 167 18.1 * 4 61,533 49.209 1.00 4 3.39 0318 0 ATON 5621 N ABA 168 37,096 63,769 49.436 1.00 42.33 NESH N ATON 5622 CA DIA 168 17,324 63.856 50.778 1.00 40.60 NES with

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ATOM 5623 NE Aya 163 17.05+ 65.021 $ 1.3 + 6 1.00 39. + 5 NZ1N ATOM 562 + 0 ABA 168 16.061 62.799 50,846 1.00 39.62 I31N AGON 5625 about ABA 163 10.870 62-080 $ 51.80 1.00 39.68 NES DTOM 5B26 N Bj !.] 169 15.20+ 62.846 + 9.830 1.00 39.92 P31YA AGON 6627 CA CEO 169 13.955 62.089 + 9.397 1x00 +0.3? H31N dtsn 5628 NE Bw 169 12.848 62.777 + 9.076 1.00 38-82 H31N ATON 6629 05 BRO 169 11.506 62.016 + 9.119 1x00 38.57 H31N ATOM 5630 CM Bjeo 169 11.201 61.626 50.54+ 1 .CO 36.39 H31N ATOM 5631 CO2 Bjeo 169 10.372 62.054 4V. $ + 7 ι .60 Sound H31N ATOM 5632 WITH ΐ, Εϋ 169 1+ .109 68.636 + 9- + 37 1-00 + 2.25 H31N ΑΐϋΜ 5633 WITH BEO 159 13.37+ 68.301 +3,268 1 .00 + 1. ++ nzyu ATON 563 + N Transnational corporation 170 14.479 59.753 50-363 1.00 +4.70 H31N AGON 5635 CA Transnational corporation 178 14.772 58-391 +9.961 1.00 + 6x53 NEU ATOM 5636 GE tn 170 16,187 57.9 + 4 50. + 39 1.00 +5.23 nzu ETON 5637 □□ 1 Transnational corporation 178 16,360 58.2 + 5 z.azzz 1.00 +6.22 NZU ATOM 5638 SB2 THY 170 17.262 5Θ.66 + +9.625 1.00 +5.00 NZU ATOM 5639 G TIR 170 13,7.51 57,367 50.373 1.00 +7.49 NZU agam 5640 0 Transnational corporation 170 13.3 + 5 56.528 +9.560 1.00 + E.Z. NZU ATOM 5641 N 5EK 171 13.250 57.431 51-604 1-00 + B.12 nzyu ATOM 5642 CA $ Ek 171 12.273 56.4 + 0 52-035 1.00 + 9.02 NZU ATOM 5643 Sz 5EK 171 11.92 V 56.639 59.502 1.0O 50.34 nzyu ATOM 564 + OS $ £ y 171 11.240 57.891 53.670 1.00 49.96 NZU ATOM 56 + 5 WITH ZEK 171 11-095 56. $ 80 51.2 OY 1.00 +8.93 IZU ATOM 5646 0 $ Her 171 10-606 57.690 50.859 1.00 50.01 NJ ATOM 56 + 7 N OBU 172 10.570 55,458 50xB87 ι_οα 48.36 H31N ATCI 564 Θ CA SH ¥ 172 9.101 55.513 50.194 1.00 + 6.99 nzyu ATSM 56 + 9 WITH SUE 172 9.206 55.745 48.69? ι.00 45.95 IZU ATSN 5650 0 6ΒΥ 172 s.1a? 55.845 48.015 1-00 46. + 1 nzyu ATSM 5651 TO UAE 173 10.430 55,322 48.108 1.00 45.18 nzyu ATSM 5652 CA UAY 173 Yu. drove 56.06? 46.7 + 3 1.00 44.79 nzyu ATSN 5653 Sv UAB 173 11.99 * $ 6,839 + 6.5 + 6 1.00 43.99 NEU DTOM 5654 SB1 Uyb 173 12.200 $ 6-991 45.068 1.00 43.36 IE1I ATOM $ 655 CO2 UAB 173 11-933 58.19Ξ 47.22 + 1.00 45.03 or ATSN 5656 WITH UDE 173 10.837 5+ .765 45.970 1x00 46.0+ NES ATSN $ 657 0 UAB 173 11.823 54.070 + 6. 157 1.00 + 6-61 nzyu ATON 5658 N NTZ I4 9.899 5 +. + 24 +5.091 1.00 48.0? Ή31Η ATON $ 65 * CA Nude 17+ 10.1Θ5 53.321 +4.167 1-software 50.67 nzyu ATOM 5660 NE ΗΊ5 17+ 9.160 52.180 +4.299 1.00 $ 6.0 + nzyu ATSM 5661 SS H1 $ 17+ 9.61a 50.Θ87 + .3.7117 1.00 6 + .33 nzyu ATSM 5662 CO2 ΗΙ5 17+ 10.8 + 7 50.313 + 3.652 1.00 67.51 nzyu ATON 5663 WE ΗΙ5 17+ B-755 49.99ё +3,097 ι .so 67 .for nzyu ATSM 566+ CE1 ΗΙ5 17+ 9.432 43.933 +2.69+ 1.00 67.43 i'm ATON 5665 ΝΕ2 H1Y 17+ 10.702 09/09 * +3.019 1 .09 60.12 nzyu AGON 5,666 WITH ΗΙ5 17+ 10.243 53.765 + 2-7: 5 1.00 + 0x63 nzyu ATOM 5667 ABOUT ΗΪ5 17+ 9-222 5+ -St? +2.110 1.00 + a hba nzu ATOM 5663 N TNN 175 11.450 53.771 +2.167 1.90 + 6.B6 nzyu ATOM 5669 CA Transnational corporation 17 $ 15-68 * 5 + .015 + 0.7 + 7 1.00 + 5x90 mzu ATOM 5670 NE Transnational corporation 175 13,096 5 + .61 + +0.559 1.00 +5.07 and 31: + AT Ohm 5671 CO2 Transnational corporation 1? 5 13.205 55.827 41.317 1.00 + 2.?1 NZU DTOM 567? SS? THY 175 13.383 54.073 39.077 1.00 +4.22 ID ATOM $ 673 g teak 175 11,608 52.702 ZE. 9 + 6 1.00 +5.53 NZU ATOM 5674 about TNR 175 12.330 51.763 40.193 1-08 + 4-10 nzyu ATOM 5675 N RNE 1? 6 10.686 52.630 38.991 1-08 +5.00 nzyu ATOM 5676 CA RNE 176 10.439 51.39 $ 39.236 1-00 + 7.19 nzyu ATOM 5677 NE RNE 17 & 9.036 51.253 E7.V27 1.00 + 6.51 H31N ATSN 5670 SS RNE 176 8.102 51-0B7 38-986 1.00 +8.17 nzyu ATSN 5679 SY RNE 176 7.654 52-191 $ 9.69 + 1.00 +5.97 nz’n ATON 5630 CO2 RNE 176 7.647 +9.327 39.353 1.00 47.11 nzyu ATSM 5631 eh. RNE 176 6.771 $ 2-039 +0.738 1.00 +5.93 H31r ATSM 5632 Сё2 RNE 376 6-76? +9,675 45.400 1.00 46.13 H31N ATSN 5683 cg RNE 176 6.32 $ $ 0.781 +1.090 1.00 46.30 NZU ATOM 5684 WITH RNE 176 11.36+ 51.265 36.999 1.00 48.6+ nzyu ATSN $ 685 ABOUT RNE 176 11-760 52.261 36.39+ 1.00 48-0] NIN ATSM 5686 n RIO 177 11.688 50.013 36.613 1.00 4E-62 nzyu ATON 5687 Joint venture Ryu 177 11.330 +5.782 37.333 1 -00 $ 0.33 nzyu ATSM 5688 CA RKO 177 12.573 49.722 35.47 + 1.00 49-01 NEU ATSN 5689 NE T-bills 177 12.332 +8.216 35. $ 90 1.00 49.25 nzyu ATSM 5690 OS RIO 177 12. + 71 47.872 37.005 1.00 49.07 nzyu ATSN 5691 WITH RIO 177 p.aaa $ 0.093 34-157 1.00 + 0.15 ne1n ATOM 5692 ABOUT RKO 177 U.692 49.864 33, and? 1.00 + 4.95 I31N ATSN 5693 N ABA 17E 12.681 $ 0-671 33,250 1.00 +7.67 nzyu ATSM 569+ CA ABA 173 12.133 51.303 32.055 1.00 49.62 H31 and ATOM 5695 NE ABA ι that 13.210 $ 2.103 31.35+ 1.00 50.13 . Nl n ATOM 5696 with ABA 173 11.530 50.298 31.007 1.00 50.11 N31 N ATOM 5697 ABOUT ABA PE 11,955 49.153 31.023 1-00 $ 0-26 nzyu ATOM 5698 N UAY 179 10.538 50.728 30.125 1.00 50.60 H31N

callgolps. Oul

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ATON 5699 CA UAY 179 10.123 49.941 29.101 1 .00 52.63 Η31Η ATON 5? 00 NE UAY 179 9.585 49.921 01/29/7 1 .00 49.49 I31N ATOI 5791 SY UAY 179 9.075 51.264 28.523 1.00 47.79 m3111 ATOM 5702 OS-2 GOOD 179 9.204 48.02V 05/28/07 1.00 48.76 Μ31Η ATON 570 3 WITH GOOD 179 10.760 50.485 27.890 1.00 5? .0? Ν31Η ATOM 5704 ABOUT GOOD 179 11,205 51.639 27.820 1.00 50.93 Η31Η ATOM 5705 N yi 1B0 10.024 49.625 26, $ 00 1, 80 61.40 N318 ATOM 5706 CA Bw 100 11.157 50.033 25-526 1.00 63.99 Η31Η ATON 5707 NE Bw 180 12.04 a 10.976 24, $ 78 1.00 61.94 N31I ATON 570 " Joint venture Bw 100 13.014 49.469 23,613 1 .00 60.90 H31N ATON $ 709 From 01 Bw 190 13.52? 56.042 24,190 1 .00 50.46 Η31Β ATOI 5710 CO2 Bw 180 14-172 48.402 23,604 1.60 60.70 H31N ATOI 5711 WITH Bp 180 9.029 50.137 24.708 1.00 67.0 $ Η31Η ATOM 5712 ABOUT Bw 180 9.032 49.200 24.813 1 .00 68.83 I31N ATC 5713 N SON 181 9.576 51.281 24.158 1.00 69.06 Η31Η ATON 5714 CA SON 1B1 0. 376 51.441 23.341 1 .00 71.70 Η31Η ΑΤΰΜ 5715 NE SY 181 7.082 52.09V 23.304 1.00 74.63 H31N ATOM 5716 se her 181 7.42? 53-378 24.77? 1 .00 79.74 Η31Η ATOM 5717 with WOULD* 101 7.670 54-071 25,014 1.00 83.20 Η31Η ATON 5718 OE1 sn 181 6.781 55.64 3 ? 5.2? 3 1.00 05.51 Η31Η ATON 5719 HE2 CH1 181 8.933 55.293 24.938 1.00 04.18 Η31Μ ATOI 5? 20 WITH 6ΣΝ 181 8-741 51.039 21.912 1 .00 72.09 Ι131Η ATOM 5721 ABOUT 6ΣΝ 181 9.930 50.913 21.574 1.00 70.09 H31YA ATON 5722 N Yen 102 7.7? 3 50.930 21,000 1.00 72.3? Η33Η ATOM 5723 CA Yen 182 7.93? 50.423 19.694 1 .OS 12.49 Η31Η ATOM 5724 NE ZEK 182 6.599 50.335 18.967 1.00 71.69 Η31Η ATOM 5725 "9 Yen 182 5.733 49-43 $ 19-bze 1, 00 72 .B2 Η31Η ATOM 5726 WITH ZEK 182 0.053 51.407 1st. 076 3-00 72.06 Η31Η ATOI 5727 about ZEK 182 9, 29? 51.164 17.355 1.00 73.B1 nzdya ATOM 5728 n ZEK 133 9.131 52.519 19,640 1.00 69.30 ϋ31! 3 ATOM 5729 CA Yaw 183 9.965 53.554 19.076 1.00 67.21 H31R ATOM 5730 NE 5EV 183 9,674 54.096 19.735 1.00 69.40 Η31Η ATOM 5731 OS Yen 133 10.483 55.921 19.200 1.00, 75 Η31Η ATOM 5732 WITH Yaw 183 11,445 53.239 19.269 1.00 65.60 Η3] Η ATOM 5733 ABOUT Yen 183 12.305 53.765 18-552 1-00 64.41 H31YA ATOM 5734 N SUE 184 11.747 52.3Θ6 20.245 ί.ΟΟ 64.00 H31YA ATOM 5735 CA C ¥ ¥ 184 13.137 $ 52.17 20.626 3.00 62.60 Η31Η ATOM 5736 WITH Yu 184 13.634 53.272 21-562 Ϊ-0Π ¢ 1.1.0 Η31Η ATOM five? 3? P C-ΕΪ 184 14.020 53.376 21.350 ϊ, ΰο 60.60 H31YA ETON 5738 N Bf 185 12.703 54.097 22.030 3.00 59.9Θ Η3Ι8 ATOM 5739 PA Ι-ΕΜ 185 12.90'ί 55,063 23.079 1.00 59.22 Η31Η ATOM 5740 NE Bw 185 12.357 56.422 22-144 ΐ.ΟΟ 59.91 Η31Η ATOM 57 41 Sat 1, E0 18 $ 12,913 57.128 21.502 1.00 59.10 N31I ATOM 5742 SY BE0 135 12.270 50.502 21,353 1.00 57.09 113 1Η ATOM 5743 F THOSE!! 165 ] 4, 431 57.239 21.621 1.00 57.11 NZC1 ATOM 5744 g. Bw 105 12,398 54.522 24.372 1.00 58.54 H31Y ATOM 5745 about Bc 185 11,390 53.805 24.343 1.00 58.03 Η3ίΗ ATOM 5746 N TUV 106 13.830 54.861 25.495 1.0ϋ 56.77 H31N ATOM 5747 CA TUV 186 12.629 54.334 26.7 92 1.00 54-56 H31N ATOM 5748 NE TUV 186 13.853 54.115 27.678 ί-00 53.50 H31N ATEIN 5749 SS TUV 186 14.702 53.017 27.218 1-00 53.54 H31N ATON 5750 CO! TUK 186 14.423 51.672 $ 27.34 1-00 53.96 H31N ATON 5751 CE1 ΤϊΒ 186 15.201 50.65 $ 26-928 1.06 53.5+ H31N ATON 5752 B2 TUI 186 16.023 53.319 26-673 1.00 52.95 NE1N ATON 5753 SB2 ΤΎΗ 186 16.805 52, ZP 26.J5E 1.00 55.7+ H31N ATOM 5754 cg ΤΎΒ 186 16.5C9 $ 0.-90? 26.396 1.00 54.83 NE1V ATOI 5755 about" ΤΥΡ 166 17,366 $ 0.006 25.944 1.00 54.90 κ3ΐΗ ATON $ 7 $ 6 with TUI 166 13 - 663 55.249 27,526 1.00 53.17 Η.311ί ATOI 57 about TUK 166 11.697 56.4 63 27.374 1.00 55.58 M31Ts ATON 5759 N Yaw 187 30,798 54,656 20.331 1.00 50.88 N31CH ATON 5759 CA Yaw 187 10.108 55.397 29.376 1.00 49.39 Н31В ATOM 5760 NE Yaw 187 J.619 55.520 29.057 1.00 46-12 N31CH ATON 5761 OS ZEK 187 8.416 56.3B9 27.956 1 -00? 9-3? Η3 ΙΗ ATON 5762 WITH Yaw 187 10.278 84.665 30.699 1.00 ΑΒ.7 * Η31Η ATON 5763 ABOUT Yaw 187 10.304 53.4 32 30.741 1.00 49.37 H31N ATON 5764 one* B £ 0 188 10.408 55.421 31.779 1-00 46.61 H31N ATOM 5765 CA W11 188 10.223 54.052 33.099 1.00 45.05 Η3 ΙΗ ATOM 5766 NE BE0 108 11.572 $ 4.451 33 LOI 1.00 41.87 Η31Η ATON 5767 Sat LIE 188 12-446 $$. $ 32 34.34Y 1.00 41.43 n31n ATSM 5768 C.O1 boo 108 11-9Y 55.800 35.773 1.00 41.51 NZ 1I ATSM $ 7 6 9 CE> 2 shi 10 $ 13.876 55,058 34.363 1.00 40.21 η3ιη ATSM $ 770 with Bc 108 9-549 55,917 33.943 1.00 44.78 N31I ATOM 5771 ABOUT Ι.Ε1Τ 108 9.594 57.093 33.599 1.00 44.93 . N31Η ATSM 5772 to ZEK 1J9 8.920 55.509 35.038 1.00 41.1 $ Η31Ν ATOM 5773 CA ZEK 189 8.382 56.461 35.993 1.00 43.7 * Η31Η ATSM 5774 sv ZEK 109 6.857 56.474 35.905 1.80 42.01 N31Η

ϋ ϋ O <1 Π '1 ϋ? Ο ϊ Ο ΰ ΰ P L Y ΐ '1 C' ί ΰ ') ό Ο ΰ Λ Ο Ζ O' 7 (and! Π ζι η Ζ ι> Ω Ο Π Ω Ζ; ι Γι Г> Г) η Π η Ζ Ό ΰ Π <4 Π G.

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ATOI 5775 SY VEN 109 6.3В4 55.250 35,391 1.00 40.00 Η31Η About ATOM 5776 WITH 5 £ th 109 8.835 56.13V 37,416 1.00 44.62 1131V C ATOM $ 777 ABOUT BEN 109 9,054 54.97V 37,758 1.00 4 + .06 n31n and ATOM 5770 N 5EY to 90 8.906 57.175 30.23 $ 1.00 4 $ .13 H31n N ATOM 5779 CA ZEN to 90 9.34? 57.004 39.631 1-00 41.28 H31Y S ATOM 5790 NE ZEN 190 10.651 57.759 39.910 1.00 4?, 70 H31N s ATOI $ 701 SS ZIN 190 10-959 $ 7,? 94 41.291 1-00 51.62 Ή31Η 0 ATOM 5702 WITH 8KN 190 8-223 57. $ 14 40.559 1-00 48.63 H31N s ATOM 5793 ABOUT ZEN 190 7.793 58,654 40.449 1-00 49.40 H31n about ATON 5704 N UAY 191 7,749 56.869 41.460 1.00 48.61 N31N I Anti-terrorist operation " 5705 CA UAY 191 6.716 57,091 42.404 1.00 48.08 n31n s ATON 5796 SY UAY 391 5,628 56,022 42.579 1.00 48.63 H31Y with ATSN 5707 co1 UAY 191 4.361 56,655 43.120 1.00 49.16 from 1n with ATON 5708 CC2 UAY 191 5.378 55.322 41.276 1.00 50.66 I31N s ATON $ 70? WITH UAY 191 7,344 57.302 4 $, 770 1-00 48-14 I31N s ATSN 5790 ABOUT UAY 191 8.455 56.846 44.032 1.00 4 * .J4 H31N about ATON 5791 ϊί UAY 192 6.62 $ $ 7.900 $ 44.64 1 -ΰο 47, 14 n31n n ATSN 5792 CA UDD 192 7-071 50.124 46-020 1-00 49.09 H31N s AT'ON 5793 NE UAY 192 7,993 59.34? 46.168 1.00 47.37 Y31N with ATON $ 794 CC1 UAY 192 7,108 60.616 46.033 1.00 49.41 H31N s ATZ 5795 CC2 UAY 192 8.716 59.299 47.494 1.00 48.4 3 H31n s ATON 5796 WITH UAY 192 5.833 5V, 2V5 46.093 1.00 51.29 N31I with ATSM 5 19? about UAY 192 4.869 5B. 925 46.491 1.00 52.06 neither about ATOM 5 Ϊ9Θ N TIY 193 5.845 57.6BZ 40.076 1.00 03.99 N31N I ATON CA TNN 193 4,707 57.791 4J_9? In 1.0O $$ -? 2 G131N s ATSN 5909 sya TMY 193 4.442 56.475 49.712 1.00 $ 4.82 H31N s ATSN 5B01 OO1 TNN 193 4,293 55.412 40.762 1.00 52.78 H31H 0 ATOM 5Θ02 CC2 TNR 1 93 3.114 56.593 50.529 1-00 53.19 H31N s ATON 5003 € TNR 193 4,949 50.665 50.024 $ 1.00 7.50 “310 s ATOM 5004 0 TNR 193 6.014 5B. 915 50.630 1.00 50.19 H31K 0 ATON $ 005 N UAY 194 3.951 59.710 50.223 1.00 59.12 H31K N ATON 5006 CA UAY 194 4.007 60.750 51.244 1.00 59.31 N31I with ATON 500? NE UAY 194 4.132 62.149 50.614 1.00 $ 1.34 «31m s ATOM $ 009 CC1 UAY 194 five . 402 62.222 49.839 1.00 56.49 KZ 10 s ATON 5909 SB2 UAY Ju4 3 .001 62-443 +9.714 1.00 $ 3.69 H31N S. ATON $ 9 10 WITH UL 194 2.705 60.776 52.041 1.00 61.25 I31M s ATON 5011 0 UL 144 1,692 60.73 $ 51.604 1 LLP 61.92 H31H 0 ATON 561.2 N RIO 105 2.721 61. 416 53.222 1.00 62.39 NZZN N ATON 5013 With RNO 195 3-960 61.704 53.933 1.00 50.34 Y31N s ATON 5014 CA RNO $ 19 one . 521 63.910 53.990 1TOO 63.] 7 H31N s ATOM 5015 NE RNO 195 2 .080 62.549 55.197 1.00 59.42 “310 s ATON 5016 SS RNO 195 3.413 62.1176 $ 5.336 1.00 5V.40 H31N s ATON 501? WITH RNO 195 0.575 62.716 53.1ΕΞ 1.00 64.7V "310 C ATON 5010 0 RNO 195 1 .01 6 03.634 52.406 1.00 65.00 "330 0 ATOM 5019 N 8 EB 196 -0.725 62.476 53.297 1 .OS- 65.72 n31n n ATOM 5020 CA 5EP 196 -1.105 03.3Θ6 52.714 1.00 66.61 NZZN with ATOM 5021 NE £ EB 196 -3,111 62.B26 52.Θ95 1.00 65 TO5 n $ 1n s ATON 5022 SY 5 HER 196 -3.210 61.527 52.356 1.00 61.78 H31H and ATON 5033 WITH ZEK 196 -1.607 64.754 53.393 1.00 67.65 H2} N s ATON 5024 with ZEK 196 '1.704 65.795 52.746 1.00 60.06 B31B O ATOM 5ΒΪ5 N 5 HER 197 -1.403 64.734 $ 4.70 + 1.00 69.10 H31H 14 ATOM 5926 CA .CHECK nineteen? -1.411 65.944 55.516 1.00 69.05 NZZN with ATOM 5027 NE Yaw 191 -1 .255 65-561 56-990 ΐ TOO 69.35 H31N s ATOM 5Θ29 Sat Yaw 191 -0.156 64.604 53.1J9 1 TOO 69.21 H31H 0 ATOM 5029 WITH 5EV nineteen? TO-329 56.909 $ 5.130 1 LLP 70.07 H31N s ATOM 5Θ3Ο 0 VER 197 -0-543 09.174 55,225 1 LLP 70.52 H31H 0 ATOM 5031 Th ZEK 190 0.035 66.465 54,712 1.00 69.45 I31H N ATON 5032 CA 5EK 190 1.959 07.342 54,405 1.00 6Θ .99 NIN with ATOM 5033 NE ZEK 190 3.295 66.596 54.5ΒΘ 1.00 70TO2 n31n s ATON 5034 SY ZEK 190 3.41Θ 65.476 53.730 1.00 73.17 Β31Ι1 0 ATOM 5035 WITH ZEK ι for 1.055 6? .925 52.996 1.00 69.67 Ning s ATOM 5036 0 5 HER 190 2.64 0 68.798 52.610 1.00 66.31 VIV 0 ATOM $ 03? N Bw 199 O. B75 0?. 450 52,233 1 LLP $ 69.0 N31N N ATOM 50 30 CA Bw 199 0.587 68.038 50.930 1 LLP 70.07 H31N s ATOM 5639 NE Bw 199 -0.469 67 .219 50.205 1 LLP 69.03 H31N s ATOM 5840 Sat Bw 199 TO .060 65.002 .49.005 ? ao 66.69 B31H with ATOM 5041 From 01 Bw 195 -1-22? 6 $ .107 49-119 1TO0 $ 6, 13 H31N s ATOM 5942 C 02 Bw 199 1 .127 65.664 40,864 1 LLP 66.64 NIN with ATOM 5043 WITH Bw 199 0.07? 69.448 51,171 1 LLP? 4 TO1 NIN with ATOM 5044 WITH 1 · Εϋ 199 -0.534 69.736 52,202 1.CO 75.02 NIN with ATOM 5045 μ SUE 200 O.331 70.335 50,224 1.00 76.20 NIN N ATON 5046 CA SUE 200 -0.025 71.720 50,442 1.00 79TOZ H31N s ATOM 5047 WITH SUE 200 1.110 72.503 51.069 1.00 81.19 Ning s ATOM 5848 0 SUE 200 1.260 73.693 50,805 1.00 82.30 Η31Ι1 0 ATOM $ 819 n tin 201 1.922 71 -B47 51.809 1.00 82.11 H31H and ATOM 5850 CA Transnational corporation 201 2.984 72.552 $ 2.591 1.00 83.41 NIN with

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ATON 5051 sv Transnational corporation 201 2-869 ? 2.334 54.093 1.00 02.12 NES S DTOM 5852 OH1 TNR 201 2 .774 70.932 54 .350 1.00 02.06 NES 0 ATOM $ 053 syug TCI 201 1.64 3 73.831 54.632 1.00 00.62 nzn s ATSM 5654 with TNR 201 four . 377 72.143 52.142 1.00 04-13 NE1N s ATON 5455 0 TIR 201 5,191 72,988 51.766 1.00 06.17 NSS 0 ATSM 5856 I sm 202 four . C53 70.B46 52.189 1.00 03.67 NES N ATSN 5057 CA sleep 202 5.94 9 70.339 51,750 1-09 81.24 NSS with ATOM 5858 CE Sim 202 6,141 60.902 52.250 1.00 Θ4.61 NZSH ATSN 5859 SS owl 202 6, 355 60.013 53-740 1.00 V9.81 NZSH ATSM 5860 With sky 202 7.301 69.801 54,232 1.00 93.21 N31I with ATON 5B61 OE1 OWL 202 6.995 70.603 55,178 1.00 95.82 nE1n □ LTE 5862 Ϊ1Ε2 sm 202 8.468 69.997 53.586 1.00 96.62 nash and ATOM 5863 WITH fed up 202 6.013 70,393 50.246 1.00 76.65 I31N s ATSM 5064 0 owl 202 4,997 70.253 49.578 1.00 75.95 NE1N 0 ATSM 5365 N TNV 303 7,199 70.607 49.698 1.00 72.04 H31H N ATON $ 586 CA chan 203 7.326 70.634 40.253 1.00 $ 7 - 97 NZSH ATSN 5867 NE chan 203 7.958 71.961 47.791 1-00 58.16 NSS with ATSN 5868 OS1 tn 203 8.304 72.037 48.263 1-00 69.55 NSS 0 ATSN 5869 CC2 tn 203 7.170 70.14 $ 48.352 1-00 66.96 NES with ATSM 5870 WITH tn 203 8.148 69.439 47.737 1.00 64.26 H.31I s ATON 5871 0 tn 203 9.212 69,119 48.252 1.00 63.14 NSS about ATON 5872 S ΤϊΚ 204 7.623 68,769 46.713 1.00 60.03 nzsh ν AGON 5873 CA TUI 204 8,261 67,567 46.183 1.00 56.07 NZSH ATON 5074 NE TUN 204 7.267 66.406 46.201 1.00 56.87 NZSH ATOM 5875 C <3 TUK 204 6.884 66.022 47.605 1.00 $ 8.37 NZSH ATOM 5876 st TUK 204 5.636 66.324 48.121 1 .00 .59.73 NZSH AT & H 5877 CE1 TUK 204 5.318 66.035 49, 436 1.00 66.84 NZSH ATOM 5873 C 02 TUN 204 7.809 65.414 40.140 1, 00 60.23 NZSH ATON 5879 CE2 TUK 204 7.000 65.119 49,749 1.00 60.88 H31 I'm with ATON 5880 C2 ? WOW 204 6.287 65.432 50,? 45 1.00 61.19 NZSH ATON $ 881 OI TUN 204 $ .964 65.141 51.558 1.00 60.90 IZZI about ATON 5082 WITH TUI 204 Yo Ё44 67.751 44.774 1.00 54.04 H31N s ATON 5803 0 7TI 204 0.117 57.841 43.7B4 1 .00 $ 2.97 Я31Н about ATON 5004 N 505 10-167 67, BOC 44.693 1 .00 50.56 Y31H N ATOM 5805 CA 1b 235 10,831 67.982 43.415 1 .00 40, 02 NZSH ATOM 5006 NE 1b 205 11,880 69.126 43.485 ’.00 43-9? NZSH 17 ATOM 5807 CO2 NOT 205 12.670 69.191 42.170 ΐ -00 39.57 NZSH DTOM 580V CC1 IIE 205 11.171 70.443 43.801 1.00 4 0.24 NZSH ATOM 5889 CO2 1b 205 12.090 71.615 14-OP2 1.00 36.63 NZSH DTOM 5V90 WITH I b 205 11.511 66.685 43.017 1.00 40.10 NZSH ATOM 5891 0 I b 205 12 .252 66.086 43-801 1.00 49.28 NSS about DTOM 5392 N CPS 206 11.256 66.231 41-801 1.00 47.41 nzsh n ATOM 5393 CA CPS 206 11.926 & '->, 042 41.313 1.00 47.33 NZSH ATOM 5394 CPS 206 13.021 65.467 10-346 1.00 46.16 H31N s ATOM 5895 about CPS 206 12.151 $ 5,190 39.395 1.00 46.16 NSS 0 ATOM 5396 he CPS 206 10.905 64.116 40.637 1.00 48.73 NZSH ATOM 5897 Zst SUYA 206 1 SP 205 $ 4 .310 38.Θ41 1.00 49.42 NZSH 5 ATOM 8898 N ΛΞΜ 207 14.259 65.046 40.60V 1.00 46.09 NES 14 ATOM 5899 Joint venture L5N 207 15,400 65.405 39.750 1.00 45.79 NZSH ATOM 5900 NE DBM 20? 16.598 65.771 40.618 1.00 "7.44 NZSH ATOM 5901 with L5M go? 16, 194 66.274 41.978 1.00 49.48 NZSH ATCI 5902 001 DBM 207 15.873 6-5.401 42.884 1.00 49.54 NES 0 ATCI 5903 K02 A5M 207 16.199 67,597 42.140 1-00 45.35 NZSH N ATCI 5904 WITH DBM 207 15.794 64.256 38,841 1-00 45.19 NZSH ATCI 5905 0 A5N 207 15.981 63.126 39,292 1.00 45.98 NSS 0 ATSM 5906 n UAY 208 15.920 64.54 $ 37,552 1.00 44.59 NE1L I ATOI 8907 CA UAY 208 16.17 53.499 35,579 1.00 44.44 H31n s ATOM 5908 S.V UAY 208 15.061 63.39 $ 35.565 1.00 42.93 n31n s ATSN 5909 se UAY 208 15.278 62.291 34.596 1.00 42.05 H31N s ATON 5910 Cx92 UL 208 1.3,733 63,145 36.275 1.00 42.37 Ή31Η C ATON 5911 with UAY 208 17.477 53.703 35.B24 1.00 46.24 H31N s ATON 5912 0 UDD 208 17,649 £ 4.664 35.076 1.00 46.31 NSS 0 ATON $ 913 Η DZN 209 18.398 62.774 36.027 1.00 49.74 NZSH N ATON 5914 CA AZA 209 19.695 62.842 35.333 1.00 $ 1 .57 Y31N with ATSN 5915 NE AZN 50? 20.775 62.534 36.408 1.00 53.49 NZSH ATSN 5916 se Gas station 209 21.866 63.555 36.397 1.00 58.10 NZSH ATON 5917 001 AZN 209 22.623 63.663 35-425 1-00 61.93 nzsh 0 ATON 5918 N02 ABA 209 21.961 64.331 37,476 1.00 60.31 NZSH N ATON 5919 with AZN 209 19.758 61.854 34,233 1, O0 53.30 NZSH ATON 5920 ΰ Α3Ν 2C9 19.119 60.794 34,286 1.00 52.74 I31N 0 ATON 5921 "I H1Y 210 20.521 62,213 33.208 1.00 55.96 NZSH N ATON Ξ922 CA H13 210 20.602 61,371 32.027 1.00 68.39 N31N s ATON 5923 sv H1Y 210 19.506 61-586 31,075 1.00 57.9 $ . NZSH ATSN 5954 se H1Y 210 19.554 60,737 29.841 1.00 57.46 n? w with ATON 5925 with? H13 210 16,962 59.554 29.550 1.00 $ 6.95 NZSH ATON 5926 BO1 1173 210 GO.240 61.111 28.705 1.00 56.62 H31H N

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ATOM 5927 CE1 H1 & 215 20.064 60-196 J?, 76V 100 56.04 H31N with ATOM 592V PE2 H1 & 215 19.293 09.2 + 1 Y8, y55 100 56.13 H31YA 1+ ATSM $ 592 WITH E51 210 21.989 61.732 31.332 1.00 $ 4 .05 M31N with ATSM 5930 0 ίίϊΒ 210 21.999 62,563 30. + 23 1.00 66.26 H31N about ATOM $$ 31 ! ί LUZ · 211 4E- $ 80 61,105 31.759 1.00 $ 7 .42 H31N s ATOM 5932 CA Τ.Υ5- 211 Y4.4Y2 61.500 31.30Θ 1.00 71.12 H31N with ATOM 5933 NE Bw 211 25,493 60,000 32.140 1.00 73.4? I'm $ 1H with ATON 5934 SS Bw 21 ΐ 25,650 $ 1.391 33.537 1.00 70.05 Y31N with ATOM 5935 With Bw 311 26,676 60.635 34.371 100 09/09 H31N with ATSM 5936 CE B5 211 26.51V 60.963 35.851 1.00 07.25 NIN _G ATSM 5 937 yag Bw 211 07.25V 60.948 36.299 I .00 92.55 H31N N ATOI 5933 with Bw 211 24,717 61.208 29-821 1.00 71.44 NIN WITH ATOM 5939 0 Bub 211 2 5.602 61-95 + 29.265 1.00 70.80 H31N ΰ ATSN $ 9 + 0 I Ryo 212 23.908 60,363 29.161 1.00 70.66 Β31Ι1 N ATSN 59 + 1 wed RAO 212 23.075 59.370 29.752 1.00 6B, 67 NIN WITH ATSN 59 + 2 CA RAO 21? 24-151 60.13 $ 27.723 1.00 70.83 N31I with ATON $ 9 + 3 NE RKO 312 23,177 59.003 27.425 1.00 68.87 H $ 1H with ATON 59 + 4 SS moat 312 01/23+ 5B.308 28.700 1.00 67. + 1 NZZN with ATSM 5945 with T-bills 212 23.856 61.369 26.081 1.00 ? 1.3 $ H31N with ATSM 594 6 with ΡΚΰ 212 24.5 + 9 61.634 25.097 1.00 73.26 H31N 0 ATOM 5947 N ZEK 213 22,831 62.12 + 27.260 1.00 69.78 NIN I ATOM 5943 CA ZEL 213 32,506 63.363 26-573 ], 00 67.25 NIN with ATSM $ 594 NE BEI 213 20.998 63,446 26,316 1.00 68.21 NE1N with ATOM 5 $$ 0 □ 0 ZEK 213 20.260 63.475 27,523 1.00 69.83 IE1N 0 ATSM 5951 WITH ZEK 213 ZY 976 $ 4.603 27.353 1.00 6+ .95 k31n with ATOM 595? 0 ZEK 213 22-73 $ 65,733 26.Θ95 1.00 6+ .30 N31K 0 ATOM 5953 N Α5Ν 214 23.651 $ 4, ZVO $ 28.45 1.00 6 $, 00 H31N I ATSM 5954 CA Α3Ν 214 23. $ 66 $ 5,445 29.405 1.00 62 - 78 NIN with ATSM 5955 WITH& AZES 214 25.135 $ 6.202 26-099 1.00 64.09 H31N with ATON 595 $ SS AZES 214 2 $ .432 65.517 09.09Y 1-00 68.41 NE1N with ATSN 5957 □□ 1 AND YOU 21+ 26.678 6 + -70 $ 28.003 1.00 68.49 H31n but ATON 5953 N02 AZES 214 27.276 65.773 29,000 1-00 68.13 N31I ! + ATOM WITH AND YOU 21+ 22.702 $ 6.330 29.632 1.00 60.03 H31n with ATON 5960 0 Foreheads 21+ 22.733 67,513 29.258 1.00 59.28 And 311T about ATON 5 $$ 1 1+ Transnational corporation 215 71.732 65.767 30.257 1.00 50.26 H31N E + ATON 5962 CA Transnational corporation 215 20.473 66. + 71 30.437 1.00 55.62 Y31N WITH ATON 5963 NE Transnational corporation 21 $ 19,412 65.954 29, 44 + 100 52-20 H31N with ATOI 5964 SG, 1 TNV 715 19,909 $ 6.080 20.112 100 17.16 Y31N 0 ATON 5965 CC2 Transnational corporation 215 18.137 66,741 29. $ 50 100 + 9.51 H31, H with ATOM $ 596 WITH Transnational corporation 715 19,937 66.28V 31. B55 1.00 $ 4.60 H31N with ATOM 5967 WITH Transnational corporation 225 39.390 65.22V 33-11 + 100 $ 7.16 Η31Ή 0 ATON 5969 N Bw 216 20.069 67.28V 32.710 100 51 -53 H31N I dTym 5969 CA Bw 216 19.366 67.224 $ 3-976 1, oo + 9.41 Η3ΙΗ with ATOM 5970 NE Bw 216 20.251 67.74 5 35.109 1, O0 + 7.56 H31N with ATOM 5971 The EU to be 216 19.7 + 0 67-3 + 6 36,505 1.00 51.25 nzsh with ATOM 5972 With Bw 216 20.613 67.953 37-610 100 56.11 H31YA with ATOM 5973 CE Btb 210 19.793 6a, + $ 2 $ 0.509 1.00 59.03 n $ 1n with ATOM 5974 1 + 2 Bw 216 19.922 69.83 $ 39,020 1.00 66.70 H31N [0 ATOM $ 597 WITH Bw 216 1Y-S0Y 67.99 + 33.913 1.00 + 7.52 and $ 1n with ATOM 5976 WITH ΕΥ5 216 17,947 69,066 33,343 1.00 + 7.3? I31 I 0 ATOM 5 9? 7 and il 217 16,986 67,399 34. + 75 1.00 + 3.17 H31N N ATOM 5979 CA 7Ab 21 7 15.675 60.02 9 34.495 1.00 4 9.40 Y31N with ATOM 5975 se B'a 217 1 + .705 67.359 33,504 1.00 + 2.90 H $ 1H with ATOM $ 598 CC1 0A 717 13.382 60 .094 33.502 1.00 + 3.01 H31N with ATSM 5983 SY2 UAY 217 15.291 07.349 32.126 100 4th, 04 H31N with ATOM 5982 WITH UAY 217 15.033 67,935 35-874 3.00 + 5.53 H31N with ATSM 5983 0 νΑΙ 217 14,689 06.037 36.3J5 1.00 + 4.46 NIN 0 ATOM 5984 I AIR 21B 14.0 + 4 69.005 36-522 1.00 + 5.13 NIN μ ATON 5985 CA Huh? 21B 14.066 69.1 $ $ 1.765 1.00 + 4.22 K31N E ATOM 5986 NE AIR 21B 14.6 + 6 70.233 38,697 1.00 45.01 NIN with ATOM 5987 Sho AIR 21B 16.03 $ 69.896 $ 9.177 1.00 46.69 N31K with ATOM 5969 OB1 AIR 21B 16.230 60.770 39,690 1.00 48.07 I31N 0 ATSM 599 $ SJ2 AIR 21B 16,942 70.752 39.040 1.00 47.2 + H31N 0 ATON 5990 WITH AIR 218 12.60 $ $ 69.46 37. + 6H 1.00 41.02 H31N with ATSN $ 991 0 AZR 216 12.325 70,433 36.758 1.00 41-41 n $ 1n 0 ATSN 599? n Bw 21 $ 11.6V8 6B.690 .33-000 1.00 41-5 $ H31N I ATON 5993 CA Bw 719 10.261 69,006 37-Θ5Ε 1.00 43-18 NIN with ATCI 5994 NE Bw 219 9,546 6 B.OV5 36.983 1.00 4J. 71 H31N with ATSM 5995 SS Bw 219 8.209 6B.49 + 36. + 54 100 + 2.46 H31N with ATSM 5996 With Bw 21 $ 8. +01 69.794 35.667 100 46.00 H31N with ATSM 5997 CE Bw 219 7.112 70.26+ 3+, 9? 1 1.00 46.61 from 1n with ATSM 5999 No. Bw 21 $ 7.108 69.969 33-497 1.00 46.37 H31N I ATOM 5999 WITH Bw 219 8.612 68-982 $ 9,279 1.00 + 4 .12 . n31n with ATSN 6000 about Bw 213 9.70 $ 63rd? 40.035 1.00 + 3.32 M31I about ATON 6001 to love 220 B, 8 '? 9 70,037 39.616 100 + 6.31 H31N I ATOM 6002 CA Bw 220 8.] 7 $ 70.073 40.B07 100 51.36 H31N with

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ΑϊύΜ 6003 Sv 0UY 220 0.004 71.512 41.356 1.С-0 51.03 N31Ts ATOM 6004 With 0ΥΕ 220 7,136 71.604 42,507 1.00 53.30 I31E1 ΑϊΰΜ 6005 With Bw 220 7,297 73,099 43.134 1.00 55.6 $ I31N ATOM 6006 SG Bg5 220 6.414 73.349 44.343 1.00 50.30 Y31N ATON 6007 ΗΖ Bw 220 6-792 74.612 45,042 1 .CO 61.74 Η 71Η ATOM Bm with B £ 220 6,610 69.413 40, 731 1.00 $ 5.52 Y31N ATSN 6 СО 9 ABOUT £ y5 220 6,127 69.592 39,727 1.00 $ 0.17 Y31N ATOM 6010 N ΦΑΙ, 22 ’ 6.425 68.622 41,717 1.00 59.39 N31I ATCI 6011 SD FAI 221 5,191 67.085 41.620 1.60 63.66 Η31Η ATON 6012 NE ΦΑΙ 221 5.439 66.388 41.823 1.00 64 .00 N31I ATSN 6013 CC1 UAY 221 4,117 65.618 41,710 1, 00 62 .71 Η31η ATOM 6014 032 UAY 221 6.3E1 60.092 40.743 1.00 61.51 H31N ATOM 6015 WITH UAY 221 4.234 60.4 10 42.661 1.00 67.49 Η3ΗΙ ATOM 6616 □ UAY 221 4,500 £ 0.365 43.852 1.00 67.95 K3 ΙΗ ATOM £ 017 N SI 222 3.11V 60,942 42.102 1.00? 2.52 Ε3 3 1ΗΪ ATON £ 01 I SD BBV 22? 2-115 69.555 43,032 1.00 7Ϊ-04 Η31Η ATOM ΒζΠ 9 NE 5th 1,951 71,041 42.609 6-00? 9.41 Η31Η ATOs 6020 ss Stlg 22? 3.071 71.952 43.174 1.00 07.22 H31N ATOM 6021 with yo! 1 222 2,790 73.425 42.900 ΐ .00 91.43 H31N ATOM 6022 OE1 st 222 3,133 74.277 43.750 1.00 95.60 Η311! ATOM 602 3 CE2 si 222 2.221 70.730 41,029 1.00 95.74 Η31Η ATOM 6024 WITH si 222 0.793 £ 0.043 40,802 Ι.ΟίΙ 7 9.22 I31N ATOM 602 5 ABOUT si 222 0.551 B8.2? 1 41.73? 1.00 70.25 N31CH ATOM 602 E N Ryo 223 -0-004 60,979 43.ΘΟ3 1.00 91.42 Η.31Ή ATON 602? SR Air force 223 0.3 + 4 69,435 45.129 1.00 03.23 Ή31Η ATCI 602 $ CA RVO 223 -1.433 6B, 31Θ 43.734 1.00 03.4 $ NE1N ATON 6029 NE OVR 223 -2.002 60.595 45.121 1-00 04.78 Η31Η ATOM 6030 SS ₽Н0 223 -0.805 6B.783 45.992 1.00 85.56 Η 3111 ATOM 6031 with 880 223 -2.261 60.981 42.635 1.00 84.25 H31YA ATOM 6032 0 6BO 223 -1.940 70.080 42-10 $ 1.00 Β2.72 H31N ATOM 6033 N Bw 224 -3.332 60,310 42.221 1.00 05.60 H31N ATOM 6034 CA 1_U £ 224  4.123 68-730 41, 069 1.00 87.49 Y31N ATOM 6033 NE love 224 -4,739 67.507 40,432 1.00 87.94 H31N ATOM 6036 SS B £ 224 - <] .095 66,190 40.749 1.00 80.70 H31N ATOM 6 037 SR yuv 2? " -4,345 55.129 39. 692 1.00 90.62 Η31Η ATOM 6030 CE BUV 224 -3,572 63.050 40,031 1.00 92.06 Η31Η ATOM 6039 N2 1. UE 324 -3.407 62.866 30.913 1.90 92.45 Η31Η ATOM £ 04 G) WITH ΤΎΒ 224 -5.191 69.764 41.441 1 .FO 80.37 Η31Η ATOM 6941 WITH Bw 224 -6.384 69.300 41.1 15 1, U0 09.00 Η31Η ATOM 604? oht B0 224 -4.025 70.932 41.701 1.00 89.07 Η31Η TEN 6043 B0 224 Β31Η ATON 6044 sv 5EV 2 63.063 32.017 2.917 1.00 52.61 £ 210 ATON 6045 se CENTURY 2 65.036 32./80 2.112 1.00 56.46 B21b ATOs 604 6 with ZEK 2 63,296 30.542 1-965 ’, ΟΟ 51.89 121Β ATON 604 7 0 WAY 2 62.911 29.519 2.530 1.03 49.06 B 2 1B ATOM 604V N £ her 2 61.635 31.80 $ 3.365 ϊ.0-3 50-71 B21V ATOM 604 9 CA VEN 2 62.73YA 31.922 2.361 1.00 50-89 1.2 1θ PBX 603ϋ M ABA 3 64.199 30-533 0.985 1.00 56.94 1.21 in ATON 6031 CA ABA 3 64.675 29.305 0.362 1.00 57.67 B21b ATSN £ 052 NE DIA 3 65-526 29.649 -0.013 1.00 55-59 1.21 Β ATSN £ 033 WITH ABA 3 65.454 20,330 1.309 1-ΟΦ 57.11 Ε21Β ATSN 60 $ 4 0 ABD 3 65.912 28,813 2.360 1.00 57.70 1.21V ATOM 6055 N WEIGHT four 65.565 27,125 0.022 1-00 51.91 B21b DTOM 6056 CA ιχυ four 66,411 26,170 1.654 1.00 60.60 B21b ATOM 6057 NE ive four 65.999 21,735 1 .303 1.00 49.68 1.21 V PBX 6053 SS Bf four 64.497 24.436 1,262 1.00 46.57 1.21V ATOM 605 9 CP1 yee four 64.270 22.951 1.014 1.00 42.00 1.21V ATOM 6060 CP2 Bw four 63.052 24.017 2.561 1.00 45.01 B21n ATON 6061 WITH Bw four 67.000 36-363 1.202 1, ΌΟ 51.12 1.21V ATOM 6062 0 yee four £ 0.170 26-034 0.105 1.00 51.19 1-2113 ATOM 6063 N tn five £ 0.791 ?, 6.04 5 2.191 1.00 53.04 1.21V ATOM 60 £ 4 CA TIR five 70,207 26,310 1,999 1 .00 54.33 B21b ATON 606 $ NE Transnational corporation 6 70.050 20,020 3,300 1.00 55.1? B21V ATOM 6066 SS ’ Transnational corporation five 70,095 27.914 3,834 1.00 56.53 1.21V ATOM 6067 Joint venture? Transnational corporation five 72,293 27.267 3,037 1 -00 $ 4.92 1,213 DTOM 6060 WITH ttsv five 70.95Θ 25.072 1.561 1.00 55,? 0 B21b ATOM 6069 about TNN five 71,062 10.247 $ 2.31 1, 00 53.92 B21b DTOM 6970 Ή sn 6 71,480 25.103 0.339 1.00 57.74 1.21V ATSN 6071 SD □ n 6 72,399 24 .075 -0. And2 1.00 60.39 B21b ATON 6072 NE sn 6 71,997 23.59 $ -1-530 1.00 58.92 B21b ATON 6073 With sn 6 70,627 22-949 “1.646 1.00 57.25 B21b ATOs 6074 With syp 6 70.3 £ 7 22.370 -3,041 1.00 56.07 121B ATOM 6075 0E1 these 6 69,373 22-697 -3.606 1.00 55.90 . 1.21 V ATON £ 076 Мё2 EGS 6 71.266 21 -.508 -3,503 1.00 51.99 1.21V ATON 6077 WITH fed up 6 73,793 24.676 -0.220 1.00 62.93 B21b ATOs £ 070 0 £ b £ 73.962 25.893 -0.141 1.00 63-57 B21b

ϋ О 7 ο Ώ Π П- С1 Ζ ϋ Π ΰ ΰ ϋ Λ Ξ ο Γι П П П П П Ϊ о П Ω Л ч · Π ί Г11 η · τ_ι (} I? Ο π i Λ ο π π l g □ l l β L L ϊ О Г] ϋ ΰ С 'Ο ΰ Ο * ΰ Ί Π Л С ιΊ · g π Π ϊ π · π

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ATSN 6079 TO T-bills 7 74.927 $ 8.831 -0.364 1.00 65.06 more to ATON 6080 With RP £ | 7 74.050 $ 2.407 0.006 1.00 £ 6.69 b $ 1B s ATON 6081 CA REO 7 76-158 $ 4.319 -0.761 1.00 66.63 B21b c ATON 6082 Joint venture RCP 7 77.052 23.094 -o.boa 1.BO 67.1B 1.2 10 C ATSN 6083 ss RPO 7 76,305 22.179 0.30? 1.00 ev, 34 1.21V C ATON 6084 with RCP 7 16,081 24.772 2.212 1.00 66.06 B21b c ATON 6085 0 ro 7 7.5,360 24.179 -3.001 3.00 6 / .38 B21b 0 ATOK 6086 I ABA eight 76.024 25.ΒΙΟ 2.575 1.00 67.52 B21b N ATON 6087 CA ABA eight 76.860 26.225 -3.971 1.00 60.06 B2 1B C ATOM 6088 NE ABA eight 77.642 27.526 -4-121 1.00 70.77 B $ 1B c ATOM 6009 WITH ABA eight 77.4B2 25.126 -4.031 1.00 60.63 ъ $ 1c ATOM 6090 ϋ ABA eight 77.122 24.967 -5.993 1.00 67.06 B $ 1B o ATOM 6091 N 5 HER 9 78.413 2 * .364 -4.265 1.00 69.56 b $ 1 in i ATOM 6092 CA & £ ₽. 9 78,908 23.232 -4.990 1.00 71.04 B $ 1B c ATOM 6093 sv □ EH 9 80-051 23,718 -5.979 1.00 71-6 * B $ 1B c DTO1CH 6094 OS 5 EP. 9 81.060 24.455 -5.315 1.00 75.30 1.21V 0 dton $ 609 with I am EV. 9 79.50? 22.153 -4.083 1.00 69.92 1.21V C ATOM 6096 0 ΞΕΚ 9 79.840 22.369 -2.902 1.00 69.81 B21b 0 AGOM 6097 N UAY ten 79.771 20.963 -4.651 1-00 68.05 B21V M ATOM 6098 CA UAY ten VO.4V7 19.86? -4.009 1-00 67.25 B21e s ATOM 6099 Sv UAY ten 79.553 18.805 -3, E9e 1.00 68.41 B21V S And there 6100 SB1 UAY ten 70.759 19-393 -2 .259 1.00 6E.36 B2sh c my 6101 Ce2 UAY ten 76.639 18-242 -4.478 1.oo ba. * S Ι.Ϊ1Β C ATOM 6102 WITH UAY ten 81.273 19-173 -5.093 1.00 66.54 B? 1B C ATOM 6103 Ο- UAY ten 50,874 19.177 -6.262 1.00 £ 7.05 B21 0 ATOM 6104 Ν 5 EP AND 82.E83 18.563 -4.701 1.60 £ 5.07 L21E B AGOM 6105 CA ZER AND 33.317 Over 029 •five. 6? 0 ) -00 65.23 B213 s AGOM 6106 NE VER AND 84.572 18.897 -5.607 1-00 61.31 B21b c ATOM 6107 00 YEV eleven 85.25V 1a-72V -6, 908 1.00 63.07 B21b o ATOM 610V WITH 5EP and 83.683 36.584 -five. 35? 1.00 62.63 E21B C ATOM 6109 about 5EY eleven 83-155 16.194 -4.184 1.00 02.00 Ι.21Β 0 ATOM 6110 d) SUE 12 83.911 15.194 -6,397 1.00 61.55 B21b N dton 6111 wed SBU 12 $ 84.36 14,427 -6.206 I .00 59.05 B21b c ATOM 6112 with OW 12 04.904 13.167 -7.463 1.00 Ϊ9.44 B $ 1B c ATOM ¢ 11 3 with SBU 12 84,533 14.127 -8.5V5 1.00 5? TK B21b 0 ATSN 611 4 1ΐ 5K.R 13 85,704 12.107 -7.256 1.00 £ 0.09 T.21V N ATCI 611 5 CA ZEK 13 06.412 12.017 -8.33 * 1-00 61.13 B21b c ATOM 6116 NE ZEK 13 07,909 11.655 -8.050 1.00 6], 04 B21b c ATOM 6117 OS Yaw 13 88.515 11.011 -9.010 1.00 60.21 B21b ϋ ATOM 6-18 with VEYA 13 05.759 10.646 8.439 1.00 59.77 1.21V 0 ATOM 6119 with ZED 13 B5.223 10.145 -7,463 1.00 59.25 1.21V About ATOM 6120 N RKO 14 05.809 10.014 -9-621 1-00 59.99 B21b s ATOM 6121 With VYO 14 06.598 10.379 “10,012 1.00 59.07 121V C ATOM 6122 CA ? KO 14 B5.040 B.776 -9 .J23 1-00 62.35 Ϊ.21Β C AT He 612 3 Sho T-bills 14 05.519 6-235 -And. 148 1.00 60.39 1.210 s ATON 6124 se RNO 14 W.045 9.474 -11.003 1.00 59.18 S21V S ATON 6125 with T-bills 14 05.168 7,759 -AT . 676 1.00 64.90 1.21V s ATON 6 12 V ΰ Ry 14 86.1 92 7,676 -0.010 1.00 65.3 (1 B21b o ATON 6121 N Yu 15 94.098 7.0O1 -0.434 1.00 67-76 1-Ϊ1Β N ATON 6128 CA SUE 15 94,110 6.056 -7.336 1.00 71.41 T.? 1V s ATOM 6129 WITH 01 .U 15 ¢ 4.100 6.70? -5.963 1.00 75.03 B21b c ATOM 6130 0 OW 15 84.199 6.020 -4.950 1-00 74.91 B21b 0 ATOM 6131 N <31Ν sixteen 84.006 8.029 -5.9V8 1.0O 79.31 B2iv i ATOM 6132 CA Ym sixteen 83.Β7Θ 8.7 g2 -4.623 1-00 83.11 B215 s ATOM 6133 NE si sixteen 84.415 19.143 -4.714 1.00 85.00 b21a s ATOM 6134 SS she sixteen 85.929 10.243 -4.740 1.00 90.35 B21b c ATOM 6135 B oh sixteen 86.419 11.68 3 -4,? 10 1 .00 92.66 B $ 1B s ATOM 6136 0 £ 1 01L sixteen 87-482 12.005 -5.256 1.00 92.77 B $ 1B o ATON 6137 2 On sixteen 05.64 4 12.560 -4.069 1.00 93.76 B $ 1B N ATOM 613V WITH si sixteen 02.420 0.7-4 6 -4.145 1.00 83.04 T, $ 1P C ΆΤΰΗ 6139 WITH si; sixteen 61.498 0.490 -4.919 1.00 a * .70 B21b 0 ATOM £ 140 N $ Her 17 02,246 9,056 -2.364 1.00 83 IE Ι.2ΙΒ N ATOM £ 141 CA 5EY 17 00,313 9.239 -2.294 1.00 84.75 B21b c ATON 6142 NE 5. R.P. 17 VO.603 0.125 -1.279 1.00 88.49 B21b c ATOM £ 143 OS 51ΪΗ 7 7 00,314 6. 091 - $ 1.92 1-00 89.21 B21b c ATOM 6144 with ZEK 17 00.758 10.607  1.62 V 1-00 83.8V B21b c ATSN 6145 0 ZEK 17 01.204 10.812 -0.490 1.00 02.32 B21 th ATOM 6146 to 1b 18 00.116 11.539 “2,310 2.00 03.5V B21b N ATOM 6147 CA 1b 15 79.808 12.850 -1.1 $: 1.00 03.01 121V C ATOM 0148 NE 1b 15 79.972 13.974 -2.194 1.00 02.86 1.2111 C A.TOY 6149 CC2 1b 18 01.304 14,495 -2.1? 6 1.03 B.O.I 1210 C ATOM 6150 SY1 1b 18 79.ΪΒ1 13,462 -4.182 1.00 05.8 (1 1.21V C ATS " 6151 C01 1b 18 78.114 12,921 -4,275 1.00 90.99 . 021V C ATOM 6152 with ΙΙ.ί 18 78.394 12,925 -1.211 1.00 01.22 1.21V s ATSN 6153 0 18 77.562 12.06V -1.492 1.00 03-09 1.21V 0 ATCI 615 * N TCJ nineteen 70.117 13,960 -B. 433 1.00 77-31 L1B N

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ATSN 6155 CA TNN nineteen 76.739 14.264 -0.115 1.00 73.65 1.2 ΙΒ WITH ATON 6156 NE Transnational corporation nineteen 76.344 13.699 1.2 50 1.00 72-21 1,210 WITH ATON 6157 CC1 TNN nineteen 76.7 (17 14.634 2.277 1.00 70-39 Σ23Β ΰ ATON 6158 CC2 Transnational corporation nineteen 77.049 12.307 1.480 1.00 70.2? 1 * 2 ΙΒ with ATSN 6159 WITH tn nineteen 76.458 15.705 + 0-134 ι.οο τι, ιζ Σ21Β 0 dtsn 6160 about THY nineteen 77.370 16.590 +0.039 1 00 71.13 Σ21Β ΰ ATON 6161 N ΙΣΕ 20 75.178 16.100 0-76) 1.00 69.-35 ΣΞ1Β l ATSN 61st? OD ΙΣΕ 20 74.737 17.47.7 -0-418 1.00 65.60 Σ21Β with ATON 61bZ sv ΙΣΕ 20 74-05) 17.658 -1.7 $ 9 1.00 61.69 Σ21Β £ ATCI 6164 ss? ΙΣΕ 20 73.641 ] 9. (187 -1.966 1.00 61.03 Σ21Β WITH ATSN 6165 CC1 ΙΣΕ 20 75.038 17.270 -2.906 1.00 5Β .15 Σ21Β <; ATSM 6166 From 01 ΊΣΕ 20 74,401 17.454 -4.286 1.00 54 .31 Σ21Ε with ATOM 6167 with ΊΣΕ 20 73,773 17.Β5Ζ 0.700 1.00 65 * 38 ς2; β with ATON £ 168 ΰ ΊΣΕ 20 72.859 17.120 1.043 1.00 60.12 Σ210 with ATON 6169 N Yen 21 73.998 19.036 1.270 1.00 68.68 1 * 2 ΪΒ Ν DTON 6170 CA ίϊΗ 21 73.178 19.513 2.351 1.90 67.79 Σ21Ε3 WITH ATON S 71 sv 5ЁВ 21 74.038 20.377 3.303 1-00 68.52 ΣΞ1Β WITH ATSN 6172 OS Yen 21 73.230 21.136 4-1 $? 1.80 7 0.98 Σ21Β 0 ATOM 617 $ with ΒίΗ 21 71.953 20,314 1.930 1.00 67.36 121E WITH ATSN 6174 0 Yen 21 71.994 / 1 .035 0.932 1.00 66.91 Σ21Β 0 ATSN 6175 and From ¥ 5 Ζ2 ? 0, $ 6 $ 20.194 2.689 1.00 67.57 Σ21Β Η ATON 6276 CA £ Ϊ5 22 69.663 20.994 2.4 52 1.00 60.05 Σ21Β WITH ATSN 6177 WITH SUY 22 69.19? 21.43? 3.790 1.00 69.11 Σ21Β WITH ATON 6178 th £ ϊ £ 22 68.334 20.711 4.402 1.00 69.10 Σ2 3Β 0 ATON £ 179 sv Οΐ & 22 68.639 20.118 1.732 1.00 67.68 1 * 21Β 0 DTsN £ 160 5C C7Y 22 67.077 20.933 1.216 1.00 £ 5.97 Σ21Β £ ATOM 6151 and Τ31Η 23 69-49.5 22.593 4,290 1.00 72.15 Σ2ΊΒ Ν ATSN 6 <& 2 CA THY 23 85.051 22.958 5-628 1.00 76.33 1E1V WITH ATON 6193 NE ΤΉΗ 23 10,205 23.520 6,473 1.00 75.55 1218 0 ATOM 6ΪΒ4 0С1 ΤΗΗ 23 70.577 24.606 5.97 2 1.00 70.73 121Β ο ATSN 6105 ss? ΤΗΗ 23 71,499 22.595 6.407 1.00 7 5.-50 1,21 Β WITH ATON 6186 with ΤΗΗ 23 67.903 23.967 5.615 1.00 70.37 12 10 WITH ATON 6107 and ΤΗΗ 23 68.068 25.123 5.217 1.00 19.56 Σ21Β 0 ATOM 6188 N C1U 24 66.737 23.509 6.059 1.00 79.38 Σ21Β N ATON 6189 CA £ Σΐ 24 65.554 24.341 6.05 7 1.0 (1 0 0.39 121Β WITH ATON £ 190 WITH ΟΣΥ 24 65.173 24.696 7.472 1.00 81 .41 1.21Β WITH ATON W1 ABOUT ΟΣΪ 24 66.042 24.910 Β.3Ο6 1.00 & 1.58 Σ21Β 0 ATON 6192 L THY 25 63.878 24.747 7.79 7 1-00 83.11 Σ21Β and ATON 6193 CA ΤΗΗ 25 63.429 25-116 9,085 1.00 05.45 Σ21Β WITH ATSN 6) 94 NE THAT 26 62.866 2 6.501 9-071 1-08 Β6.14 1210 WITH ATSN 6195 0С1 TIN 25 ¢ 1-631 / &, 6/9 8,360 1.00 07.19 121Β 0 ATON Y96 ate? TON 25 63-846 27.52Β 8,388 1.08 Θ6.73 121Β WITH ATON 6197 WITH TIN 25 62.373 24,216 9.692 1.00 Θ6.3Β 121Β WITH ATON 6193 ABOUT TON 2 $ 62-153 23.098 9,217 1.03 05.39 12 ΙΕ 0 ATON 6399 L Yen 36 61.735 34.693 10.757 1.00 07.61 121Β η ATSN 6200 CA Yen 26 60.632 23.990 11.394 1.08 09.14 12 1I 0 ATON 6201 NE 5 EN 26 60.301 34.591 12.781 1.00 0 7. 79 1218 0 ATOM 6202 OS Yen 26 60.260 25.992 32.70Ε 1.00 05.49 Σ21Ε ο ATON 6203 with Yen 26 59.375 24.120 10.538 1.08 91.27 Σ21Β WITH ATON £ 204 about CENTURY 26 58.300 23.600 3 0.92 3 1.08 92.88 12 ΙΒ η ATON 6205 m Yen 37 59.520 21.737 5.374 1.00 93.31 Σ21Β and ATON 6206 CA ZEY 27 58.409 24.899 J.4J2 1.08 94.36 121Β WITH ATON 6207 NE ΞΕΗ 27 58.176 26.302 8.17 * ] -08 94.15 121Β 0 ATON 6203 ABOUT 5 EN 27 58.262 27.140 9-369 1-08 91.23 121Β 0 ATON 6/09 with Yen 27 58.730 24-186 7,146 1.08 95.59 Σ21Β 0 ATSN 6210 0 Yen 27 57.837 23-J51 6.37 6 1.08 97.39 121E ύ ATOM 6211 N AIR 2 $ 01/01/9 23,964 6,913 1.00 96.07 621Β I ATON 6212 CA AZR 2 " 60.507 23.454 5.637 1.00 96.19 121and WITH ATON 6213 NE AZR 29th 61,825 24.146 5.270 1.00 98.10 121 $ WITH ATSN 6214 SS AIR 28 61.718 25.670 5.281 1.00 99.61 121Η WITH ATON 6215 C01 AZR 39 62.749 26.351 5.067 1.00 97.89 121Β 0 ATON 6216 002 AIR 38 6ϋ.6ϋ3 26.100 5.502 1.08183.0 $ 1.21 Β eight ATON 6217 WITH AZR 39 60.724 21.945 5.704 1.08 96.20 1ΐ · 1Β WITH ATON 6218 WITH AZR 28 59.811 21.163 5.451 1.00 94.14 1.21Β 0 ATOM 6219 N SAW 39 61.938 21.535 6.040 1.00 97.12 121Β Ν ATON 6220 CA UL 29th 62.221 20.122 £ .21 $ 1.00 99- / 2 121Β WITH ATON 6221 NE UAY 29th 63.636 19.773 5.73 $ 1-80 98.78 121Β WITH ATSN 622? C61 UDE 29th 63.907 20-450 4,416 1.00 98.60 121Β WITH ATON 6223 CC2 ΥΑΣι 29th 64.651 20.180 6,711 1.08 98.58 121Β WITH ATON 6224 WITH ULT. 29th 62.108 19,780 7.655 1,00100.99 121Β WITH ATON 6225 0 UL 29th 62-414 18-677 0. 110 1.00102.10 121Β 0 ATSN 6229 n 6ΣΥ thirty 61.671 20.76? 8.481 1.00102.57 121Β Η ATON 6227 CA ΰΐϊ thirty 61.450 20,546 9.099 1.00105.19 . 121Β WITH ATOM Y2ey WITH 8ΣΥ thirty 60.199 19.72? 10.159 1.00186.33 121Β WITH ATON 6229 WITH 8ΣΪ thirty 60.273 15.632 10.716 1.08106.20 121Β 0 DTO " 6230 N ΰΣΥ 31 59.04? 20.260 0.764 1.00106.57 121 Β and

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ATON £ 231 CA SUE 37 57.041 19-452 9,704 1.00108.37 1.21V ATOM £ 232 0 Ο0Υ 31 57.715 19.872 8.30 " 1-0O110.31 B21b ATON £ 233 ABOUT 31U 31 56-503 19.3? 0 7.432 1.00110.1? B21b ATON £ 234 N ΤΪΚ 32 56.739 17.997 9.008 1,00113.44 1.21V ATON £ 235 CA ΤΥΚ 32 56.571 17,350 £ .709 1.00116.17 121B ATON £ 236 NE ΤΥΚ 32 56.262 18.386 5.701 1.00116.41 B21b ATON 6237 se ΤΥΚ 32 55.157 19.341 6.065 1.00116.91 B2 1B ATON 6238 C01 ΤΪΗ 32 55.442 23.632 6.47V 1.00116.46 B2 1E ltsn 623 " CE1 TUYA 32 54 .436 21.495 6.063 1,00116.02 7.21V ATOM 6240 □ □ 2 TUYA 32 53.832 18.93V 6.040 1.00117.30 1.21 V ATON 6341 CE2 TUYA 32 52.819 19.792 6.423 1.00116.92 B21b ATOM 6242 WITH?. TUN 32 53.127 21.060 6,8.16 1 - 00116.30 1.21V ATSN £ 243 HE TUYA 32 52-120 21.910 7,244 1-00115.72 B21b ATOM £ 244 with ΤΪΚ 32 57,024 16.590 £ 393 1.00116.81 B21b ΛΪ0Η 6245 ABOUT ΤΥΗ 32 58.5? " 17,165 £ 156 1.00119.69 1.21V ATOM 624 6 N ΑΞΝ 33 57,707 15.262 6.314 1,00115.62 1.21V ATOM 6247 CA Α8Ν 33 58.799 14,445 5.Θ12 1.00113.19 121B ATOM 6248 NE ΑΞΝ 33 58.843 13.114 6.566 1.00117.95 121B ATSM 624 9 SS Α5Ν 33 59.306 13.202 3.009 1.00119.92 1.21V ATOM £ 250 Οϋί ABN 33 60.493 13.15V 3.318 1.00121.58 T.21V ATOM 6251 BUT? ΑΞΗ 33 58.367 13.572 8.904 1.00121.03 1.21V ATON 625? 0 AIN 33 58.608 14.220 4-323 1-00109.46 1.21V ATOM £ 253 ABOUT Λ3Ν 33 58 - 511 18-08Θ 3-Θ52 1-00106.99 1210 ATOM 6254 N EEN 34 58.54 " 15-325 3,593 1,00106.79 121B ATON 6255 CA 5 ΕΚ 34 55.362 15.283 2.152 1.00104.32 121B In summer 6256 NE ZEK 34 56.946 15.740 1.003 1,00106.50 B21b ATOM £ 257 OS 6th 34 55.978 14.8B5 2.350 1.00111.24 12 ί B ATOM 6258 WITH £ Й 34 59.392 16.15V 1.419 1.00100.10 B21b ATON 6259 ABOUT YEN. 34 59.077 17.24? 0 - 958 1.00 "9.91 1.2 10 ATSN $ 26 " N UL 35 60.62 6 15.664 1.365 1.00 94.55 1.2 SV ATSN 6261 CA UDE. 33 61.709 16-306 0.846 1-00 "9.79 1.21V ATON 6262 NE UL 35 62.9B4 16.444 1. $ 2 " 1.00 92.16 B21b ATSN 6263 CC1 UDD 35 64-129 16,991 0.699 1.00 93.6 " 121B ATOM 6264 SS? UDC. 35 6?, 715 17.366 2-701 1 - OS 92.64 121B ATOM 6265 WITH UAY 35 62,066 15.512 -0.616 1.00 V 4.92 121B ATIM 6266 ABOUT UAY 35 62,069 14.200 -0.616 one . OS B 3.72 B21 ATOM 6267 N ZEK 36 £ 2,367 16.227 -1.694 1.00 79.11 121B ATSN 626V CA ZEK 36 62,736 15.591 -2.953 1.00 72.73 121B ATON 6269 NE 5th 36 61.610 15.776 -3.973 1.00 73.26 1.21 V ATSN 6270 OS £ EH 36 60.416 15.151 • 3.537 1.00 71.59 B21b ATON 6221 with ZEK 36 64.048 16.150 -3.514 1.00 67.49 1.2 10 ATOM 6272 ΰ Yen 36 64.421 17.2B7 • 3.223 1.00 67.42 1.21 V ATOM £ 273 N TNR 37 64.747 15.345 • 4.311 1.00?> S lg 021V ATOM 6274 Si TKR 37 65.95 6 15.799 -4.993 1.00 53.82 1,210 ATSN 6275 NE TNR 3? 67.106 14.986 -4.633 1-00 52.55 12ΙΒ ATSN £ 276 Sat TKR 37 67.512 15.180 -3.075 1-00 51.75 1.21V ATSN 6277 Joint venture? TIR 3? 68.? "" 16.250 -2,497 1-00 $ 1.86 121B ATOM 627 " CE? TKR 37 68.21Y 1 6.097 -1,099 1.00 51.73 1.22V ATOM 6279 Cez TKR 37 69-031 17.314 -3.017 1.00 51.67 1.21V ATOM 6280 From 01 TKR 3? 67,032 14.457 -2.013 1.00 50.94 121B ΑΪΟΗ 6281 you TKR 37 67.44 6 14.996 -0.830 1.00 50.27 121B ATOM 6282 SY2 TKR 37 68.860 16.969 -0.2018 1.00 52.65 1.216 ATOM 6283 Syz TKR 37 69. £ 71 10.100 -2.131 1.00 52.41 121B ATOM 6284 CH2 TKR 37 69.578 1B .000 • 0.739 1.00 52.64 B21b ATOM 6285 WITH TKR 37 65.769 15.691 -6.508 1.00 58.21 0218 ATOM 6286 about TKR 37 65.254 14.707 -7.016 1.00 40.35 1.21V ATOM 623? N TUN 38 66.232 16.715 -7.216 1.00 46.26 1YZV ATOM 628 " CA TUI 38 66.171 sixteen . 653 -8.663 1-00 44.46 1.21V ATOM 6289 NE TUI 38 65.166 17.080 9-204 1.00 43.15 B21b ATOM 6290 Sat TUN behind 63-817 17.598 -8,542 1.00 43.72 1.21V ATOM 6291 CO! TUI 38 63,592 10.195 -7,300 1.00 43.01 121B ATOM 6292 CE1 TOUR behind 62,358 10.109 -6.671 1.00 43.19 121B ATOM 62 93 THIS ΤΥΡ 3 " £ 2,769 16.913 -9.139 1.00 4 3.98 121B ATOM 6294 CE2 TUN 38 61.52 " 16.826 -8.514 1.00 45.21 1,216 ATOM 6295 SY TOUR behind 61,335 17,427 -7,254 1.00 44.43 B21b ATSN 6296 HE TUI 38 60.110 17.343 -6.672 1.00 4 6.77 B210 ATOM 6297 WITH T ¥ B 38 67,530 16.807 -9.283 1.00 43.39 Ι.21Β ATON 629V ΰ ΤΪΚ 38 68.369 17.634 • 8.765 1.00 41.69 1,210 ATOM 6299 n C1Y 39 67,756 16.250 -10.415 1.00 42.4 5 B21e ATOM 6300 CA 06Ν 39 69.051 16.271 Ί1.045 1.00 44.6? 1.21V ATOM 6301 NE SEN 39 69.563 14.830 -11.147 1.00 43.52 1210 ATOM 6302 Sat sm 39 70.923 14.695 “11-736 1.00 4 3.60 B21b ATOM 6303 SS □ bm 39 71.010 13.5E0 12-675 1-00 43.0? B21b ATOM 6304 ΟΕΙ BN 39 70.373 13.515 -13.729 1.00 44.47 1.21V ATOM 6305 ΝΕ2 BYN 39 71-803 12,541 -12.305 1.00 44.49 121E ATOM 6306 WITH BN 39 68,916 16.917 -12.420 1.00 45.66 121B

* L (Ίίί ¢ 1 ί ΰ ύ th Λ Λ 4 ύ П П [Ί П ΐ (ϋ Л ό ί ύ ύ ΰ ΰ ч ΰ η ί ¹ ; · ί О П ΰ η Ω ± о l ί ΰ П л η ΐ o l Ο l η η l gl l o o l l

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ATON 6307 0 Bby 39 60 .207 16. + 27 -13.288 1-00 4 $ 6.0 B 21V 0 ATSN 6308 N WOULD·! 111 69.595 18.032 -12.624 1.00 47.83 B2TV and ATON 6309 CA BBM 40 69x399 18.751 13,063 ] -00 51.69 1.21V with ATSN 6310 NE Bby 40 68.899 20.1EO -13.548 1.00 47.93 B21b with ATON 6311 Sat WOULD·] 40 68-128 20-854 -14,645 1-00 40.63 1.21V with ATON 631? With PBN 40 67.849 22.305 -14-208 1.00 40.95 B2 1B with ATSN 6313 OE7 Was 40 £ 8, 2B9 22-797 ‘13, 245 1.00 38.49 B2 1B 0 ATON 631 + ΝΕ2 ΟΙ.Ν 40 67 -110 22.9 * 7 -15.147 1.00 40.56 B21V n ATON 6315 WITH <zn 40 70.700 18.786 -14.648 1.00 56.56 B21V with ATON 6316 0 BBM 40 71.663 19.444 -14.257 1.00 56.79 B2 1E 0 ATOM 6317 N ΗΙ5 41 70.723 18.049 -15.751 1.00 63-38 1.21V I ATOM 6319 CA ΗΙ5 41 71.Β3Θ 38.105 -sixteen. £ 82 1.00 70-76 B21V with ATOM 6319 NE H15 41 71.747 16.98V -17.723 1.00 76.62 B21V with ATSN 6320 her H12 41 72.5-38 15.752 -17.354 1.00 04.15 1.21V with ATON 6321 CO2 H15 41 73.110 14.81? -18-126 1 - HER B7.55 B21V with ATON 632? N01 H1Ya 41 72.715 $ 1 .E63 -16,047 100 05.99 B21V I ATOM 6323 CE7 N13 41 ) 3 - +12 14.241 -16,031 1.00 B9.12 1.21V with ATON 632 + HOW? Nude 41 '13 .6 £ 4 Ϊ3.088 -17.279 1.00 90.00 1.21V and ATOM 6325 WITH NT5 "one 71.762 19.431 -17.306 1.00 72.18 B21V with ATOM 6326 WITH ΗΙ5 41 70,686 19.Θ80 -17.756 1.00 72.48 B21V 0 ATOM 6327 N REY 42 72.910 20.С70 -17.682 1.00 74.10 1.21V N ATON 6328 With T-bills 42 74.271 19.528 -17.437 1 .co 75.7? B21V with ATOM 6329 CA REY 42 72.911 21.425 -19.160 1.00 74.30 B21V with ATON 6330 NE Ryo 42 74.385 21.677 -1J. 4 67 100 75.4? B21V with ATOM 6331 Sat REY 42 75.12? 20-753 ‘17 .534 ] .00 76.94 B21V with ATON 633? WITH REY 42 12.039 21, 510 -1 9, +13 one . with 73.63 B21V with DTOM 6333 0 ROS 42 72.2 + 4 20.767 -20.37+ 1.00 73.33 £ 21 V 0 ATOM 633+ N BBU 43 71.056 ? 2.406 -19.391 1.00 70.77 B21V N ATOM 6335 CA eat 43 70.264 22.663 -20. 1, oo 69-70 £ 218 with ATON 6336 WITH BBU + 3 69.196 21.613 -20.847 100 68.6+ B21V with ATON 6337 0 YBU 43 68.511 21.650 -21.877 1-00 68.71 B21V 0 ATOM 6338 N BUYO + 4 69.050 20.672  19.92 + 100 66-15 B? 1B N ATOM 6339 CA BU 5 44 67.954 19.718 - 19-990 100 62.25 ΕΞ19 WITH DTON 63 + 0 NE BUY 44 68.496 18 .293 -19.887 100 63.41 B? 1B WITH ATOM 6341 Sat BU5 44 69,098 17,408 -71,052 100 63, BS B21V WITH ATON 6343 SR BUY 44 69.236 one? , 236 -22.039 ι .00 64, 5 + B21Y WITH ATOM 6343 CE BU5 44 70,137 16.008 -21.614 1.00 66.95 B21V with ATOM 634 + ΝΪ SUY 44 £ 9.35? 04/14+ -21.329 one . 00 67, £ 7 B21V N ATOM 6345 0 ΕΪ & 44 66.993 01/20+ -18.841 1.00 59.21 B21V G ATOM 6346 0 1, ¥ 5 44 67.323 20.79? -17.943 1.00 60.37 B21V 0 DTOM 6347 N ABA + 5 65,007 19.410 -18.873 100 53.31 £ 210 [four ATOM 6340 CA ABA + 5 64,799 19.666 -17.849 1.00 + 7.57 B21V WITH AT OH 6349 NE ABA + 5 63.420 19.452 -18.421 1.00 + 8.62 Ι.21Β with ATON 6350 WITH ΑΙΑ + 5 65.016 10.757 -16.653 2.00 44.16 B21V with ATOM 6351 0 ABA + 5 65.471 17.630 -16.813 1.00 + 5-35 £ 718 0 ATON 6352 S RIO + 6 64.699 19.234  15.436 100 + 8.96 T.71V to ATOM 6353 SR RIO + 6 64.061 20.525 - 15.168 100 39.13 B21b g- ATON 6354 CA REY + 6 64.986 18.589 “14.19+ 1-00 39.73 1.21V £ ATON 6355 se RVD 46 64.389 19,394 “13.109 100 3? . 66 B21EZ £ DTON £ 356 well RIO + 6 64.330 28.736 -13.706 1.00 37.73 B21V g_- DTOM 6357 with Р1Ю + 6 64.345 17-137 “1+, 197 1.00 39.44 B21YO with DTOM 6350 0 RIO + 6 £ 3.377 16.903 -14,920 1.00 39.36 B21b ΰ DTOM 6359 N ΕΥ5- +? £ 4-802 16,245 -13.364 1.00 38, 72 B2’b N ATOM 6360 SD Ι.Υ9 + 7 £ 4.44 14.8 + 0 -13,300 1.00 38.21 1.21 V € ATSM 6361 sv B8 47 65.377 13 . 903 -14.145 1.00 ZV-85 £ 218 WITH ATOM 6362 Sat uv +? 6+ .962 12.549 -1 + .Ξ75 1.00 40.78 1.2 18 WITH ATOM 6363 si B UZ + 7 66.095 11.62V -13x885 1.00 41.08 B21V WITH ATON 6364 se £ yo 47 65x859 10.233 -1 + .427 1.00 + 3.50 1.2 1V WITH ATON 6365 NOT B5 + 7 66.936 9.330 -13x966 1.00 4 3,50 B21b N ATSN 6366 with BUZ + 7 6 + .482 14.372 -11.834 1.00 30.19 B21b € DTON 636? about Bw + 7 65.471 14.592 11-163 1.00 39.09 B21b 0 ATOM £ 368 N BEL + 3 63.435 13.708 -11.402 1.00 30.85 B21V At ATOM 6369 CA WHITE + 3 63.282 133 + 2 -9.998 1.00 30.42 B21V WITH ATON £ 3? 0 C0 BE1G + 3 61.821 13.069 -9.662 1.00 3 6.60 B21b with ATOM 63 ?! 05 Belt + 8 61-53 * 12,550 -8.2 + 1 1.00 34.74 B21b with ATOM 6372 € 01 BEI + 6 £ 1.520 13.71.2 -7.2 + 0 1.00 32.22 B21V with ATOM 6373 CE> 2 BEI 48 60.213 11,800 -8.233 1.00 30.83 £ 218 with ATSM 6374 WITH BE17 + 8 6+. 121 12.124 -9.6С9 1.00 42.07 B21V with ATSN 6375 0 Bw 48 6 + .150 11.112 -10.323 1.00 39.62 £ 218 about ATOM 6376 to MEG + 9 64.778 12.242 B.4 + 8 1.00 46.56 Ϊ.21Β N ATSN 6377 CA MET 49 65.732 11.263 -7.926 1.00 49.0 $ 1.21 V with ATOM 6378 NE MEG + 9 6? . 106 11.906 * 7.794 1-00 47.33 1.21V with ATSN 6379 Sat ΗΞ'Γ 49 68.147 11.319 “8.767 1-00 46.66 . B21V with ATSN £ 380 80 NOT 49 67.701 11.564 ‘10, + 53 1-00 49.31 1.21V five ATOM 6381 CE NOT + 9 69.100 10-529 ‘11, 241 1.00 43.99 1.21V WITH ATSN £ 382 WITH NOT 49 65.324 10.718 -6.567 1.00 52.99 1.21V WITH

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Αι'ΟΗ 6303 0 MET 49 65,502 9.552 -6.269 1.00 56.08 12 1V 0 ATON 6304 N 1b 50 64.69Θ 11.542 5.740 1.00 57.3 $ B21b l ήΐ'ΰΗ 6305 Sa 1b 50 64.297 11.149 -4.306 1.00 b ?, 77 B? 1B WITH ATON 6306 NE 1b- 50 65.429 11.454 3.365 1.00 61.84 1.21V WITH ATSM 6307 SY2 NOT 50 64.975 11.128 1.946 100 5 9.34 B21b WITH ATOM 6308 S1 £ b 50 66.674 10.633 -3.701 100 62.37 B21b WITH ATOM 6309 From 01 NOT 50 66.560 9.172 -3,330 1.00 82.87 B2 1 £ WITH ATSN 6390 with Gye 50 63.024 11.032 -3.937 1-00 67.31 B2 1B WITH ATSM 6591 0 TIE 50 62,074 13-075 -4.17? 1.00 67.56 B2 1B and ATOM 639? N TUI five! 62-100 1 1 -163 -3.297 1-00 72.88 B2 1B and ATOM 6393 CA TUK 51 60,957 11,792 -2.655 1.00 77.81 B2 1B with ATON 6394 NE TUK 51 59,684 11.567 -3.4U 1.00 VO.69 B2 1B with ΑΐΟΜ 6395 se Gul 51 59.343 10.120 -3.728 1.00 85.48 B? 1P with ATOM 6396 From 01 GUK 51 50.614 9.37V -2.805 1.00 86-81 B21b with AGON 6397 CE1 TUK 51 50.273 8.064 -3.059 1.00 91-20 1718 with ATSN 6393 C 02 TUI 51 59.723 9.504 4. 91.3 1.00 87,] 7 1.21V with ATON 6399 CE2 TUN 51 59.380 8.196 5, 1? 5 1.00 91.86 B2 1B with ATON 6400 CE TUI 51 50.664 7.481 -4,249 1 - CO 93.04 B21b with ATON 6401 he TUI 51 50-334 6-177 -4,525 1.00 98.22 B21b ϋ ATOM 6402 with TUK 51 60,751 11-251 -one . 254 1.00 78.65 B21e with ATOM 6403 WITH TUE 51 61,310 10,221 -0.891 1.00 80.21 B1b with ATOM 6404 N st 52 59.942 11 .94 9 -0.410 one . with 79.50 621V N ATOM 6405 Sa CIO 52 59.763 11.598 0.928 1.00 00.00 21B with ATSN 6406 NE thai 52 50.756 10.452 1.052 1.00 $ 4-81 1.21V WITH ATSN 6407 ss thai 52 57.474 10.696 0.252 1.00 91.2V B21b WITH ATON 6408 with tao 52 56.273 9.900 0.749 ], 00 94.35 1.21V 0 ATOM 6409 OE1 bio five? $ 5,051 9-333 -0.997 1.00 96.91 621V with ATON 64J OE2 WOULD] 52 56.043 9.046 ’- 9? 6 one . 80 97.80 B21b 0 ATOM 6411 WITH thai 52 61.119 11,191 1.496 one . 00 79.00 WITH? 18 with ATOM 641? WITH WOULD! five? 61.47? 10,070 1,495 one . 00 78.00 B21b about AGSM 6413 N UAY 53 61.856 12.192 1.967 100 77.04 1718 N ATON 6414 CA UAY 53 63.236 b, sa 2.446 1.00 75.50 121B with ATSM 6415 Sv UAY 53 63.293 11.922 3.581 100 76.57 B? 1B with ATSN 6416 CC1 UAY 53 62.286 12.066 4.630 100 76-93 B21b with ATOM 6417 CC2 UAY 53 63.04 0 10.470 4-380 78.24 b? 1a with ATOM 6418 WITH UAY 53 64.137 11.017 1.839 1.00 72-99 T-21 V with ATOM 6419 WITH UAY 53 65 .296 11-298 1-555 1.00 72.93 1.21V 0 ATON 6420 but ZEK 54 63.623 9.007 1.630 100 70.73 B21b N ATOM 64 3] CA -CHECK $ 1 64-49) 3 -664 1-ZVZ 1.00 69.14 B21b WITH ATON 642? si .WHOSE 54 £ 4.597 7.798 2-64Ί : .so 67.96 B21b with ATOM 6423 Sat Yaw 54 63,409 7, 057 2.362 3.00 66.01 B21b 0 ATOM 64? 4 with ZEK 54 64.110 ?, 774 0.205 1.00 6Θ .64 B21e with ATOM 6425 with Yaw 54 £ 4,855 6,858 -0.132 1.00 60.13 b2dv 0 ATOM 64? B N AZES 55 62.975 8,030 -0,430 1.00 60 .B1 121a 6 D'goi 6427 CA AZES 55 62.484 7.095 -1.435 1.00 70.32 1.21V with ATOM 6420 sv AZES 55 83.962 7.070 -1.410 1.00 68.63 B21b with ATOM. 6429 her AZES 55 60.417 6.256 -0.273 1.00 66-39 B3] 0 WITH ATOM 6430 CO2 Α3Ν 55 60.253 6.756 0.040 100 65.31 B21b but ATOM 6431 ΙΊΟ 2 ήοΝ 55 60.14 3 4.901 -0.536 1.00 61.32 ΐ, ΖΙΒ m ATOM 6432 WITH A5Y 55 62.97 4 7.353 -2.050 1.00 72.09 bw with ATOM 6430 0 A5Y 55 6E.1E4 0.494 3-242 1.00 ?? , 67 B21b 0 ATOM 64 34 N A WB 56 63.143 6.279 -3.614 1-00 74.41 1.21V N ATOM 64 3 $ CA ABC 56 63.667 6.376 -4.9bE 1,0o 78.24 B21b with ATOM 64 36 HE two 56 64.495 five . 6T9 -5,070 1.00 7 V, 52 B21b with ATOM 643? Sat Battery b 6 6 $ - -465 5.35? -6,483 1.00 79.19 b? 1c with ATOM 6430 SS ABC 56 66-854 4.744 -6.501 1.00 81.29 B21 with ATOM 6439 NOT bottom 56 66,905 3. 448 -5.831 1.00 85.09 B21b N ATOM 6440 cg ANS 56 67.37 9 3.257 -4.602 1.00 03.03 B21b with ATOM 6441 ΝΗ1 AM 56 67.30? 2.030 -4.07V 1.00 09.77 1.2) In I ATOM 6442 mn? dks 56 67.846 4.2B1 -3.097 1.00 07.54 1.21V I ATOM 6443 0 And I am with 56 62.700 5.845 -6.025 1.00 18-93 B21e with ATOM 6444 0 ALB 56 62.260 4.700 5.95V 1.00 Y1.35 B21b but ATOM 6445 N RNO 57 62.361 6.679 -7.022 1-00 ? 8.11 B? 1E5 n ATOM 6446 with rio 57 62.33 5 B. 145 6.93) 100 7 4.41 B21b with ATSM 6447 Sa RNO 57 61.659 6.211 -0.223 ΐ .00 80.05 1.21 V with ATOM Ё440 sv RICE 57 61.704 ? .410 .-9.P? 1.00 75.32 B21b with ATOM 6449 Sat ryo 57 62.227 8,550 “8,372 1.00 13.32 B21b with ATON 6450 WITH RNO 57 6 ?. 341 4.99? -8.834 1.00 02.90 B21b with ATSN 6451 0 vomit $ 7 £ 3-301 4,476 -8.279 1.00 05.80 B21b about ATOM 6432 N ZEN five" 61.840 4 .549 -E.900 1.00 84.28 B21b I ATON 6453 CA 5EN 58 62,325 3,322 -10.595 1.00 05.65 1.21V with ATOM 6454 SE Yaw 58 61? 2.768 -11.564 1.00 06.16 1.21V with ATSM 6455 OS Yaw 58 60.341 1.955 -10. B01 1.00 86.06 . B21b 0 ATON 6456 WITH Yaw 58 esbbo 3.471 -11.323 1.00 Y6.71 1.21 V with ATSN 6457 ABOUT WAY 58 64.612 2.751 -11.028 ] -00 87.93 B2 1B 0 ATOM 6450 to Be 59 63.733 4.397 -12.272 1.00 87.65 B21b N

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ATON 6459 CA SUE 59 64,947 4.547 -13.056 1.00 07.09 B21b c ATOI 6460 WITH SUE 59 66.1B1 4.86V -12.229 1.00 00.35 B21b WITH ATON 64 61 0 SUE 59 67.286 4.431 -12.552 1.00 30.22 B21b 0 ATOM 64 6? N UAY 60 66.002 5.62V “11.156 1-00 39.24 B21b N ATOM 64 63 CA UAY 60 67 .131 6.077 '10 -355 100 90.52 B21b WITH ATON 64 64 NE UAY 60 66.649 6.94 3 -9-176 1-00 9O.E4 B21b WITH ATSN 646 $ C51 UAY 60 61.030 $ 1.35 “0-309 1.00 90.92 B21b WITH ATSM 6466 SB2 UL 60 6 $ .926 8-165 -9, 696 1 .co 39.49 B21b WITH ATON 6467 WITH UAY 60 61,965 4,913 -9,320 1 .co 90.98 B21b WITH ATOM 64 60 WITH UL 60 61.4 31 3,962 -9,263 one . with 90.1? B21b ABOUT ATON 64 69 N ZEK 61 69,279 5,020 -10.000 one . with 92.10 1.21V N ATSN 6470 CA CENTURY 61 70,220 3,994 -9.562 one . with 93.50 B21₽ 0 ATON 64 71 NE ZEK 61 71.610 4 .292 -10.126 1 .80 93.45 3.21V WITH ATON 6472 SS CENTURY 61 72.55V 3 .294 -9.762 1 .80 93.35 121B 0 AGYM 6473 WITH century 61 70,284 3.911 e.osa 1.00 94, 34 B21b WITH ATON 6474 0 ZEK 61 69.902 4.044 -7.332 100 93.56 B21b 0 ATOM 64 75 N A $ N 62 70.762 2.779 -7- $ 35 1 LLP 95.04 1.21V S ATOM 6476 CA ABA 62 70.059 2.564 -6-090 1 LLP 96.77 021V WITH ATON 647? NE ABA 62 71,113 1,074 -5.795 2 LLP 97 .86 B21b WITH ATSM 647? SS ΛΒΝ 62 11,667 0.350 -6.92C Ζ TOO 97.69 B21b WITH ATOM 6479 001 Λ3Ν 62 12,751 -0.470 -6. 602 1.00 94.14 1.21V 0 ATOM 64 00 ΝΡ2 AND YOU 62 71.504 0.638 -8.16? 1.80 99- L B1b N ATOM 64E1 l ”· AZES 62 11.936 3. 445 -5.405 1 LLP 96.37 B21b WITH AGOM 6482 0 AND YOU 62 12.013 3. 566 “4.23Θ 1.00 97.21 B21b 0 ATOM 6483 N ABC 63 72,756 four . 867 -6-313 1 LLP 94.95 1,215 0 ATOM 648'1 CA AR.S 63 7E. VZZ 4.953 -5.062 1.00 92.26 1.210 WITH ATOM 6 + 95 SI Battery 63 14,654 five . 450 -7.056 1 LLP 96x20 B2c1 WITH ATOM 6486 SS LEE £ 63 19,721 4, + Wb -7,530 1.00102.2? B21b WITH ΑΤΌΜ 6487 With ARB 63 16,425 5.012 -8.780 1,00100.64 b2 de ABOUT ATOM 6480 NOT d yas 63 15-70 $ 4,668 -10.000 1.00117.20 b21e to ATOM 6489 02 ABC 63 76.171 4.B58 -11.237 1.08128.07 B21b with ATOM 6490 Eun! ABC 63 17,319 5.39? -11.416 1.00123-10 Ι.ϊ ΪΘ to ATOM 6491 NE2 ABC 63 75.449 4.581 - 12.298 1-08122.26 B21b N ATOM 6492 WITH ABC 63 73.27 $ 6.154 '5.107 1.08 00-51 B21b WITH ΑΤΰΜ 6493 ΰ AKC 63 73.897 6.643 “4.362 1.00 03.03 B21b 0 ATOM 6494 and RNE 64 72.112 0.627 - $. 533 1-00 94.21 L1B L ATOM 6 + 9 $ CA RNE 64 7 1 - 4 $ 2 7.792 -4,926 1.00 79.46 B21b WITH ATOM 6496 NE RNE 64 70.617 6.514 -5.947 100 77.20 B21b WITH ATON 6497 with RNE 6+ 71-371 9,032 -7.139 1.00 73.89 B21b WITH ATOM 6490 SB1 RNE 64 72.315 10.034 -6.997 1.00 71.50 B21b with ATSN 6489 CO2 RNE 6+ And, 1; 6 8.533 -B.409 1.00 73.34 B21b with ATSM 6500 CE1 RNE 64 72.995 10-531 -0.099 1.00 69.83 B21b with ATSN 6501 CE2 RNE 64 11,791 9.026 -9.520 1.00 71.53 1.21V with ATON 6502 sa RNE 64 72-731 10,020 -9.363 1.00 70.20 B2 1B with ATON 6503 with RNE 64 70.643 7.384 -3.734 1.00 77.55 ϊ.21V with ATON 6504 0 RVE 64 69,657 6.44? -3. B17 1.00 77.96 1.21 V about ATON 6505 I Yaw 65 70.805 8.101 -2.629 1.00 75.04 B2 1B and ATSN 6506 CA EEK 65 10,039 7.851 1.413 1.00 74-06 B21b with ΑΪΟΗ 6507 sv pharynx 65 70.851 6.988 8.459 100 74.40 B21b with ATOM 6508 SY ZEN 65 72.221 7.354 -0.478 1 LLP 74.90 1.21V ΰ ATOM 6509 with Zn 65 69.646 9.142 “0, s2 1 LLP 75.62 E.21B with ATOM 6510 □ ZEK 6 $ 70.332 10.157 -8.008 1 LLP 75.41 B21b about ATSM 6511 N SUE 66 68.541 9-106 8,030 1 LLP 76.47 B21b N ATSM 6512 CA Be 66 60.127 10-29'5 0.745 1 LLP 77.49 B21b with ATSM 6513 WITH SUE 66 60.129 U, 108 2,243 100 79.81 B21b with ATON 651 4 0 eu 66 60,074 0.975 2.710 1 LLP 79.00 B21b about ATON 6515 N ZEK 61 66.18? 11.197 2.905 1 LLP 81-36 1TO1V N AGOM 6516 CA CENTURY 61 60.003 11.146 4.432 1 LLP 84-01 1TO1V with ATOM 6517 NE EEK 61 69,374 10.70V 5.067 1 LLP 83-6? B31b with ATOM 6518 OS CENTURY 67 69.380 11.033 6.454 1.80 74.90 1.21V 0 ATOM 6519 with ZEK 67 67.682 12.510 4.981 1 LLP 86.52 1.21V with ATON 6520 0 CENTURY 67 67.B20 13.520 4.296 100 80, 00 B21b 0 ATOM 6521 N Bw 60 67.202 12.539 6-219 1.00 AT? . 09 B21e N ATOM 6522 CA B5 60 66.074 13.798 6-879 1.00 89.40 B213 WITH ATOM 6523 Sv ίϊΞ 60 65.358 1 3 _ 905 6-986 100 90.65 B21a WITH ATOM 6524 SS 1Ύ5 00 64.089 15.306 7-302 1.00 91.64 B21b WITH ATOM 652 $ Si B $ 00 63x337 15 .347 8.302 1. OS 93.17 B23, B with ATOM 6526 CE Bw 60 62.310 15.370 7.515 1.00 94.63 B21b GN ATOM 652? N2 Bw 60 62,140 10.639 6.050 1.00 96.05 B2! B m ATOM 6520 WITH Bw 60 67-435 13.70 $ 8.309 : .00 98.60 b21e b. ATOM 6529 WITH Bw 60 68,908 12.794 8.740 1.00 98-52 1.716 ABOUT ATOM 6530 N CENTURY 69 67,203 14.905 9.017 1.00 92.64 1TO1V N ATOM 6531 CA VER 69 67.031 15.009 10.434 1-00 94.30 . B21b WITH ATOM 6532 NE VER 69 69.064 14.526 10.685 1-00 94.54 B21b WITH ATYM 6533 With ZEK 69 69.420 14.675 12-058 1.00 94.63 B21b 0 ATOM 6534 WITH CENTURY 69 67.504 16.465 10.053 1.00 94.6V 1.2 g yo WITH

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Ltok £ 535 ABOUT BEN 69 67.067 17.365 1C, 09 $ 1-00 95.48 B21b 0 ATOM £ 536 N eu 70 66.989 16.699 12.053 1-00 93.04 B21b N ATSN 6537 cl SUE ten 66.749 18-061 12.4? 1 1, and0 93.22 B21b c ATON 653® with VYU 70 66.09 $ 13-822 11.338 1.00 93.55 1.21V C ATSN 6539 with SUE 70 61.-264 13-271 10.616 1.00 92.49 821V 0 ATSN 6540 N AYA eleven 66.475 20-087 11.166 1.00 94.45 821B I ATON 6541 sa Gas station eleven 65.925 20.890 10.089 1.00 94.23 1.21V C ATON 6542 sv A8 " eleven 65,782 22.323 10.571 1.00 85.39 B21b c ATON 6543 ss LEI eleven 64.724 22.400 11,730 1.00 98.12 B2 1E1 C ATOM 6544 O01 Α5Ν eleven 64,531 21.414 12.438 1.00 p. 62 1.21V. 0 ATON £ 545 I 02 AYA 71 64.131 23.574 11.830 1.00 hey. $$ 1.21 in i ATSN £ 546 with AVYA eleven 66,828 20.087 0-863 1.00 92.16 1.21V C ATSN £ 54! about AYA 71 66.873 21.862 0-119 1-00 94.10 B21b 0 ATSN £ 54® I TNN 72 67.541 19.736 6.648 1.00 87.06 1.21V N ATON 6549 cl TOP 72 68-4 45 19-690 7,510 1.00 32.06 B21b c ATON 6550 sv tin 72 69-884 20-104 7. 900 1.00 82.77 1.21V C ATON 6551 001 type of 12 70,792 19.717 6.860 1.00 80.39 821V ϋ ATON 6552 with? Transnational corporation 72 70,291 19.458 9.211 1.00 83.47 B21b c ATOM 6553 with tn 72 68.4 95 18.307 6.865 ι.αο? а.6ΰ 1.21V C ΛΐΟΜ 655 " (7 tn 72 69.052 17.363 7.110 1.00 77.66 1.21V 0 ATOM 6555 I ABA 73 61.919 13.203 5-673 1-00 75-24 1.21V I ATCI £ 556 cl LHA 73 67.911 16.960 4.9: 5 1-00 72-01 12'1 V C ATSN £ 557 Sat ABA 73 66.668 16-085 4, M $ 1.00 72.06 2.21V C ATCI 655® WITH ABA 73 69.151 16-088 4,048 1.00 69.53 2.21V C ATON 6559 0 LHA 13 69-31) 1 17.90 " 3,512 1.00 70.14 2.21V About ATSN 8560 I Spare parts 14 69.402 15.699 3. 566 1.00 6Ϊ.99 1.21 in a ATOM 6561 CA ZEN 14 70.686 15.54 8 2,761 1.00 62.82 B21b s ATON 6562 sv ZEN 14 11.920 15.435 3,670 1.00 62.25 C21H. WITH ATSN 6563 se BEN 14 71.556 15.188 5.022 1.00 60-36 821B About ATSN £ 564 with ZEN 14 70.648 14.371 1.002 1.00 59-13 [, 21V C lts " 6565 0 BEN 74 70.224 13.276 2-153 1.00 57.73 b21B O ATSN 6566 I hgo 75 71.100 14.614 8.580 1-00 56-92 [, 21B N ATSN 5567 CA Bw ίί 71.247 13-856 -8.105 1.00 55.96 821V C ATSN £ 56® NE Bw 75 70.961 10/14 -1.013 1.00 53.44 1.21V C ATSM 6569 With 1.EM 15 71.478 13.368 -3,055 1.00 49.90 821V C ATSN 6540 C01 BRS 75 70.723 12.033 -3.7 * 2 1.00 47.92 821V C ATON 6571 SY2 Bw 75 71.333 14.243 -4.2VZ 1.00 47.50 B21b c ATON 8572 WITH ] .E0 75 Ϊ2-683 13.072 -0.319 1.00 59.01 821V C ATSN 6573 0 yee 75 73.597 13.882 -0.273 1.00 50.67 1.21V. 0 ATOM 6574 I TYN 76 72.887 11.760 -0.286 1.00 61.56 821V N AT0M £ 575 CA TNN 76 74.217 11.203 -0.522 1.00 63.56 1.21V C ATOM 6576 NE tn 76 74.689 10.351 0.679 1.00 63.91 821V C atci £ 577 SY1 tn 76 75.672 9.404 8.239 1.00 62.80 1.21V About ATSM 6578 SY2 TYN 76 70.520 9.630 1, 317 ‘.00 65.76 821E C ATOM £ 579 WITH tn 76 74.301 10.363 -1.886 1.00 61.05 [-21V C ATOM 6580 0 tn 76 73.356 9.682 “2.18] 1.90 64.85 8218 C ATSN 6561 n 1b 77 75.441 10.433 “2-4Ё1 1.00 64.1? B21b N ATOM 6582 cl 1st 77 75.659 9.668 -3.700 ! .00 65.38 B21b c ATSN b & w sv TIE 77 75.768 ] y. $ 8® -4-9? 9 1.00 66.15 1.21V C ATON 6564 her? tn 77 75.926 9.741 -6-193 1.00 65.87 82 113 C ATSN 5585 C01 ΤΙ.Ε 77 74, M2 11.505 -5.005 1.00 66.23 821V C ATOM 6586 CO] TIE 77 74-658 , 2.647 -6.022 1.00 63. AT 5 821TH C ATSN 6587 with TIE 71 76.966 8.885 -3.595 1.00 £ 6.96 B21b c ATON 6588 0 TIE eleven 78.072 9.465 -3,335 1.00 66.30 821V 0 ATSM 6589 N ZEK 78 76.900 7. 574 -3.004 1.00 £ 8.95 1.213 n ATOM 6590 CA ZEK 78 78.101 6.746 '3,865 1.00 71.17 821V C ΑΤ0Μ 6591 NE BEN 7B 77.960 five . 437 -3.128 1.00 72.6 " 1.21V C ATOM 6592 th convict 70 76.778 four . 739 -3.723 1.00 77.40 B21b o ATSM 6593 with YOYON 70 70.473 6.442 -5-313 1.00 1) .6 ’ B21b c ATOM 6594 with ZEN 70 77.635 6.403 -6.209 1.00 72.4® B? 1B 0 ATOM 6595 N SUE 79 79.750 6.142 5-m4 1.00 71.26 821V N ATSM 6596 SL SUE 79 88.152 5.652 -6-049 1.00 12.39 B21b c ATOM 6 $ 97 with Xiu 79 88.059 6.655 -7-953 1.00 73.11 82 113 C ATOM 659® with SUE 79 79.582 6. PPL -9-076 1.00 73.09 821V 0 ATON 6599 N Bw 80 80.529 ? . 81? -7,729 1.00 73.02 821V N ATOM 6600 cl WEIGHT 80 Th [| .45? eight . 954 -0.701 1.00 75.02 821TH C ATOM 6681 sv [, E0 80 81.414 10.06Y -8.289 1.00 73.44 B21b c ATOM 5602 ss Bw 80 80.769 11.379 -7,849 1.08 73.15 B21 c ATOM 6603 C01 Bw 80 61.305 11.B63 -6.548 1.08 72.79 B21b c ATOM 6604 C82 Bw 80 80.951 12.403 -8.949 1.00 73.15 T.21V S ATOM 6605 with Bw 98 80 .799 0. 496 -10.109 1.00 7 6-6 " B21b c ATON 6606 0 bj 80 81.746 1.744  10.294 1.08 7 7.62 B21b ϋ ATON 6857 N Bk 81 88.033 0. 949 -11.103 1.00 78-51 . B21b I ATON 6608 ate yi 81 88.361 0. 613 -12.499 1-08 88.13 B21b c ATON £ 609 sv si 81 79.358 7. 482 -13,021 1.08 81.09 821V C DTOM £ 610 se Bj 81 88.408 6.231 -13-31 3 1.00 86.00 B21b c

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ATOM 6611 SR SON 01 91.532 6. + 39 -14.340 1.00 87.47 B? ATOM 5612 OE1 SY 81 B1.620 5.730 -15.344 1.00 88.68 B21b 0 ATOM 6613 NOT? SY 01 02.384 7.45V -14.105 1.00 87,99 B1b N ATOM 661 + WITH SY 81 80.190 9.062 -13. + 25 1.00 80.01 B210 WITH ATOM 6615 0 SY 81 79.67+ 10.910 13-011 1.00 80,44 B21b 0 ATOM 6616 N ABA at? 80.532 $ .681 -14.600 100 83.61 B21 M. ATON 6617 CA ABA 82 80.610 10.77 $ -15.6 + 0 1.00 85.92 ygyu WITH ATON 6618 NE ABA 82 81.479 10-362 -16,530 1.00 87.14 B21b with ATON 661 $ with ABA 82 79-252 ’1-250 -16.143 1.00 87.29 B21e with ATOM 6620 about ABA 82 79.1 + 2 12.2V5 -16.000 1.00 87.53 B21b ΰ ATOM 6621 n Oo 93 79.215 10,480 -15.836 1.00 80.20 B2sc N ATOM 6622 CA CIO 83 76.853 10.072 -16.16Θ 1.00 80.7 $ B21b + “ ATOM 6623 NE hundred 83 76.0 ?? 9.6 + 5 -16.5V1 1.30 93.51 1.21 V with ATON 662 + SS HUNDRED 83 76. + 85 0.968 17.876 1.00101.49 B21b with ATOM 6625 0Ώ hundred 83 76.352 9.064 -19.106 1.00105.65 B21b ATON 6626 OE1 hundred Renewable energy 75.306 10.938 -1E-Y49 1-ORTOV. 12 B21b 0 ATON 6627 OE2 hundred OT 77 .297 9.08 $  19-9J9 1,00100,37 B-21b 0 ATON 6628 WITH HUNDRED 83 76.203 11.9 + 6 -14.967 1.00 57, 10 B21b £ ATOM 662 $ ABOUT Ltd 83 75-026 11-091 -15.004 1.00 85.86 B21b 0 ATON 6630 N L5R 91 76.970 11.725 -13.099 1.00 85.49 B21b N ATOM 6631 CA A5P 84 76,127 12,298 -12.677 1.00 35.32 1.2 4V WITH ATOM 663? NE AZR 84 76.985 11.571 -11.457 1.00 85.04 YZV G ATOM 6633 CE AZR 84 76.359 10,212 -11.263 1.00 85.56 1.21V Τ ' ATOM 663 + 0B1 AZR 84 75.36V 9.921 -11.971 1-00 84. $ 7 B21b 0 ATOM 6635 0В2 AZR 8+ 76.05+ 9.4 + 1 -10.409 1-00 04.74 B21b th ATOM 6636 0 AYOP 84 76 .709 13.732 -12.533 1-00 04.15 B21 with ATOM 6637 0 A $ P 81 76.0 + 7 14,4Θ8 -And / 89 1.00 36.30 B21b about ATOM 6636 N CP 85 77.696 14.25Ё -13.299 1.00 51.29 B2 1B N ATOM 6639 CA General relativity 85 79. Ltd 15.6? 5 -13.28+ 1.00 77.09 B21b g ATON 66 + 0 NE HUNDRED 85 79,103 15, $ 9ϋ -14.29V 1.00 08/08 B2 ΙΒ WITH ATOM 66 + 1 SS from 85 79.936 17.229 -13.971 1.00 02.41 B21n WITH ATOM 6642 NE hundred 85 01.225 17.290 -14.784 1.09 85.0.5 ίί 18 with ATOM 6643 OE1 hundred 85 01.006 10.365 -14.775 1.00 87.67 B2 1B 0 ATOM 664 + ΟΕΞ hundred 85 01.579 16.2B1 -15.433 1.00 06.50 B2 1 v 0 ATOM 6645 WITH hundred 85 76.707 16.37 $ ‘13 .663 100 12.73 B21b with ATOM 66 + 6 0 hundred 85 76.233 16.240 -1+ _7 $ 5 1.00 12.00 B2 1 v 0 ATOM 6647 N ABA 86 76.126 17.003 - = 2.700 1.00 67.45 B21b I ATOM 6646 GA ABA 86 09.09+ 17.839 -12.930 1-00 62.87 B21b with ATOM 664 $ sv ABD 86 73.738 16.877 -13.09? 1.00 61.14 B21b with ATON 6630 with A1L 86 71.903 10.820 -11-001 100 60.31 B2 1B with ATSN 6651 0 ABA 86 $ 75.32 18,920 -10.023 1.00 59.04 1218 0 ATOM 6652 N yAR 87 73.40J 19-569 -: 1.953 1.00 5 6.6+ B2 1B I ATSM 6653 CA AZR & 7 72.901 Ϊ0, + 39 -10.092 1.00 51.63 1.21 V with ATOM 665 + se LAR 87 72.35 $ 7.1 - 69 + -11.495 1.00 51.56 1.21V with ATSN 6655 ss AZR 87 73.392 22.71+ -11.931 1.00 49.78 121 And with ATON $ 665 C51 GIFT 87 ? +. 61] 22. + J1 -Y .7 + 5 1.00 46.62 121B about ATSN 6657 002 AZR 57 7? .965 23.759 -12.46+ 1.00 4 $.) 7 ZY1V 0 ATON 665Θ WITH GIFT e? 71.925 19,711 -10.367 1.00 48.5+ B21b with ATOM 6659 0 AZR E7 71.115 18.961 -10.616 100 47.22 B21b with ATSM 6660 to TUE 88 71.928 13.942 ‘0.756 1-00 4+ -8 $ B21b N PBX 6661 CA TUI 08 70.998 19.255 ‘7.063 100 43.21 B21b with ATSN 6662 her TOUR 08 71.730 18.233 -1.004 1-00 41.5 $ B21b with ΑΊΌΗ 6663 With TUN Θ8 72.24+ 17-037 -7.777 1.00 41.60 B21b with ATON 6 $ £ 4 CB1 TUI 08 73.34+ 17.140 -9.62+ one . 00 42.40 S21V with ATON 6665 CE1 ΤΪΗ 08 73.805 16-065 -9.349 100 41.25 B216 with dts " 6666 CP2 TUN 08 71.618 16-001 -7.614 one . 00 39.7? B21b with ATON 6667 THIS TUE 08 72-075 14,719 -B.396 1.00 41.00 B21 with ATSN 6669 cg tun 9B 73.169 1 + .059 -9.223 1.00 40.42 B21b with ATON 6669 he ΤΪΗ 68 73.645 13.785 -9. 924 1.00 41.6 $ 021V 0 ATON 6670 with TUN 00 70.236 20.199 -6. 945 1.00 42.70 B1 & with ATON 6671 0 TUN AT 8 70.823 01/21/1 -6.237 1.00 43.49 B21b 0 ATOM 6672 n TUN 99 60.916 20.082 - 6.543 1.00 + 3.07 B21 & N ATOI 6673 CA TUN 09 66.009 20.937 -6.095 1.00 + 1.09 Y1B with ATOM 6674 NE TUN Θ9 67.103 21.754 ‘6.955 1.00 $ 7.0 $ B21b with ATOM 667 5 SS TUN 89 67.755 22.536 -0.030 !, 00 31.95 B21b with ATOM 6676 B1 TUN 0 $ 60.093 22.031 -9.269 1.00 29.53 B21 with ATOM 6677 CE1 TUN 09 60.727 22.782 -10-259 1.00 ? 0. 25 B21b with ATOM 6678 CP2 ΤΫ6. 09 60.050 23.9 + 6 -7,820 1.00 $ 0.26 B21b with ATOM 6679 CE? TUE 89 60.694 2+ -71 $ -0.806 1.00 Ζ 7. 69 1.21V l ATOM 6680 cg TUN 89 69-031 2+ -1J8 -10,026 1.00 27.67 B2 1B with ATOM 6681 HE TUN 09 69-6 $$ 2 + .0 + 7 -11.002 1.00 21.69 621V about ATOM 6682 WITH TUN 69 67-315 70.074 -5,112 1.00 42.66 B21b r = ‘g ATOM $ 683 0 TUK 69 66.711 19.034 -5.4V1  .00 44.45  B21b 0 ATOM 6684 and suz 90 6? .265 20.495 -3.861 1.00 + 4 .04 B21b N ATOM 6605 CA CPS thirty 66.297 19.309 -2.964 1.00 + 9.10 B21b WITH ATOM 6686 WITH CPS 90 65.021 20.751 ‘2.907 1.00 $ 8.09 B21b WITH

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ATOM 6687 ABOUT CPS 90 65, O39 21.980 -3.019 1.00 47.52 B210 about ATOM 6680 SR CPS 9B 66.090 19,753 -1.560  .00 53 .04 B21V S ATON 6689 80 CPS 90 67.391 21.301 -0.75? 1.00 61-42 B21V 5 ATSM 6690 N Α5Ν 91 63.905 20.068 ‘2.734 1 .00 51.79 1.2 ΪΒ K ATSN 6691 CA AZES 93 62.625 20.733 -2. £ 20 1.00 $ 3.6-5 1.21V C ATOM 6692 sa AII 91 61.774 20.348 -3.834 1.00 $ 5.01 B21b c ATON 6693 with AZES 91 60.3 30 20.139 -3.495 1-OO 59.21 B21V S ATOM 6694 003 AZES 91 59.971 19-164 -2-820 1.00 52.36 B21b 0 ATOM 6695 N02 Α5ΙΊ 91 59.476 21 .04 $ “3.96? 1.00 50.75 B21 ATSM 6696 WITH AZES 91 61.984 20.292 -1.307 1.00 52.04 B21EZ S ATSM 6697 0 Α5Ν 91 £ 2,323 19,237 -0,? 7? 1 .OS 52.1V B21V 0 ATSM 6698 N ZEK 92 61,085 21,108 -0.765 1.00 52.71 B21B N ATSN 6699 CA ZEK 92 60,248 30.669 0.34? 1.00 51.08 B21Ya S ATON 67 00 NE ZEK 92 60.893 20.993 1.680 1.00 50, 00 Ι.31Β s ATSN 6701 oo ZEK 92 59.963 20.766 2.715 1.00 4 6, / 5 T. 21B O ATSM 6702 WITH ZEK 92 58.8 69 21,2B4 0.347 1.00 5 ’,.? $ B21V S ATOM 6703 about ZEK 92 58.706 22.470 0.653 1-00 50.09 121V 0 ATOM 6? 04 n TUK 93 57.876 20.470 0-599 1.00 52.79 B21V N ATON £ 705 CA TUYA 93 $ 6. 552 20.995 1.003 1.00 54.65 121V C ATSM 6706 NE TUK 93 55,628 19.920 1,579 1.00 50.92 B21B S ATSN 6707 ss TUK 93 55,188 1Θ.849 0.616 1.00 48.58 12 1B C ATSM 6706 SOWING TUK 93 55,740 10.762 -0.647 1.00 47.35 1.21V C ATON 6709 CE1 TUK 93 55.373 17.745 -1.513 1.00 48-50 1.21V C ATOM 6710 SEC TUE 93 54,243 17.891 0.995 1.00 46.57 121V C ATSN 6711 Ce2 TUK 93 53.871 16.869 0.143 1.00 46.50 1.21V C ATON 6712 cg TUI 93 54.443 B6.798 -1.115 1.00 4 ¥, 92 B21b c ATOM 6713 HE TU in 53 54.110 15,776 -1.98? 1.00 50.22 121V 0 ATSN 6714 with TUK 93 56-733 22,048 2 - 063 1-00 57.60 1.21V C ATSN 6715 0 tour 93 5?, 551 21.896 2.959 1.00 57.59 121В О ATSN 6716 N TNR 94 55.951 33.111 1,991 1.00 62.04 121V P ATSM 6717 CA Transnational corporation 94 55,672 23.890 3.183 1.00 64.72 1.2 1 I C ATSN 6718 NE TNR 94 56-079 25.350 2. 097 1.00 62.42 121V C ATOM 6719 001 tn 94 55.926 26.035 4.243 1.00 64-29 1.21V About ATOM 6720 CC2 TNN 94 55,212 01/26/19 1.955 1.00 59.60 1.21V C ATON 6721 WITH tn 94 54.175 23,803 3.512 1-00 £ 5.94 B21b c ATON 6722 □ tn 94 53.428 23,081 2.054 1.00 69.06 B21V 0 ATOM £ 723 N Yaw 95 53.754 24.524 4-538 1-00 65.95 B21V N ATSM 6724 CA £$ th 95 52.365 24.502 four . 9 £? 1-00 64.79 B21V S ATON £ 725 Sat 5- Her 95 52.192 25,481 6, 120 1.00 66.94 121V C ATOM 672 6 OH ZY 95 53.426 25.622 6- 91Ϊ 1-00 69.Θ7 121V C ATON £ 727 WITH BEL 95 51 - L (12 24,855 3. 830 1.00 63.59 B21V S ATOM 6726 0 Yen 95 50.291 24.333 3-763 1.00 61.36 121V 0 ATON 6729 N TNR 96 51.84? 25,729 2. 932 1.00 63.25 121B ATON 6730 CA TNN 96 51.009 26,245 1,060 1.00 63 .14 B21V S ATSN 6731 NE TNR 96 50,750 27.731 2.070 1.00 61.03 121V C ATON 6733 001 TNN 96 5) -992 28,381 2,345 1.00 62.39 1-21V 0 ATOM 6733 Pops tn 96 49.805 27.950 3,225 1.00 61.90 121N C ATOK 67 34 with Transnational corporation 96 51.56? 2 6.04 6 0.442 1.00 64.10 B21V S Atom £ 735 0 tn 96 50.810 2 6.04 5 -0.525 1.00 65.09 1218 0 ATOM 6736 N 3 YEAR 97 52.070 25.879 0. 301 1.00 64-48 1Ϊ1Β N Agom 6737 CA Yen 97 53.459 25-739 Ί.034 1.00 64.51 B21V S ATOM 6738 NE 3 HER 97 53.716 11.11Θ -1.627 1.00 63.56 B21V S ATOM 6730 SS 6th 97 54.029 April 28, 2 ‘O- 60 Ζί 1, 00 51.45 B21E 0 ATOM 6740 with g her 97 54.739 24.910 -1-070 1-00 64.02 121V C ATOM 6741 0 ZEK 97 5 -). 927 23-999 -0.270 1.00 66.42 121V 0 ATOM 6742 N MET 98 55-605 25-217 -2,041 1.00 64.07 1-215 N ATOM 6743 CA NOT 98 56-900 24.557 -2.149 1.00 62.10 121V C ATOM 6744 NE NOT 98 57,126 24.032 -3.574 1.00 63 .ΒΘ B21B € ATOM 6745 With NOT 98 55,993 23.171 -4.104 1.00 67.65 B21V S ATOM 6746 3ϋ NOT 98 55,659 21.710 -3,070 1.00 72.81 1.213 a ATOM 6747 CE MET 98 56.438 20.416 -4,065 1.00 73.59 B2.1V C ATOM 6748 WITH NOT 98 58.031 25.530 1,802 1.00 59-31 B21V S ATOM 0749 and not 98 57.833 26.736 -1.831 1 .00 £ 0, 23 B21V 0 ATOM 6750 N UAB 99 59.201 2 $ .000 -1.459 1.00 55.44 B21V N ATOM 0751 Sa UAB 99 60.4 53 25.748 “1-572 1, YO 51.98 B21V S ATOM 6752 Sv UAB 39 60.916 2 B.368 -0-339 3.00 52.8V 1218 C ATON 6753 SY1 UAB 99 60.299 21.734 -0.041 1.00 54.75 B21V S ATOM 6754 CO2 UAB 99 60.54 7 25.444 0-903 1.00 55.69 1.216; WITH ATOM 6756 WITH UAB 99 61.664 24, 039 -3,041 1.00 49.13 B21V S ATSN 6156 ABOUT UAB 99 61 .716 23.728 -1,539 1.00 47.82 12 ZY O ATON 6757 N RNE 100 62.32 5 25.325 -3.013 1.00 46.97 121in N ATSN 6754 CA RNE 100 63.500 24.628 -3.481 1.00 44.40 B21V S ATSM 6759 SR RNE 100 63.864 24 .834 -4.981 1.00 42.82 . Τ, ΖίίΒ C ATSN 6760 SS RNE 100 62.723 24.021 -5.813 1.00 41.24 121 I C ATSM 6761 SK1 RNE 100 61.481 24.518 -6.164 1.00 40.7? B21V S ATSN 6762 CC2 RNE 100 63.107 22 .7B1 -6.2 98 1.00 40.13 121V C

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aton $ 163 CE] RNE 10 $ $ 0.632 23.902 -6.996 1.00 38.77 B21b c ATSN $ 764 CE? RNE 100 £ 2-269 22.054 -7.129 1.00 39.31 B21b c ATON 6? 65 cg RNE 100 $ 1.027 22.569 -7.482 1.00 40.01 1.2 3V C ATON $ 7 $ 6 with RNE jus 64,705 25.183 -2.749 1.00 43.67 B21b c Agon $ 767 0 RNE 106 64,636 26.240 -2.13V 1.00 42.08 B21b o ATON $ 768 to B ¥ 101 65.Θ08 24.452 -2.794 1.00 44.87 B21b N ΑΪΟΜ 6769 CA B ¥ 101 $ 7,050 24,990 -2.27V 1.00 4 ·! .four" T, 2 Ϊ B C ATON $ 770 with B ¥ 101 67 .713 25.706 3.335 1.00 44.11 1 + 2: B ν ATSN 6771 0 SAT 101 67.280 25.735 -4.550 1-00 42.11 T.21V About ATSN 6772 N C1 ¥ 102 6B.764 26.517 -3-021 1.00 43.78 B21b N ATSN $ 773 sv Be 102 £ 9.452 27.362 -3-9) 3 1-Οϋ 42.09 1 + 21V C ATON $ 774 with SUE 102 70.110 26, 548 -R-064 1-00 41.93 B21b c ATON 677 $ 0 SUE YU 70,423 27.067 -6.133 1.00 39.38 B21b o ATSM $ 77 $ N 01, U SW 10.305 25.261 -4.792 1.00 43.18 B21b and ATON $ 777 CA Be SW YU . 929 24.37 $ -5.760 1.00 4 4.49 B21b c ATOM 677ё WITH Be SW 72.381 24.131 -5.405 1.00 46.09 B21b c ATOM 6779 0 Yu 103 73.019 24.962 -4.715 1.00 45.13 B? 1B 0 ATOM £ 7 VO N Transnational corporation 104 72. In 9 " 22. 9Θ5 -5.839 1.00 47.33 B2 ^T + B N ATOM $ 781 CA Transnational corporation 104 74.308 22.669 -5.691 1.00 49.35 1 + 210. WITH ATSN 67 B2 se THY 104 74.541 21.577 -4.622 1.00 46.54 B21b c ATON 67BZ 051 Transnational corporation 104 74 + 064 23-036 -3.353 1-00 4 3.30 B21b 0 ATSN $ 784 ss? teak 104 16 + 01 " 21.214 -4.493 1-00 43.32 ЬЭ1В С ATSN $ 705 with TNK 104 ; 4 - "$ 0 22.100 -7.02 6 1.00 52.94 B21b c ATOM 6786 0 TNR 104 74-16 " 21.456 -7.752 1.00 53.31 B21b 0 ATSN $ 787 I Bw 105 76.074 22.591 -7.342 1.00 55.91 121V L ATOM 6788 CA B8 105 76.745 22.179 -8.586 1.00 59.05 1.21 V C ATOM 6730 NE Boo 105 77.62 9 23.326 -9.069 1-00 b1,) £ shhh s ATON 6790 ss Bw 105 77.714 23.459  10.584 1.00 68.69 Τ.2ΙΒ C- ATOM $? 91 with B 105 78.692 23.469 -11,214 1-00 68.17 B21b c ATSN 6792 CE B5 105 79.046 22.903 -12-635 1.00 70.95 B21b c ATON $ 793 N2 Bw Ju-5 80.160 23.133 -13,244 1.00 73.15 B21b N ATOM $ 794 WITH Bue 105 77,602 20-953 -e.232 1.00 59.65 B21b c ATON 6795 0 B5 105 70.315 20.946 -7,252 1.00 60.37 B21b c ATOM $ 796 N 1.EC Yub 17.534 10.022 -9.095 1.00 60.39 B21b and ATON 6797 CA Bj41 106 78.335 10.710 -8.Θ9Β 1.00 61.91 B? 1P C ATOM 6798 NE yeu 106 17,446 17,462 -8.081 1.00 62.09 121V C ATSM 6799 SS Bw 106 78.153 16.100 -8.764 1.00 60. $ 6 B21b c ATOM 6800 From 01 Bw 106 70.509 15.828 7.314 1.00 60.55. 1.21V C ATOM 6801 sog Bw 106 77.252 15,000 - $. 217 1.00 60.14 B21b 0 ATON 6802 with Bw 106 79.392 1B.521 9.917 1.00 64.04 B21b c ATSN $ F03 ABOUT Bw 106 79.095 19-572 -ILU 1-00 63.06 B21b 0 ATON 6804 N THY 107 80,628 1B.276 -9.559 1.00 65.89 B21b and ATOM 680 $ CA Transnational corporation 107 81.694 19,024 -10-521 $ 1.00 7.01 B21b c ATOM 6806 NE TIR 107 82.803 19.050 -10.37 " 1.00 67.15 B21b c ATOM $ "07 051 TNR 107 82,220 ? .0. Sv th, yy " 1-00 68.92 1.21V 0 ATON 6803 C52 Transnational corporation ‘07 03. £ 92 19.050 -11.613 1 - 00 £ 7.0 $ E21B C ATSM 6809 WITH TNR YU? 16,644 -10,316 1.00 68.99 B21b c AGON 6810 0 Transnational corporation 107 02. £ 44 16-200 -9.200 1.00 68.71 B21b 0 ATSM 6811 μ UD SW 02,349 15,379 -11.400 1.00 70.4 $ 1.21V N ATON 6812 CA UDD U8 87,153 14.661 -11.425 1.00 72.21 B21b c ATOM 6813 NE UAY 103 02.594 13 . 619 -12.423 1.00 73. $ 6 B21c ATOM 6814 CC1 UDD 108 Θ3.4Θ6 12.397 -12.149 1.00 74.74 b21n s ATON 6815 se? UAY 103 10/01 13.226 -12.040 1.00 74.55 LLV with ATON 6816 with UAY 108 04.553 15.047 -11. B0O 1.00 72.19 E21B C ATSM $ 817 0 UAY 168 94.814 15.159 -13.093 1.00 71.14 02) IN ATON 681Ya N Bw 109 05,413 15.247 -10.909 ] .00 72-49 B21b N ATSM $ 619 SD Bw 109 96.805 15-71 $ 11.160 1.00 72.04 B21e s ATOM 6320 sv Bw 109 07.622 15. £ 21 -9. "11 1.00 70.Θ4 B21b c ATON 6621 05 Bw 109 97.12? 16-043 -9.755 1.00 70.31 B21b c ΑΤΌΜ 6322 st LIE 109 87.617 16-075 -7.441 £ 1.00 121V C ATOM 6823 CP2 Bw 109 07,544 13,991 -9.031 1.00 69.90 B21b c ATOM 6824 with 1-EO 109 87,513 14.962 -Ι2.2Β0 1.00 73.49 B21b c ATOM 6325 with Bw 109 07,611 13,770 -12.154 1.00 74.15 B21b □ ATOM 6826 N SUE AND ABOUT 07,792 15,666 -13.374 1.00 73.B6 B21b N ATOM 6827 CA SUE 110 03.496 15.074 -14.491 1.00 74.5V B31b c ATON 6828 with SUE 110 09.870 15.695 -14.608 1.00 74.91 B? 18 s ATON 6829 WITH SUE 110 90.4 65 15.602 -15.762 1.00 13.20 YIV O ATOM 6830 N SI 111 90.362 16.335 -13.631 1.00 71.03 B21b N ATOM 6831 CA BYN 111 91.662 17.003 -13- £ 2 $ 1.00 "0.05 B21b 0 ATOM 6832 CE SEE 111 91.706 18.10V -14-6YO ) .00 81.40 B21p c ATOM 6333 05 Cb ίίί 90.660 19.171 -14.465 1.CO 82.71 B21b c ATOM 6334 With SI 111 91.022 2'3.463 -15-111 1.00 81.90 B21b c ATOM 633 $ OE1 Be I1 91.918 21-103 -14.72 $ 1.00 81.02 . B21b c ATOM 6336 ΝΕ2 £ 1, N 111 90.393 20-164 -16.264 1.00 80.1V B21m M ATOM 6837 WITH SI 111 E1.8Y7 17,599 -12.230 1.00 80.10 B? 1V C ATOM 6838 WITH SL I1 91-014 17.524 -11.371 1.00 81.14 b21a

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dton evzch N Ryo 112 93.073 18.171 -11.990 1.00 70.66 B21b S ATCI 6040 SS RIO 112 94.285 18.245 -12.819 1.00 74.09 B21b WITH ATCI 6041 CA Riy 112 53.327 18.636 -10.625 100 76.07 £ 23 V WITH ATOs 6042 NE RIO 112 94.015 10.736 -10.569 1.00 74.73 B21b WITH ATOM 6043 SS RVO L2 95-361 18.095 -1 1.803 100 13.9? B21b WITH ATOM 6044 with RVO 1 12 93.615 39.952 -10-358 1.00 75.5? B21b WITH ATOM 6045 0 RVO 112 92.349 20-717 -11.285 1.00 76.36 B21b 0 ATOM 0946 N Bw 113 92.312 20.210 -9,091 1.00 72.84 B21b N ATON 6047 CA Bw 113 91.651 21.448 -N.695 1.00 70.02 1.21V WITH ATON 6040 NE Bw 113 91.273 21.394 -7.210 1.00 71.19 B21b with ATOs 6049 With Bw 113 90.170 20.412 -6.863 1.00 71.09 B21b with ATOM 6050 with University 113 89.613 20.639 -five. 473 1 .0-0 72.26 B21b with ATOM 6B51 Sho Bw 113 88.519 19.711 -5.076 1.00 73.00 B21b with ATON 605? N2 Bw of 88.060 19.907 -3.667 1.00 71.49 B21b n ATOM 6063 WITH Bw of 92-576 22.049 “0-943 1.00 68-17 S21I with ATOs 6054 0 Bw 113 93.767 22-585 -8-67 $ 1.00 60.73 bw 0 ATOM 6055 N ABA 114 93-010 23,747 -9.449 1.00 £ 5.81 B21b N ATOM 6056 CA ABA 114 92,036 24,097 -9.002 1.00 62.76 1.21V WITH ATOM 6857 NE ABA 114 92.369 2 5,050 -11.313 1.00 63.57 bg1v WITH ATON 6858 WITH ABA 114 92.2Θ0 26.158 -9.159 1.00 60.79 B21 & WITH DTOM 6859 0 ABA 114 91.119 26.489 -9.362 1.00 59.21 B21 WITH ATOM 6860 N ABA 115 93.098 26.861 -8.381 1.00 57.06 B21b n ATOM 6861 SL ABA 115 92.650 11/28/77 7.771 1.00 55.74 1.21V with ATOM 6062 NE ABA 115 93.698 28.630 6.786 1-00 54-06 £ 218 with ATOM bbyz WITH ABA I5 93-432 29-140 -0.079 100 54.53 1.21V with ATOM 6864 0 ABA 115 93,166 29-165 -9-061 1.00 5 6.60 1.21V 0 ATOM 6865 N RKO 116 91.409 29.997 -0.739 1 .Oo 52.44 B21b N ATOM 6866 With RVO 116 90,642 30,294 -7,513 And 00 5 3.94 B21b WITH ATOM 6867 CA T-bills 116 91.009 30.936 -9.016 1.00 50.36 B21 WITH DTOM 6868 NE T-bills 116 88.6Θ9 31.412 -9.447 1.00 52.55 B21b WITH ATOM 6864 SS ? YO 116 89.720 31.425 “7.930 1.00 53.47 B2] B WITH ATOM 6870 WITH T-bills 116 92.103 32.093 -9.051 And 00 $ 48.6 B21b with ATOM 6871 0 RVO ! sixteen 92.627 32.490 a.003 1.00 47.48 B? 1B 0 ATOM 6872 n 5ΞΠ 117 92.375 32.627 • 11.04 3 1.00 4 5.92 B21b N ATON 6873 CA Yaw 117 93-O03 33,906 -11.154 100 43.14 B2 1B WITH DTOM 6374 NE 8th 117 93-978 33.910 -12-304 1.00 42-23 1.21V with ATON 6875 OS 5EN eleven? 91,987 32.945 -12.258 1.00 47.57 B21b 0 ATON 6876 WITH 5 EN 3 17 92.109 35.073 -11.241 1.00 41.00 1.21V with ATON 6877 0 Yaw 117 91.326 35. I7 -12.101 1.00 40.97 B2 1B 0 ATON 6878 n UAY ] 18 92,163 35.955 -10.259 1.00 37.34 B21b ATSN 6873 CA UAY 118 91.337 37.143 -10.274 1.00 3 6.92 B2 1B with ATON 6880 NE UAY 118 90.715 37,307 -8.878 1.00 3 6.85 B2 1B with DTON 6801 CC1 UAY 118 09.895 38.663 -8.067 1, OO 3 4.92 B2 1B with ATSN 6802 CC2 UAY 118 89.862 36.213 -8.495 1.00 38.22 B21b with ATSN 6003 WITH UAY 118 92.215 38.332 -10.635 1.00 37.10 B2 1 v with ATON 6804 ABOUT UAY 118 93.224 38.500 9.971 1.00 37.46 B2 1B 0 ATOM 6805 η TNV 119 91.846 39.075 11.67 3 100 3 6.00 1.21V HS ATSN £ 006 CA thai 110 92.433 40.405  11.036 1.00 38.29 B21p with ATON 6807 CE yapping 1 19 93.380 4 0.467 13.012 1-00 40, og £ 2 1B with ATON 6888 061 TNV 1 19 92.629 40.766 -14.249 1.00 42.31 £ 21B WITH ATON 6809 CC2 TNV 119 94.098 39.115 -13,267 1.00 41.99 B21b with ATON 6890 WITH TNV 119 91.335 41.463 -11.943 1.00 36.59 B21b with ATON 6891 0 TNV 119 90.32 9 41.254 -12.631 1.00 35.96 B2 1B 0 ATSN 6B92 N LEU 120 93, 511 43.50V -11.262 100 34.86 B21b N ATOs 6893 CA LIE 120 90.40t 43.542 -11.101 1.00 35.65 B2 1B with ATON 6894 NE Bw 120 89.973 43.569 -9.627 1.00 32.38 1.21V with ATSN 6895 With LEU 120 89.170 44.B19 -9.256 1.00 32.01 B2 1B with ATSN 6096 CE71 Bj 120 07.026 44. WHO -9.988 1.00 29.34 B2 1B with AGON 6897 whitefish Byo 120 89.019 44.892 -7.740 1.00 30.16 B 2 1B with ATON 6898 with Bw 120 90.716 44.978 11.595 1.00 34.81 B21b with AGON 6899 0 b 120 91.618 45.628 -11.0B1 1.00 35.69 B21b 0 ATON 6900 and OUT 121 09.959 "5.464 -12.5V0 1.00 35.05 1.21V HS ATON 6901 CA RPE 133 90,240 46.752 -13.227 ί-00 37.49 121B with ATON 6902 se RNE 121 90-05 " 46.649 -14-733 1.00 37.01 1.21V with ATON 6903 ss RNE 131 91 .133 45.888 -15,418 ι.οο 39.94 B21b with ATOM 6904 CO2 RNE 131 90.805 44.631 -15.950 1.00 41.17 B21b with ATOM 6905 CO2 RNE 121 92.403 46.431 -15,546 1.00 40.30 B21b with ATSN 69Ό6 CE1 RNE 121 91.832 43.926 -16,601 1.00 41.70 B21b with ATS " 6907 CE2 RNE 121 93.407 45.736 -16.193 1.00 41.10 B21b 2 ATON 6908 cg RNE 121 93.147 44.47? -16.725 1.00 42.12 B21b £ ATSN 6009 with RNE 121 59.327 47.840 -12.727 1.00 37.58 B21b with ATSN 6910 0 RNE 121 88.118 47.679 - 12.717 1.00 38.34 B21b ϋ ATCI 6911 to RVO 122 89.095 48.930 -12.320 1.00 33 -96  B2 1B and ATSN 6912 CE RVO 122 91.34 3 49.211 12.217 1.00 33.93 B21b with ATSN 6913 CA RVO 1? 2 89.TS0 50,140 '11, 8 * 9 1.00 38.29 B21b with ATOs 6914 NE FIG 122 90.165 51.012 -11-187 1.00 35.32 B210 Ζ ¹

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ATSM 6915 SS 880 122 91.417 50.673 -11.910 1.00 33.59 121a C ATSM B916 WITH Ryo 122 88.425 50.864 -12.992 1.00 39.5 * 1.21V C ATSM 6917 0 REY 122 08.852 50.762 -14-136 1.00 39.03 121 & □ ATOM 691 B S Ryo 123 Q? .360 51.E23 -13-697 1.00 38.00 121YOU ATOM 6919 with bastard 123 B6.853 52-011 -and -371 100 $ 12.4 1.218 C ATOM 6920 SD REY 123 06.729 52.399 -13 - ?? 100 90-80 B21v .s ATSM 6921 NE REY 123 B5.750 53.326 “13.057 1-00 41.13 1218 C ATOM 6922 ss REY 123 B6-552 $ 2-698 -11,59 $ 1-00 14.6? 121V C ATON 6923 with 880 123 07.833 53.192 -14.490 1.00 42.29 121V C ATOM 6924 with REY 123 88.886 53,588 -13.071 1.00 10.52 121V 0 ATSM 6925 N 5 EP 124 07.644 53.410 -15.708 1.00 44.28 121B ATOM 6926 CA 5th 124 Θ8.611 54.216 -16.506 1.00 47.54 121V C ATOM 6927 NE CENTURY 124 B8.663 53.823 -27.98V 1.00 47.47 121V C ATON 6928 With yen 124 07.506 54.258 -18.684 1.00 5 3.94 121B □ DTsN 6929 WITH BEN 124 08.267 55.697 -16.348 1.00 49.32 12 1D S ATOM 6930 0 BEN 124 07.153 56.071 -15.9 * 8 1.00 4 9.97 121B □ ATOM 6931 I ZEK 125 09.255 56.527 -16.636 1-00 $ 0.71 121V L ATOM 6932 CA ZEK 125 BE-12? 57-964 -16.5 * 3 1-00 51,? 9 121V C ATOM 6933 NE 5 EN 125 90.474 5Θ.5Θ6 -16.895 100 $ 4.13 121V C ATOM 6934 OS ZEK 125 91.44? 57,553 -17,198 1.00 5B. 67 B21b c ATOM 6935 WITH VEN 125 08.062 60.413 -17.530 1.00 52.33 B21b c ATOM 6936 WITH 6 EB 125 B7.218 59.240 -17.197 1.00 53.85 121В О ATOM 6937 I SAT 126 08.093 57,852 -18.735 1.00 52.90 121 & N ATOM 69 s CA esh 126 07.157 50.247 -19.780 1.00 $ 3.19 121V C ATOM 6939 NE sy 126 37.458 57.509 -21.082 100 57.48 121V C ATOM 6940 SS □ ιυ 126 08.843 57.708 -21.675 1-00 62.62 121V C ATOM 6941 With oh 126 08,903 57.103 -23.100 1.00 66.23 B21b c ATOM 6942 OB1 from, and 126 03.015 51,561 -23-901 I .00 50.20 1.21V 0 ATOM 6943 OE2 si 126 09,822 56.392 -23.414 1.00 60.73 B21b 0 ATOM 6944 WITH sy 126 95,734 57,919 -19.373 1.00 51 .91 121V C LTPM £ 945 0 sy 126 Θ4.833 5V .750 -19.467 1.00 50.90 121V 0 ATON. 694 B and fed up 127 05.520 56.607 -18.920 1.00 50.99 121V N ATOM 6947 CA SJ 127 04.197 56.264 -18.523 1.00 49.49 121V C ATOM 6948 sv SJ 127 04 .213 54.811 -18.0 * 6 1.00 40.63 121V C ATOM 6949 With with si 127 02.028 54.274 -17.767 I .00 45-52 121V C ATOM 6960 with sieve 127 92.049 53.032 -16.907 1.00 44-98 121V C ATOM 6961 OE1 her 127 I1.780 52,691 -16.353 ί .00 4 2.76 121V 0 ATOM be $ r CE2 n 127 93.920 62.399 -16.794 ; .00 43-35 1218 C ATOM 6953 WITH SUS! 127 83.656 57.171 -17.422 1.00 40. 57 121V C ATOM 6954 ABOUT CHEESE 12? 82.534 57.660 -17.516 100 49.29 1218 0 ATOM 6955 N ёо 128 84,447 five? , 403 -16.302 one . thirty 47.26 121V N ATOM £ 956 CA ny 128 84.003 $ 8,319 -15,337 100 46.49 B21b c ATOM 6957 NE ivy 12V 85,145 58.634 -11.377 1.00 44.93 121V C ATON 695V SS Bw 128 $ 5.440 57,550 -13, 341 1.90 44.39 12ΙΒ C ATSM 6959 From 01 ivy 128 36.492 5V, and 57 -12.377 Ϊ .00 42 .24 12ΪΒ C ATON 6960 € 02 Bw 128 84,160 57.177 -12.500 1.00 43.91 122V C ATSM 6961 WITH Bjeo 128 53.461 59.609 -15.940 2.00 45.72 B21b c ATON 6962 ABOUT 1E0 129 82.445 60.143 -15.502 1.00 44. 90 1216 0 ATON 6963 N C1M 129 84.124 60.094 -16,991 1.00 44.74 1.21V N ATON £ 96 4 CA th £ M 129 83.690 61.326 Ί 7. £ 43 1.00 4 3.60 1.21V C ATON 6965 NE 1LM 129 84.730 61.764 -18-67-1 1.00 44-32 1.21V C ATOM 6956 With C13 129 84.79? 63.251 -10.915 1.00 44,45 121V C AGON 696? With 6Ι.Ν 129 84,094 64-018 -17.632 100 44.59 121V C ATOM 6908 OP-1 forces 129 83,960 64,705 -17,164 1.00 46.1B 171V 0 ATON 6969 ΝΕ2 SUS * 129 86,065 63.903 -17.014 1.00 43.44 B21b N ATON 6970 and- 01Ν 129 $ 2-335 61.7 * 2 -18.318 1.00 43.46 B21b c ATON 6971 0 CEM 129 $ 1,613 62,111 -10.567 1.00 42 .25 121V 0 ATON 6972 to ABA 130 $ 1, 999 59,890 -1Θ.612 1.00 43.03 121E P ATON 6973 CA A1A 130 80.723 59.562 -19.236 1.00 44.55 B21b c ATSM 6974 Sho A1A 130 80.842 58.252 -19,998 1.00 4 0.95 B21b c ATOM 6975 WITH A1L 130 79.613 59.472 -18.190 1.00 45.51 121V C ATON 6976 ABOUT A1L 130 70.441 59.242 -10.516 1.00 45.69 121V 0 ATON 6977 N ABA 133 79.990 59.658 -16.932 one . 00 46-19 121V n LTSN 697B CA LEI 131 70.057 59.676 -15.81 * 1.00 46.40 121V C ATON 6979 Sho ABA 131 77.856 60.660 -16.116 100 46.6? 121V C ATON £ 990 Sat AZES 131 77.079 60.903 -14.86 $ one . oo 4 8.91 1218 C ATON 6981 001 Foreheads 131 77.634 60.093 -13.764 1.00 47.77 B21b 0 ATON £ 983 N02 AZES 131 7 $ .7Y0 61.203 -15-021 one . OS 51.00 1210 N ATON 6983 WITH AZES 131 70.572 $ 8-279 -15, * 67 1.00 46.14 121V C ATSM 6984 0 Α5Ν 1 31 7? -431 58-080 -15,020 one . 80 45.59 121a about ATSM 6985 N 1Υ5 1 32 79-456 57.313 -15.607 one . oo 44.66 1.218 N ATON 69B6 CA I5 132 79,341 55.945 -15.265 one . oo 42.C0 121V C ATON 6907 NE 1Ϊ8 132 78.78? 55.099 -16.450 1.00 40.90 . 121V C ATON 6988 SS ΣΪ5 132 77.62? 55.703 -17.217 one . oo 43.12 121V C ATON 6999 With 1ΪΞ 132 76.291 55.233 -16.678 1.00 47.00 121V C ATON 6990 CE SU 5 132 75.556 5 * .388 -17.710 1.00 51.53 121Ώ C

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ATOM 6991 N2 B5 132 75,127 $ 5.214 -18 - 392 1.00 53.24 B21b and ATOM 6992 WITH Bw 132 60, $ 67 55.436 -14.121 1.00 + 0.06 B21b c ATON 6993 0 Bw 132 61,625 .55.974 -) 5,036 1.00 39.43 L1B C ATON 6994 N ABA 133 60,515 54-410 -33.89V 1 -00 40.80 1.21V N ATON 6995 Sa ABA 133 61.742 53.171 -13.469 1.80 40.55 B21b c ATON 6996 sv ABA 133 82,155 54.284 -12.094 1.00 41.61 B21b c ATON 6997 with ABA 133 81.503 52.277 -13.436 1.00 39.52 B21b c ATON 6999 0 ABA 133 80.407 51.027 -13.094 1.00 4 8.03 B21b o ATON 6999 M Transnational corporation 134 82.517 51.511 -13. B16 1.00 37.00 B21b to ATOM 7000 CA TNV 134 82.367 50.070 -13. B26 1.00 35.24 B21 c ATOM 7601 NE TEAK 134 82x102 49.56V -15.261 1.00 34.18 B21b c ATSM 7002 001 Transnational corporation 1 34 81.076 50.373 -15. B60 1.80 31.16 B213 0 LTSA 7003 CC2 Transnational corporation 134 91.630 49-113 -15,229 1-00 34-12 B21h c ATOM 1004 WITH Transnational corporation 134 63.660 + 9- + 13 -13.208 1 -00 3 $ .p B21st P tpl 1 L L G; L Transnational corporation 134 "L, 1 $ 6 l and _r Dcha -13.90-9 1 _p ηή 34.06 Ϊ-21Β 0 ATOM 7006 M ΙΕϋ 135 83.527 48,604 -12.240 1-00 35.O1 -21V N ATSN 7007 Sa Bf 135 84.659 47.785 -11.011 1.00 35.41 B21b c ATOM 7006 sv Bw 135 04.643 47,559 -10.299 1.00 35.87 1.21V C ATSN 1009 Sat Bf 135 B4.344 48.751 -9.393 1.00 35.82 1.21V C A'GON 7010 COT Bw 135 B4.4E2 4 B.303 7.946 1.00 37.53 1.21V C ATOM 7011 CO2 LIE 135 B5.387 49.859 -E.652 1.00 35.35 S21 ATOM 7012 with LIE 13 $ 04.566 + 6.451 -12.520 1.00 es.ao 1.21V C ATOM 7013 about LIE 135 63-529 45-820 - 12-528 1.00 35. + 3 1.31V about ATOM 7014 N UDD 136 65,659 46.03 $ -13-136 1.00 $ 3.39 B21b N ATOM 701 $ CA UAY 136 85.658 44.81? -13.92? $ 1.08 33.3 B21b c DTOM ? 016 NE UAY 136 Θ6.196 45.094 -15.343 1.00 31.20 B21b c ATOM 7017 SB1 UAY 136 06.37? 43.70 $ -16.11? 1.00 30.64 1.21V C ATOM 7010 C52 UAY 136 05,222 46.009 -16.080 1.00 2B.09 B21b c ATOM 7019 WITH beats :. 136 86,492 43.727 “13-262 3.00 33.93 1.21V C ATOM 7020 0 UDD 136 07.71V 43. B23 - 13.166 1.00 33.89 B216 0 ATOM 7021 I CPS 137 85-915 42.692 -13-771 1.00 34.36 B21b a ATOM 7022 CA CPS 137 66.505 11.597 -12.113 3.00 36.21 B21b c ATOM 7023 WITH CPS 137 66.499 40.315 - 13 - 001 1.00 35-27 B 1E5 S ATON 7024 WITH CPS 137 65,460 39.765 -13-199 1.80 $ 4.76 most 0 ATON 702 $ NE CPS 137 85.840 41.264 -10.7? 2 1.00 3Θ.22 1.21V s ATON 7026 OS CPS 137 86.846 40.139 -9,739 1.00 40.31 1.21V 8 ATON 7027 N Bw 13B 87.670 4Ο.ΟΖ9 -13.531 1.00 35.90 B21b to ATON 7026 CA Bf 13B 87. In 1 5 38.912 -14,454 1.00 33 .64 1.213 C ATSN 7029 se S; and 13B 80.747 39.322 -15.594 1.00 37.69 B21b c ATON 1030 se Bw 13B 80.403 40.63V -16.312 1.00 39.Θ1 B21b c ATON 7031 SY Bw 130 89.536 41.044 -17.241 1.00 40.za B21b c ATOM 1032 CO2 Bw 13B 87.129 40.481 -17.102 1.00 39.74 B21b c ATSM 7033 with Bw 1 per 88.36? 37.670 -13.725 1.00 3 9.64 B21 c ATOM 7034 0 LIE 138 B9.278 37.7В4  12.B89 1.00 41.42 1.21V 0 ATOM 7035 N 1b 139 Q? .824 36.490 - 14 .030 1.80 38.47 B21 n ATOM 70 36 CA G T.G. 139 v. 251 35.260 -13.351 1.00 38.43 B21 c ATOM 7037 sv 1b 139 87.150 34-7 56 - 32.429 1 - CO 3! - P 1.21V C ATON 7036 CC2 I Ι.Ρ- 139 67.707 33.691 “11.485 1.80 3 $ .23 1.21 And C ATON 7039 S1 1b 139 B6, $ 31 35,934 -11.627 1-O0 36-92 B31b c ATOM 7040 CO2 1b 139 05,608 35,472 -10.583 1.00 38.37 1.21V C ATOM 7041 with 1ЪЕ 139 08.613 34,150 -14.335 1.00 3 $, $ 0 1.21 V C ATOM 7042 0 1b 139 07.834 33,819 -15.325 1-00 36.72 ) .21V 0 ATOM 7043 N YEN. 140 09.803 33.564 -14.172 1.00 39.31 1.21V S ATOM 7014 CA 5ΞΒ 140 90.312 32.604 -15.156 1.00 +2.70 1.31 V C ATOM 7045 sv XEN. 140 91.266 33.292 -16.145 1.00 42.39 1.21V C ATOM 7046 OS Yaw 140 92.065 34.270 -15.498 1.00 4 3. 52 121V 0 ATOM 7047 with 05V 140 91.020 31.398 -14.564 1.00 43.55 1.21V C ATOM 7048 0 5EV 140 91.914 31.441 -13.432 1.00 43.83 B2 £ b 0 ATOM 7049 N AZR 141 91.055 30.320 -15.344 1.00 +4.57 1.21V N ATOM 7050 CA D5₽ 14 1 91.910 29.173 -15.060 1.00 +6.96 1.216 C ATOM 7051 sv AZ B 141 93,308 29-509 15-161 1 -00 49-43 1.21V C ATOM 7052 ss DER 141 9-3.753 30.153 -16-619 1.00 $ 2-61 1.2’s with ATOM 7053 axis AZR 141 93,943 31.38 $ -16.623 $ 3.00 5.09 YZV O ATOM 7054 002 D £ P 141 93.8 + 3 29.362 -17-492 1.00 5+. sixteen 1,210 0 ATOM 705 $ WITH AZR 141 91.626 20.547 -13,697 3.00 +7.35 B21b 0 ATON 7056 ABOUT A $ P 141 92.510 2Θ.431 712,853 1.00 47.00 E21P 0 ATOI 70 $ 7 N RNE 142 90. ZV9 20.134 -13,401 1.00 49.13 B21b N ATOM 7056 CA RNE 142 90.066 27.424 -12.260 1.00 51.26 B21 c ATON 7059 SE RNE 142 89.306 28.349 -eleven . 315 one . 00 5C-. 93 B21H C ATON 7060 se RNE 142 8Θ.015 28.882 Ί1.8Θ5 1.00 52.14 B21b c ATSN 706! CP1 R-NOT 142 36.039 28.146 -11.790 1.00 51.90 B21 c ATCI 7062 CP2 RNE 142 87.968 30.142 - 12 .451 1.00 51.72 B21 c ATSN 7063 CE1 RNE 142 85.641 28.661 -12,245 1.00 49. + 0 . B21st ATOM 7064 CE 2 RNE 142 86.767 30.650 -12.013 1.80 49.6+ B21b c AT0 " 7065 cg RNE 142 $ 5.606 28.911 -12. $ 04 1.00 50.17 B21 ₽ C ATOM 7066 with RNE 142 $ 9-255 26.166 -12,561 1.00 $ 1.60 T.21V S

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ATOM ABOUT VNY 1'12 88.65+ Ϊ6.058 -13. 626 1.00 51.50 "18 0 DTOM -7OB0 N TUK 143 09,267 25.218 -11.625 100 52.56 B21V eleven ATOM 7069 CA TUK 143 08.530 23.962 -11.760 100 5 + .58 BY1V with ATOM 7070 NE TUK 143 09.2Θ2 23.010 - 12.699 1.80 36-96 Bj with ATON 7071 Sat TUK 143 08.523 21.763 -13.117 100 59.01 B21b | _g ATOM 7072 SOWING TUK 143 88.524 20.618 -12.324 1.00 ί> 2. thirty B21b 4 ~ ATOI 7073 sez TUK b + s 07.865 19.450 -12.731 ; 0o 53.0 + B21b WITH ltm 7074 CH2 TUK 143 07.844 21.717 -14-32?  .00 63. 41 B21b with AT <? N 7075 C £ 2 TUK OF $ 87.18 20.56 * -1 + .7 ++ 1.00 63.55 B21b with DTOM 7076 cg TUI 143 87.198 19-431 -13,943 1.00 64.06 B21V g " DTOM 707? cm TUK OF 86.53+ 10.291 -14.356 1.00 65.40 B21b 0 ATSM 707 0 with TUK 143 88-302 23,328 -10.370 1.00 53.01 B21b with ATOM 707 * with TUK OF 89.303 23,365 -9.569 1.00 53.42 B21V P ATOL 7000 N PPO B + 4 07.206 22.759 -10.079 1.00 50.7 + 1.23 V N ATOM 7081 with 080 144 06.972 12/22+ -8.767 Bhoo 49.09 B21b WITH ATON 7082 SD REY 144 06.003 22.734 -10.923 1.00 4 9, 32 B21b WITH AT0H 7083 sv RVO 144 85.062 21.604 '10 .164 1.00 47.39 B21b WITH ATON 7084 ss REY 144 WB. 478 21.930 -6.737 1.00 + 6.20 B1b WITH ATSN 7085 with Rybe 144 B5.382 24,130 -11,153 1.00 + 7.94 B21b WITH ATOM 7OE6 th RIP 144 85.7112 25,000 -10,440 1.00 46.61 B21b ABOUT ATON 708 Ϊ N b BU 1 + 5 84-501 24.220 -12.152 1.00 46.23 b21e N DTOM TOY 9 CA SUE 145 03-958 25,512 -12.57V 1.00 42.95 B21b WITH ATOM 7089 with boo 145 02.812 26.070 -11.742 1.00 + 1.27 B21b WITH ATON 7090 0 SBU 145 01.719 26.310 12.250 1.00 40,44 B21b 0 ATSM 7091 m ABA 146 03.062 26.275 'Yu. + 53 1.00 39.59 B21b n ATSN 7092 CA ABA 146 02.094 26.915 -9.571 1.00 38.70 1.21V with ATSN 7093 sv ABA 146 81.366 2B.8L -0,703 1.00 31.97 1.21V with ATSM 7094 with ABA 146 82.779 27.922 -6.637 1.00 39.60 1.21V with ATON 7095 with ASA 146 03.631 27,551 -7,033 1.00 + 1.88 1.210 about ATOM 7096 N UAY 14? 62.41? 29.10? -0.755 1.00 38.94 B21b N ATSM 7097 CA UA1, 147 02.905 30.227 -7. B94 1.00 39.15 1.210 with ATON 7098 NE UAY 14? 03.970 31.166 -0.630 1.00 40.72 B21b with ATOM 7099 Self UAY 147 05.144 30.392 '9-186 1.00 40,44 1.21V with ATOM 7100 CC2 UAY 14? 83.229 31.921 -9.733 1.00 40-31 1.21 V with ATOM 7101 WITH UAY 147 01.844 31.100 -7,439 100 38.68 1.21V with ATOM 7102 0 UAB 147 00.003 31.151 -V .080 1-00 + 1.11 1.21V 0 ATOM 7103 N Transnational corporation 14B 62.033 31.797 -6.E35 100 3 6.37 B21V N ATSN 7104 CA Transnational corporation 14B 61x051 32.778 -3.95 $ 1-00 3 6.67 121B WITH ATOM 7105 NE TNN 148 80.323 32-336 -4.6-5 9 1.00 35.50 B21b with ATOM 7106 M1 THY 148 60.850 33.031 -3-521 1.00 34.72 1.21V 0 ATON '> 10 7 ss; TNN 148 80-505 30.636 - +, 407 1.00 31.45 1.21V with ATOM 7100 with TIN 14B 81.807 34-102 -5-703 1.00 3? .12 B21b with ATCI 7109 0 Transnational corporation IW 82.966 34.112 -5.342 1.00 36.04 B21V ϋ ATSN 7113 n UAY 149 81.170 35.207 -0.169 1.00 37.24 B21b 1+ ATSN 71.11 CA UDE. 149 81.Θ5Θ 36.472 -6.104 1.00 33.40 B21V with ATSN 7112 NE UAY 1 + 9 81, 907 3? , 135 -7.4Θ5 1.00 31.91 B21V with ATON 7113 CO2 UAB 149 62.473 30.539 -7.369 1.00 33.40 12.1V with ATSM 7114 CC2 UDB 349 82. ? 67 36.321 -AT. 404 1.00 30.80 T.21 V with ATSM 7115 WITH UAY 149 81.145 37.370 -5.121 1.00 34.21 B21b with ATOM 7116 0 UAB 149 79.94 4 3? .244 -4.921 100 3+, 91 BY1V 0 ATOM 7117 N ABA 15V 81 .B80 38.264 '4.487 100 33.06 B21b N ATOM 7118 CA ABA 150 81.280 39.225 -3.505 100 35.73 B21b WITH ATOM 7119 NE ABA 150 81x210 38,656 -2.108 1.00 33.79 B21V with ATSM 7120 WITH ABA 150 82.112 4ΰ, 5ΰί -3, $ 97 1, (y 39.22 ΕΞ1Β WITH ATON 7121 ABOUT ABA 150 83-349 48,462 -3.711 1.00 40.31 1-21V 0 ATOM 7122 N TAP 151 81-430 + 1.-633 -3.4V? 1.00 40.11 B21V ίί ATON ? 123 Joint venture TKR 151 82,030 + 2.92? -3.63E 1.00 41.54 B21V with ATON 7124 NE TYR 151 81-393 +3.745 -4.729 100 38.77 B213 with DTOM 7125 With TKR 151 01,502 + 3, 201 -0.122 1.00 36.67 B21 & with ATOM 7126 CP2 TKR 151 02-611 +3.564 -7.048 100 36.37 B21V with DTOM 7127 Cez TKR 151 02.391 42.819 -8.219 1.00 34-19 B2118 with DTOM 7120 Cez TKR 151 03.694 44.448 --7.005 100 35-66 B21V with ATOM 7129 From 01 TKR 151 00.B09 +2.277 '6.737 1.00 35.59 B21b g ATOM 7130 S1 TER 151 81.206 12 .039 “8.006 100 35, 34 B21b 0 ATOM 7131 C £ 2 TKR B5-1 03.205 42.928 Ό.330 100 34.35 B210 with ATON 7132 SGS TKR 151 84.503 14.553 -8-10? 100 35, 09 B21V with ATON 7133 Cm2 TKR 151 84.257 + 3-708 -9-256 100 35.84 B21b g ATOM 7134 € TYR 151 81.997 α3.66a -2-346 1.00 44.09 B21b with ATON 7135 about TNR 151 80.964 +3.656 -1.04+ 1. OS 45.40 B21b about DTOM 71.3 $ N Boo 152 Y3.092 ++. 306 -1.946 : .00 + 6.45 B21b I DTON 713? SD Bw 1 52 83-07? 45.197 —0.012 1.00 48.60 1.2 1V with ATON 71 per sv BUY 1 $ 2 04-09? 44.751 0.225 1.00 48.03 B21b with ATOM 7] 39 Sat Bw 152 83.071 43.340 0.723 1.00 60.00 . B21V with ATSM 7140 SR BUZ 152 03.03? 43.305 2.003 1.00 51.32 T.21 V with ATON 7141 CE Bw 152 02.767 41.869 2.424 1.00 52.22 1.21V with ATOM 7142 NOT Bw 152 02.022 41.119 1.373 1.00 $ 5.40 1.21V 0

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ATOM 7143 WITH [.Ύ5 152 93-390 46,601 “1.231 1.00 50.99 B21b c ATOM 7144 ABOUT Ι.Ύ5 152 04.217 46.799 -2.101 1.00 51, 75 B21b 0 ATOM 7145 N ABA 153 92,701 47.565 -0.600 1.00 52.20 B21b I ATOM 7146 CA ABA 1 53 93,076 40,961 -0.762 1.00 53.01 B21b c ATOM 7147 NE ABA 153 01.854 49,002 -1.069 1.00 53.16 B21e C ATOM 7148 WITH ABA 153 03.664 49.342 0.596 1.00 £ 3.38 121V C ATON 7149 ABOUT ABA 153 02.970 48.338 1.605 1.00 53.17 B-21B 0 ATOM 7150 14 A £ P 154 04.950 49.611 0.610 1.00 85-41 B2to n ATOM 71 51 CA ABP 154 85.732 49.644 1.810 1-00 56.07 B31V S ATOM 71 52 NE A5P 154 85.183 50.652 2.856 1.00 60.15 B 210 C ATOM 7153 se DER 154 85.664 52,060 2,579 1.00 63.17 B21b c ATOM 71 54 ORT D5R 1 54 06.800 52.204 2-319 1.00 66.19 B21e 0 ATOM 7155 002 AZR 154 84,942 53,010 2.609 1.00 63.31 B218 0 ATOM 7158 WITH AZR 154 85,659 40.238 2.396 1.00 56.ΒΞ B21e s ATOM 7157 0 AZ? 154 06,161 four? , 297 1.790 1.00 54.07 B21 0 ATOM 7158 N VEN 155 95,010 4Θ.090 3.545 1.00 57.77 121B 14 ATOM 7159 CA Yaw 155 64.814 46.771 4.112 1.00 58.15 1.21V C ATON 7160 sv YOU! 159 85.331 46.7 * 4 5.542 1.00 57.73 B21b c ATOM 7161 Sho 8 YOL 155 86.728 46.518 5.538 1.00 60.03 B? 1B O ATOM 116? with BEL 155 83.367 46.327 4-068 1.00 .50.00 LIV S ATOM 7163 0 5EL 155 83-069 45,151 4,217 1.00 59.53 B21b 0 ATOM 7164 N CENTURY 156 82.465 47 .26? 3-858 1.00 5I, 33 B21b N ATON 1165 CA ZEK 156 81.05? 46.916 3,777 1.00 59.90 B21b c ATOM 7166 NE Yaw 156 60,201 40,162 3.965 1.00 60.52 B21 c ATON 7167 OS ZEK 156 80.336 48.660 5.283 1.00 59.0 * B21b 0 ATOM 7168 with Led 156 80.733 46.260 2.445 1.00 60.68 1.21 V C ATOM 7169 0 B £ i 156 81.328 46.583 1.422 1.00 61-09 T.21V 0 ATOM 7170 N RNO 157 79.792 45.304 2.453 1.00 60.88 1-21V AND ATOM 7171 SR R8P 157 79, what? 41-713 3,690 1-00 50.20 B21b c ATOM 7 1 72 CA RAO 15? 79.3 * 8 4 * .547 1-270 1.00 60-26 1- $ 1E C ATOM 717 3 NE T-bills 15? 70, $ 87 43.304 1.606 1.00 58.77 B21b c ATOM 7174 SS Nuclear weapons 15? 79-155 43-27? 3, 32 * 1.00 56.4 * 1.21V C ATOM 7175 WITH T-bills 157 70,102 45.303 0.334 1.00 59.58 B21b c ATOM 7176 0 RKO 157 $ 77.17 45,984 0.763 1.00 57.31 1.21V 0 ATON 7177 N UAY 15V 78,657 45.150 -0.959 1.00 59.32 B21b N ATON 7176 CA UAY 158 77,915 45.844 -2.002 1.00 59.47 1-21V C ATSN 7179 NE UAY 158 70.700 45.791 -3.331 1.00 57.95 B21b c ATON 7100 SY1 UAY 15V 77,039 46.290 -4.469 1.00 54.31 1.21V C ATON 7101 SB2 UAY Ϊ5Β 7 9.97 5 46.617 -3.21.3 1.00 53.69 B21b c ATON 7102 WITH UAY 15V 76.536 45.21V 2.204 1.00 60.73 1.21V C ATSN 7103 0 UAY 150 76.414 44.001 -2-333 1-00 61.06 B21b a ATSN 1104 N B5 > 59 75.505 46.061 -2.244 1.00 62.19 1-21E n ATOM 710 5 SL aphid 159 74,113 45.602 -2.315 1-00 61.60 B21b c ATSN 71 66 sv Bp 159 73.236 46.399 -1-341 1.00 63.7 $ B21E S ATOM 7107 ss B5 159 73-455 46.090 0,126 1.00 69.06 B21b c ATOM ) 108 SR Ι.Υ5 159 72.64 4 41.03? 0.999 1-00? $, 91 1.21V C ATOM 7189 CE Bw 159 73-000 46.092 2.478 1.00 82.57 B21b c ATOM 7190 N2 Bw 159 72.140 41.750 3.366 1.00 87.68 1.21V N ATON 7191 WITH Bw 159 73,162 45.574 -3.699 1.00 58.86 B21b c ATSN 7192 0 B £ 159 72.303 45.300 -3.847 1.00 57.81 B21b 0 ATOM 7193 N ABA 160 74.185 46.165 -4.701 1.00 55.78 B21b N ATON 7194 CA Aba 166 73,587 46.415 -6.008 1.00 52.62 1.21V C ATOM 7195 NE ABA 160 72.592 47.559 -five. 900 1.00 51.57 B21c c ATOM 7196 WITH ABA 160 74.622 46.724  7.090 1.00 51.55 Ϊ-21Β s ATON 7197 0 ABA 160 75.718 47.210 b.eosis 1-00 52-33 Ϊ-21Β □ ATON 7195 N SUE 161 74.269 46.441 -8-339 1.00 48-63 B21b i ATOM 7193 sd OW 161 75-115 46-834 “9.445 1.00 47.68 B21b c ATOM 720 " with And ¥ 161 75.947 45.670 -9.91? 1-00 46.51 B21b c ATOM 7201 0 SUE 161 76-533 45.664 -11,000 1.00 47.18 B21b 0 ATOM 7202 I UAY 162 75.991 44.6 * 2 -9,091 1.00 45.69 B21b N ATOM 7203 CA UAY 162 76,266 43.467 -9.420 1.00 46.39 B21V S ATON 7204 NE UAY 162 76-994 42.592 -B.177 1.00 45.36 B21b c ATOM 7205 CC1 UAY 162 77,924 41.457 -B.522 1.00 45.18 B21V S ATOM 7206 CC2 UAY 162 77,563 43.423 -7.0 * 6 1.00 43.58 1.21V C ATOM 7207 WITH UAY 162 76.065 42.636 -10.489 1.00 46.43 B21b c ATSN 7200 ABOUT UAY 162 74,048 42.523 -10.510 1.00 46.00 B21V O ATSN 7209 N SUS) 163 76.052 42.058 -And. 382 1.00 17.73 Bt i ATOM 7210 CA OHO 163 76.306 11.230 “12.440 1.00 49.TO B21c ATOM 7211 With Si 163 75.084 42.106 “13.625 1.0 "52-12 B21b c ATON 1212 SS Si 163 71.748 41.536 -14.443 ι.0α 60, (, 21V s ATSN 7213 SR Rip 163 73,390 41.886 “13.864 1.00 65.24 B21b c ATOM 721 4 0E1 CP 168 72 _7? 4 41-012 -13.509 £ 1.00 7.90 B21b o ATSN 7215 OE2 si 163 72,940 43,030 “14.068 1.00 70.08 . B21V 0 ATOM 7216 WITH Ltd 163 71,401 40, TOO -12,665 1.00 46.11 B21b c ATOM 7217 WITH syo 163 70,410 40.682 -13.419 1.00 17.48 1.21V 0 ATOM 7210 TO Transnational corporation 164 37,206 38.970 -12,599 1.00 41.78 B21b N

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ATOM 7219 CA TNN 164 78,232 37.9B8 -12.730 1.00 38.50 B21b ATON 7220 NE TNN 164 78,531 31.243 -11.400 1.00 34, $ 0 B21b ATOM 7221 001 TNN 164 78.699 30.199 -10.346 1-00 30.64 B2 1B ATOM 7222 ss? TNN 164 79.756 36.372 -11.495 1-00 28.00 B21b ATOM 7223 with TNN 164 77.871 36.955 -13. 156 1-00 38.26 B21b ATOM 7224 □ tn 164 76.696 36.639 -13.868 1.00 39.75 B21b ATOM 7225 N tn 165 78.83V 36.416 -14.401 1.00 37.96 B21b ATOM 7226 CA tn 165 78.5 62 35.385 -15,403 ι, οο 37.az B21b ATON (227 NE tn 165 73.599 35,420 -16.618 1.00 34.80 B21b ATOM 7220 0С1 tn 165 80,880 35,040 -16,097 1.00 36.93 1.21V DTOM 7229 se? tn 3 65 79,709 36.025 -17.215 1.00 31.26 B21b ATOM 7230 with tn 3 65 78,593 33.985 -14.866 1.00 37.21 b21H ATON 7231 0 tn 165 79,114 33.770 -13.777 1-00 39.28 bg 1c ATOM 7232 N tn 166 78.036 33.019 ‘15 .565 1.00 36.76 B21b ATOM 7233 CA tn 166 78.243 31.645 -15.180 1-00 38.24 B21b ATSM 7234 NE tn 166 77.106 30.778 -15.600 1-00 34.50 1.21V ATOM 7235 αεί tn 166 77.096 30.796 -17.009 1.00 34.16 B21b DTOM 7236 CE2 tn 166 75.787 31,322 -15.164 1.00 33.33 B21b DTOM U2E1 WITH tn 166 79. $ 37 31,194 -15.827 1.00 37.53 B21b DTOM teee ABOUT tn 166 79.864 31,623 -16.932 1.00 36.25 1.21V ATOM 7239 N puke sixteen? 90,299 30.325 -15.153 1.00 37.69 : .21 V ATOM 7240 with RK0 167 90,022 29.728 -13.337 1.00 37.02 1.21V ATOM 7241 CA REY 167 01.614 29.933 -15.668 1-00 41.4 $ 1.21V ATOM 7242 NE T-bills 167 92.133 28.968 -14.613 1 .00 38-50 B21b ATOM 7243 Xie Ryo 167 01.376 29.322 -13.368 1.00 37.09 B21b ATOM 7244 WITH ri 167 91.473 29.277 -17.029 1.00 42.27 B21b DTOM 7245 □ ₽no 167 90-425 20,735 -17.341 1.00 44.62 B21b ATOM 7246 N ZEN 168 02.514 29.334 -17.845 1.00 43.91 B21b ATOM 7247 CA BEN 168 92,419 28.642 -19.123 1.00 49-02 B21b ATOM 7248 NE 5 EN 168 01,934 29,574 -20,200 1.00 48.31 B21st ATOM 7249 SS BEN 168 02,776 30.696 -20.353 1.80 $ 1.04 B21b ATON 7250 with BEV 16 $ 93,860 2Θ.312 -19.517 1.80 52.43 1.21N ΑΊ'ΰΜ 7251 0 BEN 168 04.85V 28.010 -19-384 ! , 00 51.13 B21e ATOM 7252 n 1ΪΞ 169 93.987 26.V66 -19.961 1.00 56.92 B21b ATOM 7253 CA Bub 169 05.169 26,213 -20,283 1.00 61.14 B21b ATOM 7254 NE fuck 169 04.91E 24.845 -20.924 1.00 62.04 1.21V DTOM 725 $ se 1 ¥ 5 169 04.830 23-607 -19.932 1.00 66.49 B21b ATOM 7256 With 1-3 169 Θ5.821 22.565 -20.294 1, 00 70.79 B21b ATOM 725? CE Bw 169 06.008 21.615 -19.111 1.00 73.34 b21a ATSM 7256 Y2 Bw 169 04.856 20,937 -18,570 1.00 78.76 B21b ATOM 1? 59 WITH blowing 169 $ 95-95 2?, 092 -21.835 1.00 6Ζ.66 B21n ATOM 7260 ABOUT Bw 169 05-383 27.720 -22.115 1.00 63.23 B21b ATOM 7261 N si 170 97.269 2?, 141 -21.053 1.00 64.67 1.21 V ATOM 72 6? CA sy 110 08-185 20,952 -21.820 1.00 65.86 B21b ATOM 7263 NE 01, N 170 99.262 20.556 -20.967 1.00 66.96 B21b ATOM 7264 With <71.14 1 70 98-852 29.309 -19.125 1.00 60.32 b21e ATOM 7265 With sy 170 90.050 29.809 -18.995 4.00 69.31 ΕΪ1Β ATOM 7266 OE1 sy ] 70 90.010 30.116 Ί7.163 1.00 71.36 1,2] Θ ΑΪΟΗ 7267 SE2 Oh 170 91.127 30.130 -19-734 1.00 71.33 B? 1B ATSM 7268 WITH SY 170 Θ8.677 27.413 -23.097 1.00 66.50 B? 1B ATOM 7269 ABOUT sy 170 Θ7.997 27.295 -24.125 1.00 65.61 B? 1B ATSM 7270 N ZEN 171 B9.946 27.027 -23-009 1.00 66.50 B21 ATOM 7271 CA VEYA 171 90.641 $ 26.32 -24.081 1.00 67.32 B21n ATSM 7272 NE 9 her 171 91.243 2 7.31’8 -25.076 1.00 68.01 1.2111 ATOM 7273 With 5 EB 171 90.258 2?, 7? 5 -25.965 1.00 70.61 B21 DTOM 7274 WITH Yaw 171 91.744 25,474 -23.466 1.00 66.60 1.21a DTOM 7275 WITH BER 171 92,026 24,376 -23.930 1.00 65.89 B? 1B DTOM 7276 N ABA 172 92,361 25.994 -22.400 1.00 65.46 B? 1B A’GSM 7277 CA ABA 172 93.171 25.173 -21.517 1-00 63.92 B? 1P ATSM 7278 NE ABA 172 33,956 26.056 -20.544 1.00 62.05 B21b ATSN 7279 SS ABA 172 93.058 2 6.891 -19.652 1.00 62.55 B21b ATON 7288 SG> 1 ABA 172 92.050 27.431 -20.100 1.00 62.36 B21b ct cm 7281 Yo2 AZES 172 93.426 27.003 -10.376 1-op amp 61.56 B21b ATSN 7282 WITH AZES 172 92.230 24.245 -20.754 1.00 63.74 B21b ATON 7283 ABOUT AZES 172 92.646 23.450 -19.016 1.00 63.97 B21e ATSM 7284 N Α & Ν 173 98.946 24.383 -21-062 1.00 63.55 B21b ATSM 7285 OD AZ Y 173 89.937 23,472 -20.510 1.00 62.96 B21b ATSM 7286 sv dyne 173 90.350 22-014 -20.125 1.00 63.60 B21b ATOM 728? with AZES 173 89,303 ? 1.05θ -20.483 1.00 65.50 B21b ATOM 728® prt dzi 173 89,023 29.565 -19.366 1.00 67.22 1.216 DTON 7289 ΝΕ32 AND YOU 173 8В.4О7 20,799 -21.525 1.00 65.19 1.3 y ATSM 7298 WITH AZES 173 89.64 $ 23.724 -19.037 1.00 61.5? 1.2ΙΒ ATSM 7291 0 AZES 173 88,060 22.990 -10.415 1.00 60.73 . B21e ATSM 7292 N Ι.Υ5 174 90,260 24.75V -10.474 1.00 $ 0.83 B21b ATIM 7293 Sd Bw 174 89.052 25.262 -17.113 1.00 57, 03 B21b ATSM 7294 NE Bw 174 91.047 25.873 -16.436 1.00 56.43 B21b

l l =! Ο l a c g · rm ΐ ·? · = V ± · u ώ l <Ί =! υ γΊ ο π g '/ g ώ Λ i ύ L L Ί Ί π ξ ο Η g L ο η π Λ з ο · η ο η -π and ς> π π π η l ξ with π- η ο:? η i ο l l ϋ l η and ο η ο

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ATOM 7295 SS Bw 1? 4 92.179 24.893 -16.202 1.00 54.80 B21h c ATOM 7296 With Bw 174 93.293 25.524 -15.389 1.00 55.6 $ B * 1B s ΑΤΰΜ 729? CE Bw 174 94 .474 24.579 -15.209 1.00 54.27 B21b c ATOM 729V L / Bw 174 95.762 25.322 +15.121 1.00 $ 5.04 B21e N ATOM 7299 WITH Bw 174 09,739 26-302 +17.352 1.00 56.01 B21b c ATOM 7305 ABOUT Bw 174 80.342 26.687 -18,482 1.00 54.56 B21b 0 ATSM 7301 N TUK 175 B9,227 26.835 +16.245 1.00 54.93 B21b N ATSM 7302 CA TUI 175 VT.035 21.680 -16.309 1.00 55.31 B21b c ATSM 7303 SI TUK 175 85-965 27.195 -15.319 1.00 5? .70 B21b c ATOM 7304 With TUK ] 75 "5.217 25.953 -15.160 1.00 68.75 B213 s ATOM “303 SI TUK 175 84.034 26.051 -16.48? 1.00 61.53 B21b c ATOM 7306 CE1 TUK 175 83.349 24.923 -16.996 1.00 63.42 b? 1V C ATOM 730? CO2 TUK 175 05.695 24.605 -15.452 1.00 60.53 B / 1 V s ATOM 730V CE2 TUN 175 05.017 23.552 +15. NEL 1.00 63-85 B21b c ATOM 7309 C2 TUK 175 E3.843 23.672 -16.570 1.00 63.99 B21b c ATOM 7315 HE TUN 175 B3.1B6 22.537 -16.995 1-00 64.23 B21b 0 ATSM 731 1 WITH '' VCO 175 B7.316 20.150 -16,058 1.00 53.03 B21b c ATSM 7312 ABOUT TUK 175 B8.2E7 29.523 -15.323 1.00 53.97 B21b 0 ATOM 1313 TO ABA 176 86.5’4 30.008 -16.686 1.00 40.30 B21b N ATSM 7314 SL ΛΙΛ 176 86-626 31.440 -16.4V6 1.00 43.06 B21b c ATOM ^ 315 NE ABA 176 87.113 32.113 -17.765 1.00 43.69 B21b c ATOM 7316 ι ABA 176 95.264 31.905 -16.087 1.00 41.19 B / 1B s ATOM 7317 0 ABA 176 84.241 31.345 -16.310 1.00 49.23 C21B 0 ATOM 731V 14 ABA 177 05.255 33.161 -15.to 1.00 37.02 1.21V N ATOM 7319 CA ABA 177 B4.012 33-839 -15.190 1 .00 36.67 B21b c ATSM 7325 Joint venture ABA 177 B3.549 33.496 -13.807 1.00 36.19 B21b c ATOM 7321 WITH ΑΙΛ 177 84,303 35.322 -15.312 1.60 36.41 B21 ATSM 7322 0 ABA 177 09.440 35.694 -15.603 1.00 ST .70 1.21V 0 ATOM 7323 M ZEK not 83.296 36.169 -15.096 1.00 33.97 B2] B N ATOM 7324 CA ZEK 115 83-560 37.567 -14.177 1.00 38.19 B21b c ATOM 7325 NE ZEK 17 V Β3.Θ93 ZB.359 -16.039 1.00 29.61 1.21V C ATOM 7326 OS ZEK 17B 02.756 ZV.462 -16.Θ7Θ 1.00 31.45 B / 1B 0 ATOM 7327 WITH ZEK 17 V 02.376 30.206 +14.076 1.00 29.28 B / 1B C ATOM 732V ABOUT ZEK 17 V Θ1.254 37.704 -14.130 1.00 28.35 ΕΖ1Β 0 ATOM ? 329 N ZEK 179 B2.635 39.330 -13.420 1.00 28.18 B21b N ATOM 7335 CA Yen 179 01.663 39.969 -12.651 1.00 29, 0 $ B21b c ATSM 7331 NE Zek 179 81.939 39.533 -11.099 1.00 25.74 B21b c ATOM 1332 □ C ZEK 179 81.11 $ 40.215 -10.164 1-00 25.59 B21b 0 ATOM Ϊ333 WITH ZEK 179 81.70 $ 41.497 -12.707 1.00 2Θ.42 B21b c ATOM ? 334 ABOUT Yen 179 V2.E02 42.050 -12.632 I, 0О 38.29 B21b 0 ATOM '335 N TUK 1 80 80.670 42.184 -12.919 1.00 ΖΒ .ΒΪ B21b th ATOM 7336 Db TUN 108 BO.718 43.628 -13.137 1.00 29.20 B21b c ATOM 133? NE TUK ΙΘ0 80,079 43.900 -14.493 1.00 25.61 B21b c ATOM 733V SS TUN 185 80-y59 43.465 -15.684 1.00 22.04 D.21V S ATOM 1339 SI TUK 1 0 60.691 42.115 -15.973 1.00 21.54 1.2] in s ATOM 7345 CE1 TUN then 81-619 41.623 -17.041 1.00 24 .06 B21b c ATOM 7341 CO2 TUK 185 Θ1.5Β5 44.325 -16.503 1.00 22.00 B21b c ATOM 7342 CE2 TUN 100 02.332 43. B41 -17.586 1.00 23.42 B21 ATOM 7343 cg TUK 180 82.341 42.4B4 -17.049 1-00 25.10 N1V s ATOM 7344 he TUN 100 03.053 41.964 Ί8.914 1.00 26.40 S? 1st 0 ATOM 7345 with TUK 100 VO 017 44.396 -12.017 1 .00 29.98 B21b c ATOM 7346 ABOUT TUI 1 VO 79,879 44.115 -11.665 1.00 30.59 B21b 0 ATSM 7347 N Bw 101 BO.701 45.369 -11.445 1.00 31.06 B21b to ATOM 134Θ CA Bw 1B1 BO.07 $ 46.194 -10.43 " 1.00 34.40 B21b 0 ATSM 7349 NE Bcd 181 80.950 46.241 -9.178 1.00 35.91 B21b c ATSM 7355 SS Bw 131 80.622 47.301 -8.110 1.00 37.29 1.21V C ATSM 7351 CO2 Bw 101 '19, 141 47.276 -7.702 1.00 30.10 B21b s ATSM 7352 Pops Bw 181 "1-459 47,046 -6,074 1.00 35.95 B21b c ATOM 7353 with Bw 181 ? 9.B60 47,593 -11.007 1.00 35 * 22 02111 C ATOM 7354 ABOUT Bw 181 IN 82? 40.271 -11.396 1.00 35. $ 3 B? 1B P ATOM 7355 N ZEK 182 7B.591 40.001 -11.072 1.00 34.30 B21e s ATOM 7396 CA Yen 182 78.195 49.265 -I.687 1.00 34. (6 ΟΪ1Β C ATSM 7357 NE ZEK 182 7 S.VV4 49.110 -12.448 1.00 33-20 B21b c ATOM 7390 OS ZEK 1B2 71.030 4B.265 Ί3.568 1.00 36.65 B21b 0 ATOM 7359 WITH ZEK 182 70.001 50.314 -10.620 1-00 35.64 B21b c ATOM 7365 ABOUT Yen 182 77.212 50.135.-9-681 1-00 3? 03 B21b 0 ATSM 7361 N Bw 103 70.717 51.416 +10.710 1.00 35.80 B213 N ATOM T362 CA b £ and 103 70.703 52.494 -9.796 1.00 36.71 B21b c ATSM 7363 NE Bw 103 80.101 $ 2.637 -9,193 1.00 32.29 B21b c ATSM 7364 SS Bw 103 80.291 51-602 -8,103 1.00 32.15 B21b c ATSM 7365 Pops Bw 103 81,726 51.602 -7.616 1.00 31.53 b21a s ATSM 7366 Pops Bw 103 $ 79.33 $ 1.923 -6.969 1.00 30x51 B21b c ATSM 73 67 WITH Bw 183 70.291 55.790 -10.486 1.00 37.88  B21 <3 s ATOM 7360 ABOUT Bw 183 10,384 53.896 -11.119 1.00 41.35 B21st 0 ATSM 7369 N TNR 184 77.B36 54.769 +9.708 1-00 37.42 B21b v ATOM 7375 CA TNN 104 77.936 56.165 -10.137 1.00 36, 40 B21b c

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ATOM 7371 NE Transnational corporation 184 77.082 57.095 “9,338 1.00 34.03 B21b c ATON 7372 OS1 TEAK 184 77.809 57.385 -0.073 1.00 32.25 1.210 0 ATON 737 $ SOY Transnational corporation 181 75.8 + 4 56.489 -9,121 1.00 27.17 B21b c ATOM 7374 WITH TNV 194 79,369 56.584 -9.007 1.00 37.89 1.21V C ATON 73? 5 0 TNV 181 ¥ 0,07 55.952 -8.994 1.00 ZE.09 1.210 0 ATOM 7376 N RNO 1J5 79,067 57.664 -10.430 1.00 +0.32 T.21V N ATOM 7377 With RNO 185 79,307 53.350 -11.603 £ .00 30.82 S1B with ATOM 7370 CA RNO 185 81.239 59.171 -10.093 £ .00 +1.83 Ι.21Β C ATON 7379 NE RNO 185 81.4 + 1 53.272 -11.113 1.00 37.59 T.21V S ATOM 7383 ss Ryu 185 80.532 59.935 -12.234 1.00 ZY, $ 4 T.21V S ATON 7381 with Ryo 185 81.28V 58.701 -0.670 1.00 43.60 L1B C ATOM 7382 ΰ RAO 185 82.314 58.819 -0. (100 1.00 43.46 B21b 0 ATON 7383 N si 186 80.170 59.J39 -0.204 1.00 18.02 B21e μ ATSM 7304 CA hundred 186 E9.1Y7 59-927 -6,037 1.00 53.68 E21B s ATOM 7385 NE hundred 186 70,107 60,491 -6.677 1.00 5E.48 B21b c ATOM zzz ss hundred 186 70,455 61.600 -7.690 1.00 68.64 1.21V C ATSM 7387 sv hundred 186 70,399 61.126 -9.14V 1.00 70.44 b21 s ATOM 738V OE1 hundred 186 70.031 59.955 -9.384 1.00 72.4V 1.21 in 0 ATOM 7389 ΟΩ hundred 186 70.727 61.930 -10.057 1.00 13.54 B21b 0 ATON 7380 WITH hundred 186 80.360 58.74V -5.951 1.00 $ 4.01 T, 21V C ATOM 7391 0 hundred 186 81.019 58.97V '+ -041 1.00 55.75 L1B 0 ATON 7392 N hundred 187 79.azo 57.553 -6-103 1-00 53.63 B21 V ATOM 7393 CA hundred 187 79,934 Zb.OE -5.105 1.00 51.43 B21 ATOM 7394 GW hundred 187 70,881 55-6Y0 -5.131 1.00 50.42 Ι.21Β C ATOM 7395 With hundred 187 76,234 55,226 -6.505 1.00 50.59 B21b c ATON 7396 NE hundred 137 76,767 54.923 -6.554 1.00 50.84 B21b c ATOM 7397 0E1 hundred 187 76.405 53.972 -7.251 1.00 50-40 B21b 0 ATON 739V KE2 hundred 187 75.917 5’3.54? -B.V21 1.00 19.YO Ι.21Β N ATON 7399 WITH hundred 187 61.189 53.86? “5.J90 1-00 50.12 B21e s ATON 7409 about hundred 187 81.822 54.956 -4.38? 1.00 50.30 B21b 0 ATOM 7 40; N TIR 18B 81.782 53.787 -6.475 1.00 17.34 B21b 8 ATOM 7402 sd TIR 18B 83.10V 53.222 -6-694 1.00 47.52 B21 c ATOM 7403 sv TIR 188 8E.4Y0 55-19 ’ -8.107 1.00 42.90 L1B C ATOM 7104 Joint venture TIG 18B 04.000 5 5.SY K -0.495 1.00 39.27 B21b c ATOM 7405 soi TV? 188 85,750 53.999 -9.157 1.00 36.97 1.21V C ATON 7406 THIS TNR 18Θ 81.03Θ 54.341 -AT . 621 1.00 35.12 B21b c ATOM 7407 Cez TNR 180 65,569 52.774 -7.515 1.00 36.62 B21b c ATSM 7400 CB1 TNR 180 85.653 56.015 -9.116 1.00 37.57 1.21V C ATON 7409 HE1 TV? 18Θ 86,950 55.576 -9.203 1.00 35.22 L1P N ATON 7410 THIS TNR 180 80.141 53.496 -B.467 1.00 35.OYA 1.21V s ATOI 7411 Cez TNR 18B 86.676 51.93: • 7.360 1.00 37.16 B21b c ATSM 7412 en2 TNR 18B 87.9 + 0 52.29В  7. B 3 4 1.00 35.01 T, 21V C ATOM 7413 with TAP 18B 84,135 56.094 -3.9BY ] -00 50.19 B21b c ATSM 7414 0 TYR 18B 55.058 55.539 -5.366 1.00 51 - YO LY 0 ATOM 7415 N Bw 189 83.926 57.400 '6.06+ 1.00 50.04 B21b N ATOM 7416 CA B№ 189 84. VEV 5a.326 -5.4 + 2 1.00 52.62 B21b c ATOM 7,417 NE Bub 189 84.673 59.7 + 5 -5.37+ 1.00 53.78 L10 C ATSN 7 41 I SS Yr 109 35.97 3 59,957 -1.425 1.00 58.09 B 210 C ATOM 711 9 With Bw 180 06th 59,737 -7.026 1.00 61.78 1.21V C ATSN 1420 CE Τ, ΥΒ 109 8 6.92 7 59,141 -9.099 1.00 65.61 1.21a C ATON 7,421 H7. Ι.Υ5 189 88.40J 59,624 -9. JV7 1.00 73.62 1.21V N ATOM 7 422 WITH Bw 189 84.018 58.339 -3.927 1.00 52.30 1.21 V C ATSM 7423 0 Bw 169 85,780 50,698 -3.24B 1.00 54.71 ı1e o ATOM 7424 n Yaw 190 0 3.67 ΐ 57.94V -3.393 1.00 49.00 1.21 (5 i ATOM 7425 CA ZEN 190 83,425 58.174 -1.9Θ4 1.00 47.44 T.Y10 S ATSM 7426 NE ZEN 190 02.007 58.680 -1.772 1.00 45.06 T, 21V C ATSM 7427 th Yaw 190 81,100 57.947 -2.455 1.00 46-05 L1B 0 ATON 7428 with BEK 190 EZ.B5V 56.935 -1,150 1.00 4 6.24 L1B s ATSN 7429 about BAY 190 B 3.98 3 56.786 -0-001 1-00 46.23 L1B 0 ATSN 7 430 N To 1 £! 191 04.513 58.0 + 3 -1.633 1.00 45.30 L1B n ATON 7431 CA NT5 191 35.10+ 55.051 -0-762 1.00 45.91 B21b c ATOI 7 432 NE CT-5 191 04.487 53.697 -1.037 1.00 44.94 1.21V C ATSN 7433 se ΗΙ5 191 83-037 53.6Y -0.602 1.00 44.01 1.21V C ATON 1434 soi NT5 191 91,088 53.92V -1.241 1.00 42.43 1.21V C ATOM 7435 H01 ΚΙ5 191 92-689 57-191 0.661 1.00 44.59 B21b p ATON 7436 CE1 ΗΙ5 191 91,356 53.270 0.702 1.00 42.41 1.2 1 V C ATSM 7,437 HER ΗΊ5 191 90,959 53, 716 -0.357 1.00 40.13 B y v and ATOM 7438 WITH NGZ 191 96-023 54.994 -0.928 1.00 48.05 B21b c ATSN 7,439 0 ΗΊ5 191 07,143 55, 172 -2.019 1.00 41.33 B21.B 0 ATON 7440 N ABC 192 97.33+ 54.762 0.170 1-00 47.92 1.21V N ATON 7441 Si ABC 192 98,779 54,561 0.102 ] .00 4 $, 29 L1B C ATON 7442 NE FOREST 192 99. ST4 54.317 1,496 1.00 53.95 B21b c ltjk 7443 Oh ABC 192 99.706 55.585 2.250 1-00 62.03 , 1.21V C ATON 7444 With AIS 192 91.080 .56.101 3,069 1.00 68.57 1.21V C ATOM 7445 NOT AIS 192 91.236 57.520 2.1? & 1.00 76.08 1,2 £ W P ATON 7446 CE Fox 392 92.37 6 50.194 2,059 1.00 VO.97 1.210 C

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ATOM 7447 HH1 ICE 192 92.421 59,489 2.363 1 + 00 83.55 1 + 21V n ATOM 7440 ΜΗΞ Battery 152 93.474 57,574 1.640 100 83.12 E21B n ATOM 7445 WITH bottom 102 09.156 53.397 -0.000 1.00 46.81 B21b with ATOM 7450 ABOUT Battery 192 90.292 53.325 -1.266 3:00 47.72 B21 0 ATOM 7451 N YEK 193 00.222 52.481 1.037 1.00 42.98 B21V N ATOM 7452 CA ZEK 193 B & .496 $ 1.342 -1.90? 1.80 41.55 B21b WITH ATOM 7453 sv ΞΕΕ 193 09,966 $ 0.434 -1,287 1.00 39.74 B21b WITH ATOM 7454 <xs ZEK. 193 09,199 50.021 0.010 1.00 40.91 B21b WITH ATOM 7455 with ZEK- 193 07,243 50.525 -2.198 1.00 40.51 1 + 215 WITH ATOM 7456 0 ZEK 193 06,157 50.390 -1.714 1.00 40.73 1 + 21V 0 ATOM 7457 N TUK. 154 07,427 49,433 -2.930 1.00 30.90 G + 21V n ATOM 745V CA TOUR 194 06,377 48,500 -3.330 1.00 35.71 E21B with ATOM 7455 NE TOUR 194 05.754 48,931 -4,667 100 32,23 E21B with ATOM 7460 SS TUE 194 04.533 49.816 -4.524 1.00 31.63 E21B with ATSM 7461 CO! GUK 194 03.254 49.261 -4.520 goo 20.70 B21b with ATOM 7462 CE1 TUK 194 02.127 50-060 -4,415 1.00 29.70 B210 with atom 74 63 CP2 TUK 191 04.65 $ 51-202 -4,397 1.00 31.1? B21 with ATOM 746 " se r TUK 194 $ 03.52 $ 2.017 -4,283 1.00 32.51 E21B with ATOM 7455 SI TUK 194 "2,259 51.433 -4.297 1.00 33, 20 B2: 1c with ATOM 7466 he TOUR 194 01.124 52.220 -4.23V 1.00 34.06 E218 0 ATON 7467 with TOUR 194 07,121 47,190 -3.521 1 + 00 36.59 E21B with ATOM 7466 0 TUK 194 00.31 $ 47.207 -3.055 1.00 35.94 B21b 0 ATOM 7465 to ЁЕР 195 06.457 46.052 -3.330 1 +04) 36.59 B21b n ATOM 7470 CA ZEK 195 67.182 44.785 -3-492 1-00 37.13 1.21V with In summer 7471 sv ZEK. 195 07.605 44. 1.00 06.06 1,215 with ATOM 7472 OS ZEK 195 60.132 45-339 -1-ZO7 1.00 34.60 B21b ΰ ATOM 7473 with EEP 195 06.3 "4 43.674 -4.162 1.00 37 + 41 E21O with ATOM 7474 0 ZEK 195 "$ 1? 1 43.554 -3.98 6 1.00 37.59 E21B 0 ATOM 7475 to CPS 196 0? .077 42.653 -4.933 1.00 37 + 65 1 + 21V m ATOM 7476 CA CPS 196 36,443 41.70- 5.528 1.00 30 + 73 ΕΙίΙΒ with ATOM 7477 WITH CPS 196 36.091 40.511 -4 + 690 1.00 39.12 1.215 with ATOM 7470 0 CPS 196 09/30/3 40.277 -4.532 1.00 40.53 B21b 0 In summer 7175 sv CPS 196 36.081 4! -552 -6 + 997 1.00 30.27 B21b with ATSN 7480 5C CPS 196 05.991 10.237 -1,092 1.00 40.80 B21b 3 ATOM 7481 N Bn 197 85.932 39.779 -4.122 1.00 39.35 B21e n ATOM 74 "2 CA Yen 197 86.259 38.614 -3, 303 1.00 ST 91 E21B with ATOM 7463 NE BEN 197 85.733 7 ", 794 -1.076 1.00 ZE-51 £ .216 with ATOM 7461 Sat No 197 86,541 39-023 -one . 078 1.00 42.70 E21B with ATOM 7465 With Be 197 05,947 40.191 0.280 1.00 03/15 1.21V with ATOM 7466 <ZE1 BEM nineteen? "4 + 1 ST 40.429 0.416 1.00 47.31 E21B 0 ATSM 7487 HE2 SEE nineteen? 36,006 40.251 1.296 1.00 44.75 B21b N ATOM 7160 WITH BEM nineteen? "5.630 37.361 -3.924 1.00 ST.57 B21b with ATSM 7405 0 CEM nineteen? 34.475 37.185 -3.966 1.00 41.15 T + 21V with ATOM 7490 TO UAY 190 86,565 36.493 4.411 1.00 37.99 1.31V N ATSM 7491 CA UAY 190 36.140 35.335 -5.106 1.00 39.54 B21b with ATSM 7492 se UAY 19Θ 86.0 92 35.280 -6.527 1.00 36.74 Τ + Ϊ3Β with ATOM 7493 CC1 UAY 199 86 + 339 04.164 - 404 ι, oo 36.03 B21b with ATOM 7494 SB2 UAY 19B 86.769 36.607 -7.210 1-00 37-38 B21b with ATOM 7495 with UAY 130 86-432 $ 4.04 0 -4-439 1,0o 41.5 " B21b with ATSN 7496 ABOUT UAY 130 87.5 63 33-563 -4,429 1.00 43.11 B21b 0 ATOM 719! L Tiv 139 85.111 33.48V -3.798 1.00 43.26 B21e to ATSM 749 " Si Transnational corporation 199 95 + 579 32,201 -3.133 1.00 45.16 B21b with ATOM 7459 sv you in 199 84, "2I 31.069 -2.144 1.00 43.09 B21b with ATON 7500 OS1 Transnational corporation 199 61.43 " 32,838 -1.072 1.00 42.60 B21b about ATON 7501 SB2 Transnational corporation 193 84.53 6 30,492 -1.569 1.00 41.40 bg 1c with ATOM 7502 WITH TNR 199 85,602 31.100 -4.176 1.00 15.66 B21b with ATSM 7503 0 Transnational corporation 199 34.915 31.190 -5.1Θ4 100 47-5 " B21b 0 ATSM 7504 N ΗΙ5 200 06.395 30.081 - 3,921 1.00 four?. 2 " 1.2 18 N ATSM 7505 CA 613 200 06.419 20.904 -4,770 1-00 49.91 B21b with ATOM 7506 se ΚΙΒ 200 87,472 29.077 -5.864 1-00 47.40 B21b with ATCI 7507 ss 616 200 87,659 27.064 -6.733 1.00 44.06 B21b with ATSN 7508 CO2 ΚΙ5 200 86,073 11/21/7 -7,791 100 43.66 B21b with ATSM 7509 N01 ΗΙ3 200 08.656 26.941 -6,479 1.00 43.35 B21b to ATSM 7510 CE1 yuz 200 00,573 25.9? " -7.379 1.00 44.39 B21b with ATSM 151 1 NOT? yuz 200 07 -5 $ 0 "6.242 -8,186 1.00 43.71 B21b and ATSN 1515 WITH H15 200 86.76 " 2'1, 71Y -3,692 1.00 52.57 B21b with ATON 1513 0 yuz 200 07.7 $$ r? , $ 7 -3.170 1.00 52.42 B? 1c th ATOM 1514 N 61.11 201 05,961 26.658 -3.942 1.00 57.26 B21b N ATON 7515 CA Bes Y01 05.200 25,403 -3,098 1.00 63.32 $ 210 with ATOM 7516 NE Art. and 301 07,180 24.515 -3.77 $ 1.00 66.42 B21b with AGON 7517 SS WOULD! 201 06.391 24.244 -5.239 1 -BO $ 7. 18 B "1B with ATOM 7510 se si 201 05.769 23.212 -5.440 100 79-87 B21b with ATOi 7519 and £ 1 si 201 Θ4.Β40 23.536 -6.242 100 "2.95 . B21b 0 ATON 7520 OE2 si 201 05.320 22.163 -4.810 100 $ 82.3 121B 0 ATOM 7521 with si 201 06.70.3 25,904 -) -70 $ 100 64.56 B21b with ATON 7522 with her 201 07.925 25.53 " -1-437 100 64.47 B21b about

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ATOM 7523 N Ο1Υ 201 06.046 26.609 —0.980 1.00 66.07 B21b N And there 7524 CA eu 201 06.506 27,076 0.333 1.00 67.9 $ B21b c ATOM 7525 WITH 61T 201 07.527 20,201 0.360 1 * 00 70.16 L1B C atom 7526 ABOUT B ¥ 201 B7.648 20.895 1.373 1.00 71.09 B21b & ATOM 7527 N Yaw 201 98.249 20,394 “0.745 1.00 70.44 121V N house 7520 CA 8EK 203 VZ.361 29.358 -0.012 1.00 69-03 B21b c ATOM 7529 NE 5EK 203 90.540 20.731 -1. $ 71 1 * 00 69.31 121V C DTOM 7530 With ZEK 203 90.239 28.519 -2-948 1.00 70.63 121V 0 ATOM 7531 WITH ZEK 203 09-020 30-723 -1.450 1.00 66.90 121V C ATOM 753? 0 .CHECK 203 08-819 30,816 -2.661 1.00 66.99 B21b o Atom 7533 AND Transnational corporation 2 04 88.999 31,179 -0.636 1.00 64.21 121V N ATOM 7534 CA Transnational corporation 204 B0.6? C 33,136 -1.10V 1.00 61.96 121V C ATOM 7535 NE Transnational corporation 204 87.967 33.949 0.016 1-00 62.44 B2 1B C ATOM 7536 OS1 Transnational corporation 204 06.801 33.240 0.457 1.00 61.41 121В О ATOM 7537 052 Transnational corporation 204 B7.560 35,324 -0.484 1.00 63.92 151V C ATOM 7530 WITH Transnational corporation 204 B9.890 33.951 -1.604 1.00 59.10 1.21 V C DTOM 7539 0 THY 204 90.821 34.226 0.04? 1-00 57.60 121V & house 7540 N UAY 205 B9.874 14.348 -2-874 1.00 51.57 121V N ATOM 1541 CA UDD 205 90-932 35-201 -3,410 1.00 56.13 121V C house 7543 NE UDT _R 205 91.390 34,727 -4.79? 1.00 55.74 B21b c ATOM 754 3 CO2 UDD 205 92.515 35,542 -5.245 1.00 55.66 121V C ATOM 7544 SY2 UDD 20s 91.724 33,264 -4 .760 1.00 56.05 B21b c ATOM 7545 WITH UAY 205 90.420 36,631 -3.555 1-00 $ 5.70 B21b c ATOM 7546 ABOUT UAY 205 Θ9.401 16,867 -4.202 1.00 57.1 $ B21b o DTOM 7547 N EO 2 & 6 91.139 37,504 -2.973 1-00 $ 3.10 121V N ATOM 7540 CA Yo 206 90.673 ZE.E65 -2-912 1.00 50.07 121V C ATOM 7549 NE 51.0 206 90-657 33,419 -1.453 1.00 50.29 121V C DTOM 7550 SS 510 206 90.759 40,913 -1.772 1.00 51.53 B21b c ATOM 7551 With si 20th 90.102 41. 358 0.003 1.00 52.70 B21b c ATOM 7553 OE1 st ? 0B Θ9-339 40.550 0.577 1.00 54.70 B21b c ATON 7553 OE2 her 206 90.339 42,503 0.44? 1-00 $ 4.12 121V C ATOM 7554 WITH her 206 91.4 95 39,950 3.743 1.00 40.36 121V C ATOM 7555 WITH eb 206 92.713 39,824 -3.053 1.00 49.43 L1B O ATOM 7556 N B5 207 90.826 43,938 4.325 1.00 46.01 B21b N ATOM 7557 CA B ¥ y 207 91.519 42.007 -5-033 1-00 43.1V B21b c DTOM 7550 CE Bw 207 91.554 41.729 -6.529 1.00 40.00 121V C ATOM 1 $ b9 SS Bw 207 92.930 41.520 -1.081 1 .00 37.52 B21b c DTOM 7560 Οϋ Bw 207 93.639 40.392 -6.382 1.00 30.09 B21b c ATOM 75 & 1 CE Bw 20? 9 $ .108 40.31? -6.775 1.00 39.83 B21b c DTOM 7553 AND? Bw 207 95.307 40.3Ϊ9 -8-26P 1 .00 39.63 121V N ATOM 75ёЗ WITH Bw 201 90.337 43,329 -4.702 1.00 43.09 B21b c DTOM 7554 ABOUT Bw 207 89.633 43,372 -4.487 1.00 45.13 B21b 0 ATOM 7565 N Transnational corporation 203 91.504 44.411 -4.090 1.00 43.72 B21b N DTOM 7566 CA Transnational corporation 200 91 - OH 1 45,721 -4.527 1.00 43.45 B21b c ATOM 7567 NE Transnational corporation 203 91.437 46.051 -3.071 2.00 43.01 B21b c ATOM 7563 CC1 Transnational corporation ZOE 90.722 4 5, 168 -2.139 -.00 43.45 B21b o ATOM 7569 CO2 Teak 203 91.091 47.494 -2.737 1.00 43.1 " ΐ, 21Β C ATOM 7570 WITH Transnational corporation 200 91.655 4 6.79 $ -5.4 37 2 .00 45.0 $ 121V C ATOM 7571 about Transnational corporation 203 92.706 46.690 -5.903 1.00 "3.0? 121V C DTOM 7572 Ή UAY 209 90.350 47.820 - $. 696 1.00 47.06 B21b N ATOM 7573 CA UAY 209 91.203 40,975 6.448 1.00 49.42 B21b c house 7574 NE UL 209 90.703 48.950 -7,853 1.00 $ 0.14 B21b c ATOM 7575 CC1 UAY 209 91.166 41-69 $ -8.573 ϊ, 00 47.79 B21b c house 7576 CC2 UDD 209 89.182 4 9,003 -7.773 ’.00 51.93 B21b c ATOM 7571 WITH UDD 209 90,104 36,200 -5.713 Ϊ.00 52.56 B21b c ATOM 7570 0 UAY 309 84.076 $ 0.120 -4.906 1.00 51.70 B21b 0 ATOM 7579 N ABD 210 91.431 51,354 -5.997 2.00 57.14 B21b N ATOM 75E0 CA ABD 210 91.030 52,611 -5.343 .Oy 60.45 B21b c ATOM 7531 NE A1D 21C 92.036 02.9 & 2 -4.256 1.00 57.24 B21b c ATOM 758? h_1 ABD 210 90.E1V 5 3,763 -6.331 1.00 64.66 1213 C ATC 7583 about ABD 210 91.609 53,801 -7.3 52 ί, ΰϋ £ 1.92 121V 0 ATOM 7584 N RAO 211 90.039 $ 4.726 -6. (133 1.00 70.80 B21b N ATOM 7585 ύρ Ryo 211 89.146 54,779 -4.0 60 1.80 73-04 121V C ATOM 7586 her RAO 211 89.07V $ 5.890 -6. B90 ". (10 76.06 B21b c DTOM 7587 GW RYAS 211 80.663 56.600 -6.316 : -O0 75.09 121V C ATOM 7580 PPO 211 00.60s $ 6.179 -4.910 1-00 75.55 B21b c DTOM 7589 with PPO 211 91.139 $ 0.737 ‘6-072 I, 00 30.46 B21b c ATOM 7590 about RVO 211 91,237 $ 1,751 -7.560 Ϊ.00 79.95 B21b 0 ATOM 7591 m TNV 212 92.110 56.302 -6.078 1.00 35.46 B21 n ATOM 7592 sya TNV 212 93.399 56,073 -6.031 1.00 91.20 B21b c ATOM 7593 sv TNV 212 94.165 56,604 -4.734 1.00 93.31 B21b c ATOM 7594 G1 TNV 212 93.322 $ 6,861 -3.602 1.00 94.30 B21b o ATON 7595 CC2 TNV 212 95.445 57 .441 -4.596 1.00 94.22 . L1B C ATON 7596 WITH TNV 212 94.Ζ20 56.575 -7.260 1.00 92.75 YZV S ATSN 759? ΰ TNK 212 95.341 56.047 7.003 '.-00 98.55 B21b 0 ATON 7590 Οϊίΐ g nya 212 93.725 56.799 -B.390 1.00 95-26 1210 0

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TEN 7599 YOU 212 E21B ATON 7 600 NE axis one 55,064 5.583 -21.347 1.00 73.12 H2 1V ATSM 7 601 se would? one 55,535 7,444 -22.516 1.00 78-67 H2Sh ATSN 7 602 with WOULD! one 56.988 7,870 -22.36B 1.00 01.81 I21V ATSN 7 603 ΟΕΙ WOULD! I 57.70V 7.220 -21.575 1.00 83-96 Н21В ATOM 7 604 OE2 si one 57.407 8.852 -23.024 1.00 83rd Н21В ATSM 7605 WITH WOULD! one 53.453 8.324 -20.546 1-00 66.93 Н21В ATOM 7 606 0 CIO one 53.014 9.132 21.373 1.0 "! 64.83 Н21В ATOM 7 607 N WOULD! one 52.655 6.390 -21.940 1-00 69.73 Н21В ATOM 7 609 sa WOULD! one 53.823 6.841 -20.892 100 69.78 I21V ATSM 7 609 N UAY 2 53.007 8.669 -19.313 1.00 63.58 Н21В ATSN 7 61'3 CA UAY 2 53-534 9.995 -18,706 1.00 61.52 M21V ATSN 7611 C0 UAY ΐ 53.746 10.065 -17.280 1.00 63.16 8216 ATON 7612 CC1 UDT. 2 53.593 11,493 -16.816 1.00 63.1E ίΙίΐΒ ATSN 7 613 002 UAY g 52.763 9,151 -sixteen. 571 1.00 63.55 Н21В ATON 7 614 WITH UAY 2 54.417 11.027 -19.429 1.00 59. YO Н21В ATSN 7 615 WITH UAY 2 35.621 10.999 -19.259 1-00 57.87 Н21В ATOM 7616 eleven C1M 3 53.B06 11.958 -20.142 1-00 58.46 Н21В ATON 7617 CA BYN 3 54.511 12.765 -21.111 100 57.91 Н21В ATON 7 619 sv 0121 3 64.405 12-090 -22.417 1.00 59.52 Н21В ATCI 7 619 St! 13 bh 3 55.250 13.691 -23.581 1.00 64.48 Н21В ATCI 7 620 with WOULD! 3 55-179 11,867 -24.857 1.00 66.57 H2 1V ATSN 7 6? one 0E1 BY4 3 55.033 12 . 405 -25.963 1.00 67.65 Н21В ATON 7 622 ΝΕ2 WOULD? 3 55.277 10.548 -24.709 1.00 66.83 ΙΕ2ΙΕ! ATSM 7 623 WITH Om 3 53.E94 14.164 -21.146 1.00 57 .21 G-21V ATSN 7 624 0 WOULD! 3 52.762 14.345  21.599 1.00 57-22 Н21В ATSM 7 62.5 N b four 54.644 15.147 -20.659 1.00 55.99 Н21В ATOM 7626 SL Bw four 54.177 16.523 -2 S.505 1.00 54.53 Н21В ATSN 7 627 NE yaki four $ 4-485 I.S99 -19,224 1.00 52.38 Н21В ATOM 7 628 se Bj four 5 3.63 5 16.53ё -18-091 1 .co 50.58 Н21В ATSM 7 629 C01 Bep four 54.189 16.982 -16.749 one . with 08/19 Н21В ATSN 1630 with? 1. ECH four 52.213 I? .010 -19.270 1.00 51.49 Н21В ATSM 7 631 with LIE four 54.35V 17.359 -21.661 1 .by 55.60 K2Sh ATSN 7 632 0 yee four $ 6.076 17,299 -21.806 100 56.73 I31V ATSM 7 633 ΪΙ UAY five 54.075 10.141 -22.401 1.00 56.76 Н21В ATOM 7 634 CA UAY 3 54.585 10.038  23.502 100 59.30 CH21V ATSM 7635 sv UAY five 54.087 10.158 -24.883 1.00 51.04 Н21В ATSM 7636 ST1 UAY five 54.545 10.953 10/26/2 100 51.36 Н21В ATOM 7 637 ST2 UAY five 54.604 16.735 24.959 1.00 54.23 Н21В ATSM 7 638 with UAY five 54.212 20.323 -23.642 1.80 62, 11 Н21В ATCI 7 639 0 UAY five 53-066 20,677 -23,925 1.00 6C.98 Н21В ATON 7640 I C1L 6 55.193 21x189 -23.1C & 1.00 BB 23 Н21В ATSN 7 641 CA BY1 6 54.936 22.619 -23.271 1. with 72.12 Н21В ATOM 161Y NE SI 6 69.978 23.2-12 -22 - 34 C 1.00 71.65 Н21В ATON 1643 ss BULL 6 56.117 22.517 -21.013 1.00 74.65 Н21В ATSM 7644 SR sya 6 5Ϊ. 1 18 ? 3, P1 -20,085 1.00 76.41 1121B ATSM 7645 0E1 there B 57,515 22.547 -19.140 ί. 00 76.12 I21V ATON 7 646 ΝΕΖ ΰΐ.κ 6 57,419 74.434 -20,342 1.00 83.40 L21V ATSM 7 647 WITH Be 6 54.900 23. ZVO -24.600 1.00 75.46 Kΐ 1B ATON 7648 0 SY 6 55.434 22.953 -25.593 1.00 76.72 Н21В ATOM 7 649 N NEN 7 54.205 24.514 -24.603 1.00 79-41 Н21В ATSN 7650 CA ZO5. 7 54.059 25.333 25.795 1.00 81.9? NY1V AT0 " 7 651 NE VEYA 7 53.273 26. 603 -25.468 ’.OO 81.36 Н21В ATON 7652 About ZEYA 7 53.846 27.308 -24.380 ϊ-00 ? b, 16 Н21В ATSN 7653 WITH convict 7 55.413 25.709 26-365 1.00 85.28 Н21В ATON 7 654 0 5 EP. 7 56.456 20.356 -25,817 1.00 86.ΘΘ Н21В ATON 7635 N tal eight 55-390 26. 43 $ -27,472 1.00 88 .03 Н21В ATOM 1656 CA silt eight 56-638 $ 26.84 -28,090 1.00 91.52 I21V ATOM 7 657 WITH silt eight 57-347 27.965 -27.17 3 1.00 93 .23 Н21В ATOM 7653 0 tau eight 56.899 28.455 -26.330 1.00 91.33 I21V ATOM 7659 N ABA 9 50.481 28.311 -27.925 1.00 37.66 Ts21V ATON 7660 CA ABA 9 59.244 29.459 -27.3 50 1.00101-03 Н21В ATOM 7661 NE ABA 9 60.687 29.377 -27.793 1.00105-95 Н21В ATOM 7662 WITH ABA 9 58.633 30.774 -27.791 1.00101, 99 Н21В ATOM 7663 0 ABA 9 58.185 30.914 -28.930 1.06101 .70 Н21В ATOM 7664 N thai ten 58.612 31.734 -.26.874 1.ΟΟ10Ϊ-94 Ή21Β ATOM 7665 CA s ten 57.969 33.011 -27.124 1.00102.80 Н21В ATOM 7666 NE tao ten 56.567 33.016 26-505 1.00106.55 Н21В ATOM 7667 Sat b ten 55.579 32.157 -27,215 1,00112.96 I21V ATOM 7666 sv tao ten 54.481 31.728 -26-439 1.00116.32 Н21В ATOM 7669 0K1 WOULD! Yu 54-859 32- BUT -25,253 1.00119.31 Н21В ATOM 7670 0Έ2 tao ten 53-672 31.OL -26,963 1.00119.07 Н21В ATOM 1671 WITH ¢ 5-1.0 ) ό 58 -? 79 34,190 -26.607 1.00100.70 . Н21В ATOM 76? 2 WITH WOULD! 59-533 34,061 -25,637 1.00 99.72 Н21В ATOM 7673 N UAY eleven 58.014 55.335 -27.274 1.00 97-90 Н21В ATOM 7674 CA UAY eleven 59.760 36,559 -26.964 1.00 94.70 N? 1₽

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ltsn 7675 NE UDD eleven 60.409 36.848 “28.061 1.00 94.26 Н21В DTOM 1676 SY1 UAY and 61.190 ZV.097 -27.722 1.00 94, 82 NGZV ltsn 7 67 ' SB2 UDD eleven 61.355 35.668 “28-192 1.00 93.7? Н21В ATOM 7 67 $ WITH UDD eleven 53.456 37.797 -26-793 1.00 90.98 Н21В ATON ? $ 7? ABOUT UDD eleven 57.662 38.11 $ “27.670 1.00 90.99 Н21В ATON 7680 N Ι.Ϊ5 12 50,596 30.492 -23. B6E 1.00 86.92 Н21В ATOM 7601 CA Bw 32 $ '>, 657 39.540 -25.256 1.00 82.05 Н21В ATON 7682 NE Bw 12 5 6,660 30.978 -24.225 1.00 83.3V Н21В ATOM 7683 SS Bw 12 $ 5.735 37.860 -24.752 1.00 83.33 Н21В ATON 7684 With Bw 12 54.466 30.433 -25.3BB 1.00 84.59 Н21В ATSN 7685 CE Bw 12 53.732 37,413 -26.250 1.00 85.71 I21V ATON 7686 ng YOW 12 52.793 ZV.089 -27.202 1.00 80.33 Н21В ATSM 7687 with B $ 12 56.353 40.772 -24.660 1.00 79.74 Н21В DTOM 768 $ about Bw 12 59.426 40.666 -24.070 1.00 79.34 "21V ATSN 7689 n Bw 12 57.744 41.939 -24.890 1 LLP 76.15 H21E ATOM 7690 CA Bw 13 58.303 43.198 -24.36? 1.00 73.12 Н21В ATON 7691 sv Bw 13 $ 7,899 44.356 -25.282 1.00 72.00 Н21В ATSN 7692 ss Bw 13 50-547 44. 332 -26.644 1.00 72.33 Н21В ATOM 7693 with Bw 13 $ 8,100 45.521 -27.465 0.50 75.80 Н21В ATON 7694 CE Bw 13 58,053 45.603 -28.770 1. 00 76.22 I21V ATON 7695 N2 Bw 13 50.325 46.709 -29.614 1.00 79.14 H21E5 ATON 7696 WITH Bw 13 57.77V 43.466 “22.975 1.00 69-05 42 1B ATON 7697 ABOUT Bw 13 56.745 42.947 -22.589 Ϊ-00 70.18 OUT 1B ATON 7698 N RIO 14 58.480 44.295 -22.207 7 .00 66.74 Н21В ATOM 7695 SR rpo 14 $ 8.182 44.935 -22,443 1.00 64.63 H21E ATOM 7700 SD RNO 14 $ 7.962 44.600 -20.867 1.00 65.00 I21V ATON 7701 sv RIO 14 58.093 45.707 -20.572 1.00 63.65 H2 1V ATOM 7702 ss RNO 14 60.177 45.416 -21.067 1.00 63.20 Н21В DT "N 7703 with REY 14 56.506 45.031 -20.935 1.00 64.03 Н21В ATON 7704 about RAO 14 56.044 45.494 -21.975 1.00 65.02 Н21В ATSN 7705 N CU 15 55.781 44.050 -19.836 1.00 63.25 "21V ATOM 7706 CA SUE 15 $ 4.zav 45.265 -19.769 1.00 60.9 $ Н21В ATOM 7707 with With [.U 15 53-404 44.306 -20.443 1 LLP 60.18 Н21В ATOM 7708 about BYU 15 52.20V 44.384 -20.176 1-00 60-15 Н21В ATOM 7709 N ABA sixteen $ 3 -892 43.102 -21,293 1TO0 58.86 K21E DTOM 7710 SD dd sixteen 53 .016 42-476 -22-013 1.00 57.51 H21E ATOM 7711 NE ABA sixteen $ 3.634 42.097 -23.352 1.00 56.01 "21V ATOM 7712 with dd sixteen $ 2.686 41.203 -21,234 1.00 56.45 Y21V ATOM 7713 0 DIA sixteen 52.973 41.096 -20.034 1.00 54.45 "21V ATOM 7714 N EEP 17 $ 2.079 40.246 -21.944 1.00 55.06 "2 1B ATOM 7715 CA Ee 17 51.619 ZV.839 -21.355 1.00 54.13 H2 1B ATON 7716 Sho 5EP 17 50.116 39.050 -21.113 1.00 52.63 I21V ATOM 771? OS Yaw 17 49.019 40.066 -20.194 1 TOO 52.69 "2 ί B ATON 771B WITH Yaw 17 51.942 37.752 -22.1B6 1TO0 54.17 Н21В ATON 7719 ύ Yaw 17 51.745 37.745 -23.401 1.00 54.C6 1321 V ATOM 7720 to UAY 1B 52.140 36.709 “21.522 1TO0 54.75 M2 ΙΒ ATOM 7721 GA UAY 1Y 52.538 35.380 -22.122 1TOO 53.21 Н21В ATON 7722 NE UAY 1B 53.959 34.781 22.042 1.00 5What6 Η2ΙΒ DTOM G? OF honeycomb UAY sixteen 5+ .718 35.067 -23.3-3 1-00 53.71 "2 1B DTOM 7724 CC2 UL 18 $ 4.693 35.33? -20, ϋ3ΐ 7.00 53.13 ΗΞ1Β DTOM 7725 with UAY 1st $ 1.61 $ 14.373 -23.477 1.00 54.61 Н21В DTOM 7726 ABOUT UDD ten $ 3.310 $ 34-45 -20,308 1TO0 52.93 Н21В ATOM 7727 N Bw nineteen $ 3 .390 33.416 -2g, ge2 1.00 55.50 ΕΪ21Β ATOM 7720 CA Bw nineteen 50.429 32.27 (7 -21.834 1.00 56.30 "21V ATOM 7729 NE Bw nineteen 40.9JE 32.340 -22.368 1.00 57.21 "21V ATOM 77 30 SS Bw nineteen 40.025 31.342 -21.704 1TO0 59.70 E21B ATOI 7731 With Bw nineteen 46.632 31.357 -22.3-4 1.00 64.0 $ H2’B ATOM 7732 CE Bw nineteen 4 5.64 3 30.623 -21.433 1.00 67.96 "21V ATOM 7733 Ηί Bw nineteen 44.243 30.905 -21.843 1.00 77.69 112 3 V ATOM 77 34 WITH Bw nineteen 51.130 31.015 “22.354 1.00 55.43 H250 DTOM 7735 0 Bw nineteen 51.354 30.88 $ -23.55 $ 1 LLP 56.V6 CH23V ATOM 7736 N UL 20 51.471 30.107 “21-439 1.00 53.49 "210 ATOM 7737 NE UAY 20 52.219 28.892 -21. I $ 1TO0 51.91 Н21В DTOM 7730 sv UAY 25 53.465 20.768 -20.922 7 TOO 52-28 Н21В ATOM 7? 39 Sat- MIND. 20 54-133 27.415 “20.907 1 LLP 51.32 Η2ΪΒ ATOM 7740 CC2 UDD 20 $ 4-4 $ 4 29.097 -27.164 1.0 (7 49.00 H21YO ATOM 7741 WITH UDD 20 $ 1.361 27.633 -21.571 1.00 51.11 "21V ATOM 7742 ABOUT UDT. 20 $ 0-687 27.479 -20.554 1.00 50.92 "21V ATON 77 43 N Yaw 23 $ 1.405 26.736 -22.557 1.00 49.64 H21E ATON ? 744 CA Yaw > 1 50.636 25.490 -22.533 1.C0 49.48 ΕΙ21Ε ATOI ? 745 Sho Yaw 21 50.209 25.094 -23.954 1.00 47.62 "21V ATOM 7746 OS Yaw. 21 49.534 26.136 -24.630 1.00 45.69 CH21V ATOM ? 747 WITH Yaw. 21 51.426 24.323 -21.961 1.00 51.01 . H27V ATOM 77 4B ABOUT ZEV 21 52.64 4 24.292 -22.061 1.00 53.07 Н21В house 7149 N CPS 22 50.714 23.354 -21, W 1 LLP 52.61 "21V ATOM 7750 CA CPS 22 51 .28Θ 22.089 -20.914 1 LLP 5 3.01 "21V

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ATSM 77 51 WITH CPS 22 50.295 20,970 -21.235 1.00 54.06 H21a ATOM 77 52 0 CPS 22 49.17 * 20,977 -20.726 1.00 53.1V Н21В ATON 77 51 NE CPS 22 51.486 22.139 -19.102 1.00 52.59 ¢ 1210 ATOM 77 54 56 SU5 2? 52.311 20.794 -18.625 1.00 50, 07 H210 ATOM 7 755 N B5 23 50.609 20.031 -22.069 1.00 56.08 n21v ATON 775-6 CA Bw 23 49.755 19.083 22.196 1.00 $ 8.44 Η21Θ ATON 7757 NE Bw 23 49.727 1B. 903 24.020 1.00 59.90 Н21В ATON 7 753 With B5 23 48.465 19.442 -24-663 1-00 63, 71 NY1V ATOM 7 759 SR LUZ · 23 47.553 18.301 -25.077 1.00 71.14 Н21В ATSN 7760 CE Bw 23 48.115 17.5 * 4 -26.2761 100 7 5.02 J21Y ATSM 7761 I. Bw 23 47.296 16,349 -26,613 1.00 81.04 Н21В ATSN 7762 with Bw 23 50-155 17,674 -21.911 1.00 5B .BO »21B ATSN 7763 0 Bw 23 51.310 17.204 -22.004 1.00 59.77 H21Y ATON 7764 n ABA 24 49.194 16.979 -21.312 1.00 59.37 99210 ATON 7765 CA ABA 24 49.479 15.720 -20.637 1.00 60.19 5121V ATON 7766 NE ABA 24 48.990 15.780 -19.204 one . 00 61-61 n: ι in ATOM 7767 WITH ABA 24 48.871 14.510 -21.342 1.00 60.44 9121B ATOM 7763 about ABA 24 47.842 11.600 -22.013 ΐ .00 6: 03 Н21В ATON 7769 μ BEN 25 49.523 13.370 -21 .180 1.00 $ E. Ez Y21V ATSM 7770 SD ZVN 25 49.035 12-112 -21,759 1.00 57.93 9321V ATON 7771 NE ZEE 25 49-685 11,971 -23.154 1,0o 56.21 Ya21 ATSM 7,772 <xs 6EN 25 50-906 11,690 -23.076 1.90 52.37 n21a ATSN 7,773 with ZEN 25 49.511 11.003 -20.079 1.00 09.09 93210 ATON 7774 0 5EN 25 50.546 11.117 -20.221 one . 00 68.76 91210 ATOM 7775 m SUE 26 48.754 9.910 -20.8 62 one . 00 57. ten 5121V ATOM 7776 CA SI 26 49.281 8.663 -20.341 1.00 $ 4.77 Н21В ATSM 7777 with SI 26 49-093 8.453 -38.853 1.00 52.65 Н21В ATON 7770 about SI 26 40.749 7.593 -10.24 (1 100 51.57 Н21В ATON 7 7 7 * n TUE 27 +8,283 9,244 -18,264 1.00 50 .72 Н21В ATSN 77 ¢ 0 CA TUE 27 47.89 * 9-047 -3 6,053 1.00 49.62 H21 ATOM 1781 NE TUN 27 48.08 " 9.501 -15.934 1.00 4 0.6V 9121B ATSN 7782 SS TUN 27 40-904 11,000 -15.900 1.00 4 8.27 Н21В ATSN 7783 C01 TUN 27 49.651 11.7V9 -16.090 1.00 4B .25 H2 1 V ATOM 7784 CE1 TUN 27 49.720 13.174 -16.875 1.00 47.93 91210 ATSN 7785 CP2 TUN 27 48.392 11.813 -14.878 1.00 46.65 9311B ATOM 7786 CE2 TUN 27 48,455 13.180 14.892 1.00 46.51 Н21В ATON 7787 cg TUI 27 49.118 13.863 -1 $ -8 $ 0 Ϊ .00 46.31 9321V ATOM 7783 he TUE 27 49.157 15.232 15.823 1.00 45.63 H21 & ATOM 7709 0 ' knock 27 46.4 * 5 9-770 - 16,663 100 49.46 Н21В ATOM 7750 about TUP 27 46.059 10.513 -17.509 100 50, 50 Н21В ATOM 77 * 1 N TIN 23 $ 45.86 9-4 95 -15,523 1.00 49.35 92 1B ATOM 7792 CA tin 28 44.567 10.061 -35-186 100 47.73 Н21В ATON 3? * Uh From ₽ TYAN 23 $ 43.86 9,233 -34,114 1.00 47,99 Η21Ξ ATOM 77 * 4 OS1 TNN 28 43.656 7-904 -34,603 1.00 45.03 Н21В ATSM 7 7 * 5 CC2 Tne 23 42,531 9,866 -13.753 1.00 4 6.00 Н21В ATSN 77 * 6 WITH TNN 28 44.731 11-456 -34,647 1.00 47.40 for ATSM 77 $ 7 0 tn 23 45.152 11.646 -13.509 1.00 46.65 Н21В ATSN 77 98 N LIE 2 * 44.369 12,42Θ -15.470 1.00 4B .24 21a ATSN 7798 CA Bw 2 * 44.654 13.82V -15.203 1.00 48.79 992 And ATON 7В00 NE LIE 29th 44.044 14.607 -16.310 1.00 51.03 NY1V ATSN 7801 With Bj 2 * 44.477 14.391 -17.750 1.00 51.75 912193 ATOM 7802 C01 LIE 29th 43.533 15.076  18.741 1.00 5 ’-6 * H219 ATON 7803 CP2 LIE 29th 45.9V9 14.871 -17.940 100 54.49 Н21В ATOM 7804 WITH boo 29th 44.112 14.200 -13-856 1.00 47.85 Н21В ATOM 7805 0 Brat 29th 44.683 15.164 -33,214 1.00 46.44 93218 ATON 7806 N chan thirty 43.084 13-681 -13,435 1.00 4B. 64 Y21V ATON 780? CA tn thirty 42.317 14.1J2 -12,219 1.00 50.74 '3218 ATON 7000 C0 tn thirty 40.J5 * 13-743 -32,211 1.00 49.03 Н21В ATSN 700 * 061 chan thirty 40,722 12,334 -12.3Ϊ9 1.00 50.94 53218 ATSN 7010 SSY tn thirty 40,133 14.451 -13.317 1.00 47.9V 1321B ATSN 7011 WITH tn thirty 43.0 * 6 13.519 -I. 027 1.00 50.9V 5321V ATSM 7812 0 tn thirty 4Ζ.60 * 13.66V -9.Θ89 1.00 50.69 H2 1V ATSN 7013 n 5EN 31 44.160 12.854 -11.305 1.00 53.19 H2U ATON 7814 CA ZEK 31 44.955 12.233 -10.263 1.00 55.07 Η21Θ ATSM 7815 NE ZEN 31 45.561 10.934 -10.764 1.00 56.35 Н21В ATON 7816 OS 5EA 31 44.999 9.850 -10.045 1.00 56.B2 Η21Θ ATON 7817 WITH ZEK 31 46.063 13.126 -9.751 1.00 55-17 Н21В ATON 7818 0 ZEK 31 16.625 12.875 -0.6 * 2 1.00 53-38 Н21В ATON 7818 ίί TUE 32 $ 46.37 1a .119 -10.1 * 3 100 55.54 Н21В DTON 7820 CA TUA 32 47.539 14.940 -30-144 1.00 $ 5. 48 932 1V ATON 78J1 NE TUN 32 48.660 ] 4. $ 86 -31.0 * 5 1.00 60.4ί Н21В ATON 7022 SS TUN 32 49.372 13.303 -10.654 1.00 54.B2 Н21В ATOM 7023 C01 TUI 32 49.281 12,192 -11.386 1.00 67.4Σ . 932 1V ATON 7824 CP1 TUA 32 49-072 11-059 -10.943 1.00 69.47 1921B ATON 7 825 ΟϋΖ TUK 32 50.075 15.350 -9.465 1.00 66.41 ΗΪ1Ρ ATOM 7826 THIS TUN 33 50,664 12,236 -9.020 1.00 6B. 99 Н21В

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ATOM 7827 Sz TUK 32 50,561 11.082 -9, 761 1.00 70.12 Н21В ATON 7823 HE TUN 32 51,172 9.941 -9. 323 1.00 72.42 Н21В ATSM 7829 WITH TUN 32 47.440 16.435 -10.011 1.00 53.36 Н21В ATOM 7830 ABOUT TUN 32 47.609 3 6.964 -0.907 1.00 53.36 Н21В ATSN 7831 S Yu 33 47.201 17.123 -11.123 1.00 50.34 Н21В ATOM 783? CA SBT 33 47.374 18.580 -11.157 1.00 46.78 Н21В ATON 7833 WITH SBT 33 48-767 19.025 ’11. 621 1.00 44.1 / H2 TV ATON 7834 ABOUT Ο1Ύ 33 49.703 10.211 -I, 676 1.00 45.33 Н21В ATON 7835 m 1BU 34 48-933 20-307 -11,936 1.00 38.23 Н21В ATSM 7836 CA NOT 34 50.1 62 30.762 -12,500 1.00 34.77 Н21В ATOM 7837 NE NOT 34 49,057 21,401 -13.943 L.O. 32.05 Н21В ATSN 7838 CC2 NOT 34 51.147 21,870 -14,562 L.OO 33.10 I21YO ATSM 7839 CC1 NOT 34 49.265 20.307 -14.038 1.00 32.22 H21YO ATSN 7840 C01 NOT 34 50.100 19.133 15.056 L.O. 32.13 J21B ATSM 7041 with 1BU 34 50.946 21.742 -11.623 L.O. 32.84 Н21В ATSN 7842 □ NOT 34 50.397 22.732 ‘11 .165 1.00 32.86 Н21В ATON 704 3 and 5IL 35 52.205 21.486 “11.Y & 0 1.00 30.04 Н21В ATSN 7044 CA BEN 35 53-030 22.582 -10,702 1.00 28.79 Н21В ATSM 784 5 NE gvn 35 54,135 22,083 -9. B75 1.00 30.88 ΗΞ1Β ATSM 784 6 OS ZEN 35 53,665 21,644 -0.608 B.oo 33.45 H21YO ATSM 7847 with Yen 35 5 3.660 23,332 -11.940 L.O. 29.43 H21YO ATOM 7Θ4Β about YOEN 35 53.9Θ2 22,785 -12.991 1.00 27.8V H21YO ATOM 7849 N TNR ST 53.810 34.630 -11.739 1.00 32.53 I21V ATSN 7850 CA TNR 36 54.652 25.453  12.620 1.00 33.33 5121V ATON 7051 NE TNR 36 53.929 26.727 -13.099 1.00 30.43 Н21В ATOM 7052 About TNR 36 52.810 26.363 -13.964 1.00 27.81 H21P ATSN 7053 CO2 TNR 36 52,851 26.16! -15,378 1 .OS 25.61 Н21В ATON 7054 SER TIR the 51-505 25,696 -15-165 1.00 05.73 Н21В ATSM 7055 Cez TNR 36 53.836 26.334 -36.346 1.00 24.83 Y21V ATSN 7056 C01 TNR 36 51.565 26.032 -13,563 1.00 25.80 N21E ATON 7057 HE1 TNR 36 50.817 25.625 -14.616 1.00 25.45 H218 ATSN 7Θ5Β CE2 TNR 36 51,277 25,391 -17.077 B. OS 26.10 821V ATOM 7059 Cez TNR 36 53.543 26.040 -17.636 1.00 2 0.16 I21N ATSN 7060 CH2 TIR 36 52.266 25.572  18.002 1.00 31.41 1121B ATON 7061 WITH TIR 36 55.935 25-862 11.890 1.00 34.86 Н21В ATON 7062 ABOUT TNR 36 55.868 26.3ΒΘ -10.769 1.00 34-06 Н21В ATON 7063 TO BH5, 3 / 57.005 25,579 ‘12, 510 1.00 35.54 H71V ATON 7064 CA CHAT 37 58.301 26.082 -12,063 1.00 39.og Y21V ATON 7065 NE 0AB 37 59,361 ? 4.9U -11,067 1.00 39.94 Н21В ATON 7066 CO! UAZ. 37 60.629 ? 5-390 -31,198 1.00 40.01 H21E ATON 7067 SY2 BAB 37 58,711 23.820 -11,077 1.00 41.21 I21V ATON 7Θ6Θ WITH BAB 37 58,958 21,033 -13,111 1.00 40.36 H218 ATON 7069 ABOUT UAB 37 58.892 26.747 -14.306 1.00 30.9V 921V ATOM 7070 N bottom 38 59,511 20.164 -12,574 1.00 42, 91 I21V ATOM 7071 CA bottom 38 60.403 2B .931 -13.54V 1.00 43.59 821V ATOM 7072 se bottom ST 59,907 30.401 -13.614 1.00 43 .40 I21V ATOM 7070 ss ina ZE 59.939 31.005 -12.277 1.00 47 .20 H21E ATON 7074 013 bottom thirty 60.930 32.217 -12.199 1.00 51.45 Н21В ATOM / 075 H5 dyay ST 60.691 33.069 -11.037 1.00 M .33 112 1B ATON 7676 CE LNB ST 60.035 34.226 -11.083 1.00 60.44 Н21В ATON 7071 ΝΗ1 APS ST 59.550 34.676 -12.236 1, 00 £], 49 AND? 1B ATOM 7070 ΝΗ2 of the day thirty 59.861 34,932 -9.974 1 .00 62.15 Н21В ATON 7079 WITH ARS thirty 61.835 ha.oz? -13-061 1.00 43.70 Н21В ATSN 7080 ABOUT bottom thirty 62-000 28,633 -11,066 1 .00 4 2.1? Н21В ATON 7681 N sbm 39 62,173 ? Q.96O? -14.001 1.00 44.07 Н21В ATON 7082 CA rent 39 64,213 29,023 -13,709 1.00 45.12 Н21В ATOM 7683 NE SALES 39 64.818 27,653 -13.955 1.00 41.61 Н21В ATON 7084 SS 6121 39 66.3112 27,567 -13.051 1.00 30.69 Ή21Β ATOM 7085 C8 Dream 39 66.704 26.155 -14 . 143 1.00 30.75 Н21В ATON 7086 Oyog SBI 39 66.623 25.651 -15.267 1.90 30.09 I21E ATON 7087 NOT? SY 39 67.349 25.496 -13.131 3.00 24.00 Н21В ATON 7088 WITH SBI 39 64.09V 30.069 - 14,607 1.00 46.70 H21E ATOM 7089 ABOUT C1L 39 65.002 29-B72 -15.013 1.00 40.11 AND? 1B ATOM 7090 S LBA 40 65,354 31-170 -14.032 1.00 40 .34 N? 1N ATOM 7091 CA ABL 40 66.033 32,219 -14-031 <.00 $ 0.36 N?] N ATOM 7092 NE ABD 49 66.068 33, -524 -14-010 1, 00 10-17 YI 1B ATON 7 593 WITH ABD 40 67,449 31.00? -19.175 : .00 51.42 H2 1E ATON 7094 ABOUT ATA 48 68-057 31.015 -14-469 1.00 51.99 N21B ATON 7095 N RNO 41 68,008 3? .353 -16.260 1.00 53.51 Н21В ATOM 7096 Οϋ RVO four' 6?. "94 33.40] -17,055 1.00 53.56 Н21В ATOM 7097 Sa RVO 41 69.325 31.990 -16.732 1.00 54 .44 H2 18 ATSN 7098 NE ₽Nb 41 69.695 32. 911 -17.011 1.00 53.16 I2 1B ATOM 7 099 sa 0NO 41 60,305 33.467 -18.267 1.00 54.60 . H218 ATOM 7980 with RIO 4 ± 70.356 31.864 15,607 1.00 54.76 I21YO ATOM 190) about yelling 41 70-466 32.800 -14.033 1.00 54-3 $ YI 18 ATOM 7 902 N □ BU 42 71.092 30.761 ‘15 .517 1.00 54.62 Ή21Η

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ATOM 7903 CA SAT 42 72,067 30.602 -14.458 1.00 59.36 P21V S ATOM 7 904 WITH SAT 42 71.510 30.605 13.039 1.00 57.03 Н21В WITH ATOM 7905 0 eat 42 72,285 30.695 -12.087 1-00 57.54 Н21В 0 ATOM 7906 N eat 43 70,190 30.199 12.382 1-00 57.30 Н21В N ATOM 7907 CA 0Ы4 43 69.556 30.603 -11.964 1.00 57.83 Н21В WITH ATOM 790V NE 6 £ Ν 43 68,480 31.688 -11-305 1,08 62.24 Н21В WITH ATOM 7909 With soybeans 43 69.024 33,096 “11 -? 2E 1.00 70.32 Н21В WITH ATOM 791B With 1711! 43 69.706 33,529 -10,498 1.00 71 .B5 Н21В WITH ATOM 7911 OE1 & b, n 43 71.014 33,621 -10.506 1.00 70.51 Н21В ABOUT ATOM 7912 ΝΞ2 0124 43 69-059 33.190 -9.401 1.00 79.1V Y21V n ATOM 7913 WITH bn 43 68,935 29.301 -11.05V 100 55.77 N? 1B with ATOM 7911 0 STR 43 ¢ 8.991 20.269 -11.725 1.00 54.47 YI18 0 ATOM 7915 m eat 44 68.333 29.358 -9.373 100 53-17 Y21V N ATOM 7916 CA SAT 44 67,761 2B.153 -9.291 1-00 51.53 N21E WITH ATOM 7917 WITH oht 44 66,307 27.935 -9.655 1.00 49.20 H21Y with ATON 791B 0 Xiu 44 65,633 2B .875 -10.061 1.00 50.15 Y21V 0 ATOM 7 919 N b £ and 45 65.812 26.709 “9,512 1.08 46.56 Y21V m ATON 792B CA yee 45 64.4 08 26-437 -9.003 1.00 45.04 Y21V with ATON 1921 se LIE 4.5 64-111 24.944 -9,692 1.00 43.43 Н21В with ATON 7 922 with yee 45 ¢ 4.932 23,997 -10.558 1.00 40.15 I? 1B with ATOM 7923 CO2 yee 4 $ ¢ 4.566 22.569 -10.200 1.00 3 7.42 Н21В with ATOM 7924 SEC ny 45 64.600 24.240 -12.030 1.00 3 9.47 Н21В with ATOM 7925 with LEU 45 63.515 27,135 -8.019 1-00 45.66 Η2ΪΒ with ATON 7 926 0 LEU 45 63.707 27,230 “7.621 1.00 44.89 H21Y 0 ATOM 7927 N fed up 46 62.452 27.800 9,332 1.00 45.83 H21E [+ ATON 7 92V CA SAT 46 61.4 63 28.445 -6.40? 1.00 45.79 NE 16 with ATOM 7923 se SI sixteen 61,532 23,950 -8.679 1.00 47.33 H2) 6 with ATON 7 930 Oh Full 46 61.616 30,727 -7.330 1.00 52.65 Н21В with ATOM 7931 SR SU1 46 62,013 32.152 -7.546 1.00 56.81 K31V with ATSM 7932 0E1 si 46 61,922 32,929 -6.566 1.00 5 9.52 Ts2 1V about ATSM 7933 ΟΕΖ SAT 46 62.496 32.492 -0.654 100 58.17 B21V 0 ATOM 7934 with si 46 60.043 27.937 0.760 1.00 $ 45-6 CH21V with ATOM 7935 0 B'3 46 59.5В0 27.906 -9.909 1-00 14.98 Н21В 0 ATON 7936 N T8P 47 59.344 27.539 “7,705 1-00 44.68 Н21В eleven ATON 7 937 CA TKR 17 57.964 27.103 -7,860 1.00 43.70 Н21В with ATON 7 938 NE TGO> 17 57.612 26.090 -6.700 1-00 46.89 Н21В with ATON 7 939 With TER 17 56-206 25-548 -6.645 1.00 50.28 H2 1V with ATON 7940 CH2 Tyr 47 55.653 26.055 -6.164 1.00 51.83 Н21В with ATON 7911 CE2 TPP one? 53.99 " 29.161 -6,407 1.00 51.66 Н21В with ATON 7942 Cez ter 17 54.010 27-181 -5,367 1.00 53.50 1121B with ATON 7943 CP1 trp four? $ 5,000 24,395 -7.470 1.00 47.94 1G2 1V with ATON 794 * ME1 ter at? 54,475 24-759 -7.207 1.80 50.10 L21V n ATON 7945 C32 TPP 47 52.721 25.35V -5.882 1-00 53-00 ig 1i with ATON 94 $ Syaz TPP four? 53.556 27.375 -4.849 1.00 54.46 1121B with ATON 7947 CH2 TPP 47 52.521 20.469 -5.105 1.00 54.07 Н21В with ATON 7948 WITH TPP 44 57.02 5 29.294 -7.776 1.00 41.76 I21V with ATON 7949 0 TPP 47 57.174 29.156 -6.914 ], 00 40.43 Н21В 0 ATOM 7950 N KET 40 56.054 29.319 -8.6VZ 1 .co 40,99 P21B I ATOM 7951 CA NOT 40 55.14B 29.449 -8.853 1.00 39.09 Н21В with ATOM 7952 NE NOT 40 55.137 29.903 -10-308 1.00 39.03 921V with ATOM 7953 OH NOT 4 V 56, 506 30-115 “10.693 1.00 43.44 Н21В with AT EUN 7954 IN not 40 56.347 30.353 -12-653 1.00 43.36 Н21В at ATOM 7955 CE NOT 40 56.015 32 -12.700 1.00 46.47 Н21В with ATOM 7956 G NOT 46 53-735 29,074 -8.480 1.00 38.15 1121B with ATOM ? 957 about MET 48 62.94 4 29.92 9 -3.102 1.00 30.64 Н21В ϋ ATOM 7950 N HRC.U 49 53,401 27,799 -8.620 1.00 37 .00 Н21В N ATOM 3959 CA OW 49 $ 2,054 27,391 -8.300 100 35-01 I21V with ATOM 7968 WITH eat 49 51.577 26.060 -8.03E 1.00 35.29 N21L with ATSM 7961 WITH eat 49 52.330 25.301 -9.442 1.00 33.3 " Н21В 0 ATOM 7962 N TNR 50 50,380 25.708 -8.584 1st 35.95 Н21В N ATOM 7963 CA TNR 50 49.667 24.522 -8.948 1 _YO 30.80 Н21В with ATOM 7964 NE TYR 50 49,799 23,571 “7.736 1-08 40,20 Н21В with ATOM 7965 with TIR 50 49,008 22,290  7,018 1,08 27.92 Н21В with ATON 7966 Сё 2 TNR 50 47.607 22.144 -7.58; 1,08 30.40 H219 with ATON 7967 CE2 tn ₽ 5-3 47.296 20,770 -7,682 Σ, ΟΟ 33.19 Н21В with ATON 796B Cez TIR 50 46.572 23.046 -7,278 1.00 30.96 Н21В with ATON 7969 SEN TIR 50 49.441 21,028 -8,057 2.00 29.31 Y21V with ATOM 7970 ΝΕ1 TIR 50 46.471 20,108 -7,977 1.00 07/32 I21V N ATON 1971 CE2 shooting gallery 50 16-003 20,271 -7,493 1.00 31.29 Н21В with DTsN 7972 C23 TIR 50 15-290 22,553 -7.086 1.00 33.31 NY1V with ATOM 7973 CH2 shooting gallery 50 19,035 21.173 -7.192 1.00 32-81 yala with ATSM 7974 WITH TPP 50 48,321 24.759 -9.387 1.00 51-34 E421B g ATOM 7975 0 TIR 50 17,544 25,615 -B.064 1.00 $ 40.9  ΗΖ1Β 0 ATSM 7976 I UDD 51 17.766 23,996 10.362 1.00 43.51 Η2ΙΒ N ATSM 7977 CA UAY 51 16.375 24.020 -10.041 1.00 44.71 H21YO ATON 797B NE UAY 51 46.245 24,400 “12,333 1.00 44.92 H21YO with

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ATSM 7979 CC1 Parole 01 "5.140 25.420 -12.516 1.00 41.58 Н21В ATOM 79Θ0 SS? UDD 51 47,561 24,873 -12.877 1.00 42.14 Н21В ATOM 7901 WITH UAY 51 45.813 22.622 -10.730 1.00 46.39 Н21В ATSM 7902 0 UAY 51 48.561 21.650 -10.773 1.00 47.07 H2 1V ATOM 7903 N BEN 52 44.491 22.520 -ten. 621 1.00 46.09 Н21В ATCI 7904 CA 5EN 52 43.800 21.235 -10.530 1.00 47.12 Н21В ATOM 7905 Sv Yen 52 42.812 21.250 -9.373 1.00 + 6.23 Н21В ATOM 7 90 B SS & YOD 52 42.020 20.080 -9.375 1.00 43.24 H2Sh ATOM 7907 WITH BEN 52 43.046 20.895  11 .802 ΐ. yi 48-99 Н21В ATOM 790® ABOUT BEN 52 42.243 21.6B4 -12.297 1.00 + 7.19 Н21В ATSN 7EV9 s RNE $ 3 13,291 19.70A -12.329 1,60 06.06 H2Sh ATOM 7 990 CA RNE 53 42.536 19-243 -13. +68 1.00 51.62 Н21В ATON 7991 NE RNE 03 "3,236 16.050 -14,110 1.60 49.15 NZSH ATOM 7 992 SS RNE 33 43.992 18.401 -15 . 352 1.00 47.00 Н21В ATOM 7993 C01 RNE 53 45.359 18.196 -15.433 1.00 45.05 Н21В ATON 7 994 C 02 RNE 53 43.330 18.930 -16.4 + 4 1.00 45.21 Н21В ATOM 7995 CE1 RNE 53 46.046 18.511 -sixteen. 502 ΐ .oo 44-08 821 V ATSN 7996 CE2 RNE 53 44.015 19.250 Ί7.599 1.00 44-11 H 2 1 V ATON 7 997 cg RNE 53 45.372 19.030 ’And. 668 1.00 43.18 NZSH ATOM 7998 with RNE 63 41.158 18-839 -12.906 1-00 52,99 Н31В ATON 7998 0 RNE 53 40,161 19-1 + 6 -13 . 620 100 51.55 NZSH ATOM Boos I ΤΪΗ 54 41 - 1 1.9 16-160 -11.848 1.00 55.64 NZSH ATON 3001 CA ΤΪΗ 54 39.672 17.7J5 -11.202 1.00 58.44 H2 1V ATOM 8002 sv ΤΥΗ 54 40.162 17.329 -9.717 1.00 54.87 Н21В ATOM 8003 ss ΤΪΗ 54 38.949 16.897 -9.001 1.00 51.36 H2 W ATON 8004 From 01 TUI 54 38.655 17.477 -7.714 1.00 40.07 H2 1V ATON 0110 $ CE1 TUN 54 37.558 17.104 -1,058 1 - BUT 49.01 Η 21V ATSN eooe CO2 TUN 54 38.096 15-917 -9.194 1.00 47.97 Н21В ATSN 3007 CE? TU in 54 36.9EO 15,535 -0, 706 1,60 47.53 Н21В ATON 300® cg TUN 54 36.720 16.132 -1, 563 1-60 49.35 NZSH ATSN 3009 he tun 54 35.610 15,755 -6.836 1.00 48.60 Н21В ATON 8010 with TUN 54 36.630 18,912 -11, 192 1.00 62.29 Н21В ATSN 8011 with TUN 54 37.94 $ 18.949 -12.039 1.00 63.00 Н21В ATOM 8ϋ12 N ABA 55 38.923 19.827 -10.236 1.00 67.02 L21V ATOM 8013 CA ABN 55 38.057 20.994 -1C.293 1.00 71.09 H2 10 ATSM 8914 NE AYA 55 37.730 21.51V ‘0.894 1.00 68.04 1121B ATOM 8015 se LEI 55 38.841 21.307 -7.921 1-00 67-93 ΗΖ1Β ATOM 8016 001 AYA 55 38.616 20.876 -6.797 1.00 67.67 H2Sh ATCI 301 Ί I 02 LEI 55 40.054 21.613 0.230 1-OS 69.63 NZSH ATOM 801® with LEI 5 B 38.717 22.079 -11.118 1.00 74.17 Н21В ATSN 3019 0 AYA $ 9 38.675 22-051 -12,347 one . 60 75.61 NZSH ATON 8020 n SUE 56 39.336 23.034 -10.449 1-00 76.40 Н21В ATON 30Ζ1 CA eu $ 6 40-142 23.993 -11,163 one . 60 78.11 NZSH ATSN 802? with SUE 56 40.842 24-036 -10-142 1-00 YO, 92 NZSH ATSN 3033 0 sy 56 "1-260 25.9 + 5 -10.426 1.00 31.59 Н21В ATON 30? 4 but A5YA $ 7 40-959 24-307 -0. 935 one . oo 33.69 Н21В ATSN 8025 CA ABYA 57 41.543 25.062 -7.8 + 6 1.00 84.39 Н21В ATON 8026 sv Α5Η 57 41,403 24.249 -6.559 one . oo 88.07 Н21В ATSN 8027 se AYA 57 40.069 23.960 -6.121 1.00 90.03 Н21В ATSN 802® (U1 AYA 57 39.142 24.677 -6.501 1.00 02.97 K21V ATON 8929 »02 LINEN 57 39.892 22.927 -five. 319 1.00 93-57 821V ATSN 8930 with AIN 57 42.973 25.426 ‘0.172 1-00 I1-95 Н21В ATON 8031 about lya 57 43.665 24.701 -0.803 1.00 82.38 H2Sh ATSN 8032 m tn 59 43.422 26.566 -7.663 1.00 77.98 Н21В ATSM 8033 CA tn 58 44.770 27.834 1.924 ΐ .oo 74.72 NZSH ATSN 8034 sv tn 59 44.751 26.353 -0.715 1.00 76.41 Н21В ATOM 3035 OS1 tn 58 13-678 29,2152 -0.070 1.00 77.32 Н21В ATOM 8036 ss? tn 58 44.265 26,171 -10.131 one . oo 77.44 Н21В AGON 3037 with Transnational corporation 06 "5,492 27,240 -6.609 1.00 71.58 Н21В ATOM 8018 0 tn 56 44.804 27,360 -5.569 1.00 70.30 Н21В ATOM 8039 N A5N 59 46.617 27.242 -6.6 + 9 1.00 69.02 Н21В ATEIN 8040 CA AYA 59 47.611 27.653 -5.500 one . oo 68.25 I21V ATOM 8041 sv ABI 59 40.109 26.420 -4.740 one . oo 65.64 H2Sh ATOM 3042 ss AIN 59 48.840 26.787 -3.473 one . oo 64.96 Н21В ATOM 8043 0Ό1 AIN 59 40.733 27.899 -2.966 1-00 65-43 H2Sh ATOM 8944 N □ 2 AYA 59 49.609 25.840 . ‘2.953 one . oo 65.04 Н21В ATON 8045 WITH AIN 59 40.780 28.460 -6.034 ΐ .oo 68.61 NZSH ATOM 8046 0 AYA 59 49.547 27.972 -6.351 1. oo 68-36 Н21В ATOM 8047 AT TUN 60 48-639 29-70 + -6.560 100 70.01 NZSH ATON 804® CA ΤΥΗ 60 49.915 30.607 -6. 15 1. oi 70.19 NZSH ATSN 3049 NE TTN 60 49-266 31,940 -6.547 one . oo 64.48 Н21В ATOM 0050 SS 7ΥΗ 60 40 -377 31,831 -7,747 one . oo 56.04 K21V ATOM 8051 From 01 TUN 60 +8,694 31,719 -9.0Ξ9 one . oo 54.39 . H21YO ATSN 3052 CE1 ΤΥΗ 60 46,061 31,542 -10.120 one . oo 49.77 Н21В ATOM 8053 C 02 ΤΥΗ 60 47.005 31.776 -7.594 1.00 52.86 H2 W ATOM 3054 CE2 ΤΥΗ 60 48,176 31.602 -AT. 672 one . oo 47.45 Н21В

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ATSN $ 005 cg TUK 60 46.706 31,431 -9.930 1.00 +7.20 Н21В WITH ATOM 0056 HE TUI 60 48-873 31.262 -10.999 1.00 + 5.04 Н21В ΰ ATCI 8 057 WITH TUK 60 61.011 30,376 -5.101 1.00 73.82 H21E with YTOM 805Θ 0 TUK 60 50,773 30.B73 -E.V99 1.00 74.53 Н21В about ATOM 8059 N ABA 61 52.216 31.105 -5.600 1.00 79.37 I2 18 to ATOM BC60 sd ABA 61 53.319 31.530 -4.791 1.00 06.15 yay 1st with ATOM 8061 NE ABA 61 5 + .629 31.211 -5.50V 1.00 79.06 H21P with ATOM BO62 WITH ABA 61 53 .236 33.031 4.510 1.00 93.30 Y21V with ATOM B063 0 ABA 61 52.501 33.7 + 3 -5.194 1.00 94.02 Н21В ABOUT atom ace 64 AND SUS + 62 53.972 33.509 -3.0YZ 1.00102.91 Y21V to ATON 8069 CA SY 62 53.97V 34-930 -3.199 1.00111.50 NIV with ATOM 0066 sa SY 62 55.022 35-221 -2.123 1.00113.10 Н21В with YTSN 806? with SY 62 54,696 36,265 -1.105 1.00114.99 Н21В with ATOM Β06Θ with SY 62 53.632 35.705 -0.080 1.00115.65 Η21Θ with YTOM 8069 0E1 SY 62 53.671 35.073 1.0E6 1.00115.70 Н21В ABOUT ATOM B070 KE2 SY 62 52 .756 34.B05 -0.521 1.-00116.17 1921B N ATOM BC71 with SY 62 5 + .282 35.778 -4.426 1.00TS5 .83 Н21В with ATOM BC72 ABOUT SY 62 53.402 36.4 + 5 -4.953 1.00110.69 NIV □ ATOM BC-73 s Bw 63 55.532 35.7 + 5 -4.077 1.00 (20.29 Y21V N ATOM 8074 CA Bw 63 55.975 36.610 -5.965 1.00123.VZ I21V with YTOM 8075 NE love 63 57 -23V 36-0 + 2 -6-623 1.00126.62 cornfield with ATOM 8096 SS Bw 63 50.518 36-271 -5-020 1.00129.64 cornfield with ATOM 8 C-7 7 with Bw 63 59.76V 36,088 -6.696 1.00132.ZV to me with ATOM 807B CE Bw 63 61.026 36.49+ -5.951 1.00134.60 NIV with ATOM 8079 YZ Bw 63 62 .235 35.420 -6.816 1.00135.68 cornfield g * ATOM VOVO WITH Bw 63 5 + .892 36.791 -7.01V 1,00125.33 np with ATON B0B1 ΰ Bw 63 54.362 37.076 -7.210 ί.00125.28 Н21В ABOUT ATOM VOE N yee 64 5+ .55V 35.691 -7.695 1.00127.68 NIV N ATOM 8083 CA yee 64 53.576 35.7 + 5 -8.764 1.00130.37 Y21V | H _ · ATOM 8084 NE Bw 64 53.597 34.44+ -9.560 one . 00132.98 NIV with ATOM 8083 With Bw 64 54. & 06 34.276 -10. + 9 + 1.00136.29 H21E with YTOM 8086 SB1 Bw 64 54.010 35.403 -11.51V 1.0013B.41 NIV with YTOM 8 C-8 7 CP2 Bw 6+ 56,100 34.2? 5 -9.685 1,00130.56 Н21В g- ATOM 8080 WITH Bw 64 52-19? 35.903 -3.19Θ 1.00130.44 NIV with ATOM 8009 ABOUT Bw 6+ 51,270 35,176 -8.400 1.00130,2? NIV ABOUT ATOM B090 N SY 68 82.027 37,100 -7.489 1.00129. nineteen Н21В I ATOM B091 CA SY 65 50,749 37.42+ -6.07 0 1.00127.17 H2 1V with ATOM Β09Ξ NE SY 65 50.9 + Θ 37,952 -5.451 1.00131-48 I2 1B with ATOM VOEZ With SY 65 + 9.7 + 4 3? .693 -4.556 1.00137.16 Н21В with ATON VO94 With SY 65 +9.179 36.207 -4.7 + 2 1.001 + 0.29 H2 70 with ATOM 8095 0 £ 1 SY 65 +7.964 36.002 4.713 1.001 + 2. + 1 NIV 0 ATOM BC-96 HER SY 65 50.064 35. OF -4.936 1.001 + 2.71 H210 n ATOM 8097 WITH Sy 65 + 9-95V 30-137 -7-676 1,00121.86 NIV with ATOM es wa 0 SY 65 50.422 39.546 -7.9Ϊ0 1-00123-39 NIV 0 ATOM 8 S-9 9 N SNU 66 + 0-750 30.0+) -8,059 1.00114.88 NIV n ATOM 8100 CA SUE 66 + 7.9 £ 6 30.820 -8.983 1,00104.98 cornfield with YTOM 8101 TO- Gtu 66 + 3 .- + 04 30.62+ -10. + 00 1.00 96.86 cornfield with ATOM 8102 about SUE 66 +7,711 per. + 10 -11-30 + 1.00 97.14 Н21В ABOUT ATOM 8103 N And from 6 '? +9.806 30.601 -10.510 1.00 00.00 Н21В η YTOM 610 + CA ABC 6? 50. + 67 .30.666 -11.Θ3Β 1.00 70.2V NY 1B one" ATOM 8105 NE ABC 6? 51,980 30.006 -I.662 1.00 79.16 H2 1V € YTOM 0106 SS ABC 67 52.424 + 0.093 -11.021 1.00 70.42 Н21В WITH ATOM 8107 SR ICE 67 53.594 40.703 -11.775 1.00 76.25 N. ' ten WITH ATOM B10B NOT bottom 67 5 +. WWII 39.901 11.67 0 1.00 70.42 NIV N Tyne B109 cg ICE 67 55.5 + 9 39.532 -12.711 1.00 67.25 ΙΙ21Β WITH ATOM 8110 KH1 Ic 67 95.197 39.891 -13.9 + 1 1.00 63.82 NIV N ATON In 111 NIY Ic 67 56.6 + 3 30.80+ -12 - 522 1-00 62.44 cornfield N ATON 8112 with ICE 67 50.103 37.376 -12-587 1-00 72.34 cornfield WITH ATOM 8113 0 ICE 67 50 .251 Memory, 3ϊ ¥ -13.018 1.00 07.98 cornfield ABOUT ATOM 831 + No. SUE 68 +9.879 ZY.327 -11,031 1.00 67.36 cornfield N ATOM 5115 CA SUE 68 +9.791 33.003 -12.411 1.00 61.33 cornfield WITH ATOM 6116 WITH SUE 68 +8.30+ .3+. +59 -12.429 1.00 57.15 Н21В WITH ATOI 8117 0 SUE 68 +7.615 34.658 -11,487 1.00 54.96 NYE ABOUT ATOM 611Θ and shooting gallery 69 +8,058 33.773 -13.519 1.00 52.86 !! 21B N ATOM RES CA TNR 69 +6,902 33.040 -13.64V 1.00 4 9.43 Н21В WITH YTOM 6120 sv TNR 69 +5.755 33.817 -14.466 1.00 47.25 0210 with YTOM 8121 001 TNR 89 45,372 35.009 -13.771 1.00 16.17 P21B about yton B122 CC2 TNR 69 +4.536 32.955 - 14.699 1.00 43.40 H2 1V with YTOM B123 with Transnational corporation 69 +7,002 31.69V -14.325 1-00 46.56 Н21В with ATON 8124 0 gnk 69 47.14B 31.639 -15.539 1.00 $ 46.5 ΗΞ1Β ABOUT ATON 8125 to MET 70 + 6. 997 01/30/8 -13 -5 $ 8 1-00 4 +, 10 Н21В n ATOM 8126 CA METT 70 +6.975 29.311 -14-185 1-00 42.39 Н21В with ATON 912? sv MET 70 +7.990 20.360  13-551 1.00 41.28  Н21В with ATOM 8128 with MET 70 +8.171 20.515 -12.08+ 1.00 40.21 H21E with ATOI 6129 5C- NOT 70 +9,850 20.066 -11.687 1.00 39.87 NY1V 0 ATON 8130 CE MET 70 + 9-867 2J.560 -10.019 1.00 4 4.15 Н21В with

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ATOM 8131 WITH MET 70 4 5 - 513 2B.668 -14.131 1.00 40.27 H21T1 ATON 8132 WITH AI 70 44x851 28.700 -13.230 1.00 19.40 Н21В ATON eight! 33 AND Transnational corporation 71 45.329 27.901 -15.273 1-00 40.53 Н21В ATON 8134 SD Transnational corporation 71 41.026 27.413 -15-5) 2 1-00 41.99 Н21В ATSM 8135 NE Transnational corporation 71 43 .219 20.301 -16.470 1.00 41.60 H21E ATOM 8138 001 Transnational corporation 71 43.930 20.448 -17,710 1.00 10.43 Н21В ATSM 8137 SB2 Transnational corporation 71 42.970 29.653 -15.Θ41 1.00 39.62 E521B ATOM 833Θ WITH Transnational corporation 71 44-154 26.021 -16,112 1.00 43.75 N21B ATOM 8139 0 TNR 71 45, 24V 25.511 -16.296 1.00 41.50 E321B ATSM 8140 N Transnational corporation 73 43.015 25.122 -16.422 1.00 4B.73 E! 21B ATSM 8141 CA TNR 72 42.960 24.041 -16.073 1.00 53.25 N21B ATON 8142 NE Transnational corporation 72 42.002 23.107 -15.652 1.00 52.17 Н21В ATSN 814 3 OS1 Transnational corporation 72 44.095 22.675 -15-216 1.00 53.13 Н21В ATSM 8144 C 02 tn 72 41.942 21.918 -15.981 1.00 $ 3.23 K21P ATON 81 4 5 WITH Transnational corporation 72 41. WHO 23-Θ31 -17.065 1.00 55.94 Η2ΙΒ ATOM 8148 about Transnational corporation 72 40.699 24.344 -17.663 1.00 56.70 E121B ATOM 814? N Λ5Ρ 73 42-003 23.113 -18.954 1.00 57.69 E121B ATSM 814Θ CA AZR 73 41,046 22.553 -19.Θ11 1.00 5V.ZZ Н21В ATSM 8149 NE AZR 73 41,142 23.100 -21.238 1.00 61.28 Н21В ATSM 8158 SS AZR 73 40,250 22.338 -22.21V 1.00 63.71 Н21В ATSM 8151 001 AZR 73 40.36? 22.558 -23.442 1.00 61x93 Н21В ATOM 8152 002 AZR 73 39.429 21.513 -21.766 1.00 64.36 I21V dt ™ 0153 WITH AZR 73 41 .216 21.048 -19.849 1.00 57.27 n>: t in ATON 8154 0 ABP 73 42.090 20.523 -20.529 1.00 5th. 48 NY1V ATOM 8155 N FIG 74 19.375 20.327 -19.110 ΐ .00 56.40 Н21В ATOM $ 815 With Ryo 74 39.41 ' 20.100 -13.097 1.00 55.90 Н21В ATOM 8157 CA REY 74 40.51V 18.Θ75 -19.105 1.00 56.74 from 1 to ATOM Ε15Θ NE P8O 74 39,543 10.424 -18.015 1.00 55.19 H21YO In summer E159 SS RKO 74 39.364 19.611 -17.157 1.00 53.64 Η2.ΪΡ ATOM B168 WITH RVO 74 40.20? 10.253 -20.460 1.00 56.88 1121K DTON 8161 0 REY 74 40.76 ± 17.220 -2O.a16 1.00 $ 7.34 H21P In summer 8162 N 5TH. 75 39.320 1Θ.Θ74 -21,221 1.00 57.92 I21Y ATOM 0163 CA BEN 75 Z.V51 ‘0.220 -22.420 1.00 5Θ.36 Н21В In summer 8164 Joint venture 5th 75 37.682 13.978 -23.039 1.00 $ 7.01 H2'.V In summer Θ1 65 Sat 5th 7 $ 30.122 20.173 -23-637 1.00 57.34 Н21В ATOM "166 WITH ZEK 75 39.989 16.122 -23.420 1.00 50.1? Н21В ATOM 0167 WITH Yaw ί $ 49.015 17,212 -24.251 1.00 60.52 OUT 1B ATOM 0 1 60 N Tiya 76 49-934 19.055 -23.347 1.00 56.65 H2 ΪΒ ATOM 8169 CA TNR ? 6 42,126 19.003 -24.184 1.00 54.54 Н21В ATOM 0170 NE TKV 76 42.410 20.35? -24-Θ50 1.00 55.46 H21YO ATOM B171 OS-1 TEEYA 76 42,659 21.336 -23.046 1.00 57.17 H21E ATOM 0172 CC2 TEEV ?five 41-239 20.791 -25.679 1.00 55. AT 9 H21YO ATOM B173 WITH TEEV 76 43.37V 10.580 -23.419 1.00 52 .23 H21E ATOM 8174 0 TEEV 76 44.479 10.660 -23.955 1.00 51.33 E! 2 1E ATOM B1? 5 N ZEYA 77 41.205 13.150 -22.175 1.00 50.10 ΕΙ2 1B ATOM 8176 CA 5 EP. 77 44,314 17.651 -21.369 1.00 4V .00 E121E ATOM B177 NE BEIA 77 44.aoz 16.302 -21.995 1.00 40.4? Н21В ATON 8170 OS ZEYA 71 44.105 15.938 -23.08V 1.00 50.53 1121B ATOM 01? $ WITH BEIA 77 45.451 18.660 -21.383 E 00 46.5E) Н21В ATOM 0100 0 BEIA 71 46.607 10.312 -21.612 1.00 45, 85 Н21В ATOM n 1 0 1 and TKYA 78 45.100 19.916 -21-120 1.00 44.26 ΗΞ1Β ATOM 0102 CA TEAK 79 46.027 21.026 -21-253 1 .00 42.27 H21E ATOM 0183 NE T "I ? but 4 $. 7 Ί1 21.174 -22.577 1.00 43.01 Н21В ATOM 0184 C01 TNR. sixteen 46.092 20.906 -23,666 1.00 42.5Θ OUT 1B ATOM 8185 SB2 TNR 70 46,641 23.019 -22.67 $ 1.60 41.56 Н21В ATOM 0186 WITH TEER ? θ 45,909 22.007 -20.084 1.00 41.93 H21Y ATON 0107 0 Transnational corporation ?eight 44.816 22.455 -19.739 1.00 41.80 H21E ATOM B108 N ABA 79 47.046 22.336 -19.477 1.00 41.30 FROM 1EZ ATOM Θ1Β9 CA ABA 79 47.082 23.328 -18.415 1.00 43.11 0218 In summer 0190 NE ABA 7E 47.023 22.778 -17.197 1.00 39.93 NE1V ATON In 191 WITH ABA 79 47.791 24.559 -18.944 1.00 46.13 N? 1₽ ATOM B192 0 ABA 79 4θ .574 24.466 -19.899 1.00 46.64 N? 1B ATOM 0193 N TTN IN 47.521 25.711 -18.33? 1.00 4? .82 Н21В ATOM 0194 Joint venture TUI ao 4B .086 26.950 -18.843 1.00 50.50 Н21В ATOM $ 019 SR TUYA IN 47.013 27.771 -19.561 1.00 51.23 Н21В ATOM 8196 Sat ΤΎΡ IN 46.386 27.079 -20.743 1.00 5Ϊ.15 H21Y ATOM 919? CP1 TTN IN 45.311 26,214 -20.572 Ι.00 51.00 Н21В ATOM 8198 CE1 ΤΪΡ IN 44.719 25-589 -21.650 1.00 52.73 H21YO ATOM 8199 Οϋϊ τγη Yo 46-856 27.303 -22.034 1.00 51.74 Н21В ATON Θ200 CE? ΤΥΡ 80 46-2 £ 8 76.687 -23.126 1.00 53.17 Y21Y ATON 8201 cg ΤΪΗ 80 45.200 25.028 -22.92Θ 1.00 55 .28 Н21В ATOM In 202 he ΤΥΗ IN 44.619 25.186 -24.006 Ξ.00 5Θ .32 Н21В Atin 02 03 with ΤΪΗ 80 48.731 27.012 -17.772 1.00 51.42 . EEZZV Atim In 204 with ΤϊΡ IN 43.313 27.Θ31 -16.614 ’.00 50.03 Ts21V ATOM 0205 n NOT 61 49.755 $ 28.537 -18.10 1.00 53.31 Н21В ATOM In 206 CA MET IN 1 50.383 29.514 -17.331 1.00 $ 6-14 9218

Λ ϊ th π ΰ p l Hm? Λ Λ D) Λ ί ΰ τ ιΉΐ h with D) th D) Λ ζ ΰ η ϋ δ δ l o l l = ί l ΰ l l ί ΰ g ¹ ] /: η l a δ ΰ ΰ p l l ϊ o l l ΰ η l a o l l o l l l o o l

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DTOM B297 sa MET 81 51.833 29.080 -17.073 1.00 5'1.65 Ή21Β C ATOM 0290 SS MET 81 $ 2,753 30.176 -16.565 1.00 58.66 Н21В С DTOM 6209 SE> NOT 81 52.254 30.89? -14.991 1.00 57.87 Н21В 5 DTOM 6210 C £ NOT 81 53,575 32,092 -14.Θ01 1.00 54.07 Н21В С ATOM 6211 £ NOT 81 50.336 30.872 -10.029 1.00 58.01 Н21В С DTOM 6212 WITH NOT 81 51,015 31.089 -19.033 1.00 56.6 $ Н21В 0 DTOM 8213 N her 82 49.514 31.781 -17.514 1.00 61.28 Н21В N DTOM 0214 CA OBO 82 49.511 33.149 -16.018 1.00 65.13 3121V C ATON Θ215 NE S.A. SZ 62 40.100 33.623 -10.342 1.00 68.11 Ή21Β C ATOM Θ216 Joint venture FOR 62 10.049 35.126 -10.500 1.00 75.01 Н21В С ATOM 0217 With <31 + 0 02 46.699 35-614 -19.041 1.00 78.51 1G21V S ATON 0218 OB1 OBO 82 46.537 36.047 -19.791 1.00 80.6? NY1V S ATSN 0219 OE2 OBO 82 45.802 34,770 -19.253 1.00 85.32 Н21В 0 ATOM 0220 WITH OBO Θ2 50,136 34.1J5 -17.035 1.00 65.73 Н21В С ATSN 3221 ΰ s y AT 2 49.752 34,156 -15.966 1.00 64.06 Ή21Β 0 ATON 0222 n bj 83 51.063 34.920 -17.532 1.00 68.70 Н21В N ATON 0223 CA BEO 63 51.749 35. 920 -16.718 1.00 72.23 Н21В С ATON 0224 NE BEO 63 53.227 35.574 -16.610 1.00 69.70 1121V C ATSN 022 5 SS BIO 6-1 53.852 35.648 -35 * 223 1.09 67.41 N71BC ATON 0226 CO! BE0 63 55.336 35.02 $ -15. 1.03 66.44 Н21В s PBX 822'7 C 02 BEO 03 53-273 36,760 “14,430 1.00 65, $ 7 Н21В С ATOs 8223 WITH Bep 83 51,601 37.309 -17.330 1.00 75.95 Н21В С PBX 0223 WITH BEL 83 51.904 37.512 -18.504 1.00 75.65 Н21В 0 ATOM 8230 N ABC 64 51,147 39.261 -16.520 1.00 09.89 Н21В 51 ATCI 02 31 CA two 84 50.322 39.6O1 -16.992 1.00 04.83 H210 C ATOM Y232 NE ICE 04 49.499 40.964 - 16.380 1.00 90.56 021V C PBX 0233 with DI5 04 48.344 39.114 -16.614 1.09108 * 33 n21ga C ATCI 8234 with two; 64 47.315 39.202 -15.499 1.OS109.6V G121V S PBX 0235 NOT ABC 04 46.461 3Θ.82Ο -15.475 1, 00120.80 Н21В And ATSN 8236 Sz DM3 04 45.530 37 * 737 -36.480 1,00121.5? Н21В С ATSN 8237 KH1 ABC 04 44.823 36.638 -16.309 1.00132.02 H21B I ATSN 823V HH2 bottom 84 45,309 30,556 -37.439 1-00132.39 H21B I ATOM 8235 WITH bottom 84 51.914 40.586 -16.612 1.90 83.70 Н21В С r.tan 0240 0 bottom 84 $ 2,734 40.303 -15.779 1.00 84.67 J21B 0 PBX J241 TO ZEK 85 51.916 41 .741 -17.272 1.00 82.95 Н21В And PBX 8242 CA Yen 85 52.799 4Ξ.Θ4Ο -16.096 1 .OS 7 9.14 Н21В С ATOM $ 243 NE $ EV 85 52.363 43.449 -15.557 1.00 7V .89 B210 C DTOM £ 244 OS $ £ y 85 51.02V 43.919 -15.692 1.90 75.63 821V 0 ATOM $ 245 WITH KEK 85 54.221 42.330 -16.772 1, 00 77.60 K21V S DTOM $ 246 0 £ EB 85 54.863 42.496 15.733 1.80 77.42 821V 0 ATOM $ 247 N BEO 86 $ 4.704 41.701 17.030 1.80 70.99 821V N ATOM $ 240 SD BEO 86 56.022 41.005 -17.836 1 * 90 74.39 821V C ATOM 0249 NE BEO 86 56-250 40.346 -19.157 1.08 11.64 H21E C DTOM 8250 Joint venture 1.E0 86 $ 5.45! 39.062 -19-373 1.00 69.37 Н21В С ATOM 8251 C01 BEO 86 $ 5.543 3Θ.610 -20.823 2.00 67.28 R.21V s ATOM 8252 CB2 Bes $ 6 35,969 37.989 -18. CH35 1 .90 87.92 Η2ΪΒ C ATOM 6253 with Bei 86 $ 57.12 42.111 - 17.616 1.30 74.83 Η2Ι0 C ATOM B254 0 b ευ $ 6 $ 7.2 62 43.060 -18.370 .00 73.04 NC-B 0 ATOM 0255 N bottom 87 57,898 41.916 -16.554 2.80 76.20 H23B S DTOM 0256 CA bottom 87 59.179 42. 505-16. 402 1.00 77.36 821V C ATOM 0257 sv bottom 87 59.621 42.614 -14.939 2.00 70.04 ΗΞ1Β C house J256 ss ICE 87 5V.530 43.085 -13.960 2.80 81 .26 Н31В s DTOM 0259 SR ANO 87 59.149 43.110 -12.555 1 .00 83.70 Н21В С DTOM 8260 ΝΕ ICE 87 58.037 43.040 -11.560 1.80 86.95 8218 0 ATOM 8261 sz ADO 87 57.069 41.994 -10.775 1 * 00 89.17 M? 1V 0 DTOM 82 62 ΝΗ1 ABC 07 $ 6.670 42.022 -9.301 3 * 00 90.14 821V N ATOM 8263 ΝΗ2 bottom 07 $ 6-655 “0.925“ 10. $ 50 1.80 90-65 ΜΖ1Ρ K ATOM B264 WITH bottom Th? 60.200 41.79? -17.182 ! , 80 77.52 Я73В С ATOM. B265 0 bottom $ 7 $ 9.890 40./74 -11,767 1, 80 70, 03 Н21В О ATOM B266 N CENTURY 80 61.442 42.278 -17.143 1 .00 77, 09 N21V M ATOM B267 CA 5EK 88 62.573 41.526 -17.647 1.00 76.92 Н21В С ATOM B268 NE $ £ K 80 63.693 42.497 -18.027 1.00 76.95 H21Y C ATOM 6269 OS ZEK 80 63.075 43.471 -17.916 1.00 76.63 J21B 0 DTOM 0270 WITH 5EK 60 63.076 40.519 -16.600 one . OO 76.23 Н21В С DTOM 0271 0 CENTURY 86 63.913 39.673 -16.902 1 .30 75.13 J21B 0 DTOM 0272 N ABP 09 62.549 40.617 -15.377 1 * 00 76.04 Н21В N DTOM 0273 SD LER 89 62.625 39.646 -14.307 1-00 74.20 H2DV S house 9274 NE drr 09 62.307 40.196 -12.941 1.00 70.49 Н21В С ATOM 027 $ CH D5R 09 62.941 41.586 -12.649 1-100 $ 2-4? H21P S ATOM 02? 6 COT D6R 69 62.171 42.451 -12.167 1.80 $ 4.19 Н21В 0 ATOM 02? 7 002 D5N 69 64.IZ 41.016 -12.690 1 -30 $ 4.8? H21 I'm a ATOM 0278 WITH A8P 89 62.073 39.334 -14,552 1.00 78.50 Н21В С ATOM 6279 WITH A8P 89 62,232 s? s? d -13, $ 0? 1.80 £ 9.35  ΗΖ1Β 0 ATON 6200 N ANR 90 61.240 39-ZY1 -15.589 1.00 66.65 Y21V V ATOM 02B1 CA A8P 90 60.397 37.176 -15.916 1.00 61.73 Н21В С ATOM Θ2Β2 NE A8P 90 59.011 37.644 -16.368 1.00 61 * 77 H218 C

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ATON 9283 SY AZR 90 56,318 38.48 $ -15,329 1.00 01.61 H2 1V C ATOM 8284 001 AIR 90 58.704 30.408 -14-1 + 5 1.00 62.01 Н21В О ATOM $ 828 002 AIR 90 57.38 $ 39.23 $ -15,696 1.00 62.33 n2ge about ATON 8286 WITH A5P 90 61-026 36.302 -17.033 1.00 57.2V Н21В С ATON 0287 0 AZR 90 60-504 35 ..356 -17.451 1.00 57.29 Н21В 0 ATOM Θ2 && N TNN 91 62.14 $ 36.873 -17.533 1.00 53.21 H21B n ATOM 028 * 3 SL TNN 91 62,907 36.114 -18.499 1.00 50.91 K21V S ATON 9 2 * 0 NE TNN 51 64.019 36.957 -19.130 1.00 $ 1.75 Н21В С ATON 8251 M1 TNN 51 63.4 40 37,861 -20.079 1-00 52.40 H21B and ATOM 8252 SB2 Transnational corporation 51 65.025 36.065 -19.834 1-00 49.86 Н21В С ATON 8253 WITH TNCs. 51 63.526 34,900 -17.832 1.00 47.55 Н21В С ATON 82 * 4 WITH TNCs. 51 64.316 35-024 -16.6 * 7 1 - 00 4 6.34 Н21В 0 ATON 82 * 5 N ABA 52 63.156 33.726 -10.33+ 1.00 43.20 N21V P ATON 8296 CA ABA 92 63,539 32-402 -Ϊ 7.700 1.00 40.41 Н21В С ATON 82 * 7 NE ABA 52 63-041 32,459 -16,267 1.00 40.90 Н21В С ATON 8296 WITH LHA 92 62,995 31.292 -10.456 1.00 37.21 Н21В С ATON 6259 WITH ABA " 62,242 31.430 -19.415 1.00 38.12 N-21V 0 ATOM 8300 N UAY 53 63,380 30.109 -18.027 1.00 34.64 Н21В And AGON 8 361 CA UAY 53 62, 733 23.919 -18.513 1-00 32.99 Н21В С ATOM 8302 NE UAY 53 63.750 27.793 -18.666 1.00 30.03 B21B C ATOM Θ3Ο3 SY1 UAY 93 63.044 26.455 18-927 1.00 26.30 Н21В С DTON 8304 SB2 UAY 93 64.672 28.142 -19, 822 1.00 25.24 H.21V C ATON 8305 WITH UAY 93 61.595 28-52: -17,574 1.00 31.86 H.21V C DTON 8306 0 UAY 93 61,729 23.533 -16.348 1.80 29.01 n21 a ATON 8307 n TOUR 94 68, 158 28,214 -1B, 180 1.00 32.50 11215 m ATOM 8306 CA TUK 94 55.251 27.901 '17. + 41 1.00 34.02 M21P S ATON 8305 NE TUK. 94 5Θ.111 28.813 -17.500 1.00 31.77 Н21В С DTOM B31R Sat TUK 94 50.243 30.236 '17 .393 1.00 30.96 Н21В С ATOM 8311 C01 Tgb. 94 57, 570 30.650 -16.2 + 0 1-00 29.64 NGE with ATOM B312 CE1 knock 94 57,696 31.944 -15.754 1.00 77.70 21st and ATOM 8313 £ -02 TUI 94 59.041 31-164 -18.0 + 9 1.00 28.53 n21c s DTOM B314 CE2 TUI 94 59.179 32.472 -17-564 1.00 28 .29 Н21В С ATON $ 31 $ ΓΖ TUK 94 58.5 * 3 32-052 -sixteen. 432 1.00 28.76 ΗΪ1Ρ s DTOM 8316 HE TUK 94 5B.6Ϊ9 34-126 -15- $ 84 1.00 29.65 U1E O DTOM $ 317 WITH TUK 94 59,507 26.443 -17.EV1 .00 33.72 Н21В С ATOM "316 0 TUK 94 $ 8,759 26.005 -18.821 1.00 34.33 N? 1V 0 ATOM 531.5 to TOUR 95 58.924 25.694 -16.591 1.00 35.12 I21V N ATOM $ 320 CA TUK 95 $ 8,441 24.289 -16.631 1.00 35.54 Н21В С ATOM 6321 NE TUI 95 59.442 23.437 -15,862 1.00 37.61 Н21В С ATOM $ 322 With TUN 95 60.852 23.484 - 16.396 1.00 39-36 Н21В С ATOM 6323 C01 TUN 95 61,187 22.835 -17.578 1.00 49.65 Н21В С ATOM $ 324 CE1 TUN 95 62,476 22. $ 41 -18.055 1.00 49, $ 0 J21B C ATON 8325 £ □ 2 TUK 95 61.856 24.146 '15, 703 1.00 39.61 Н21В С ATOM 8326 CE2 TUN 95 63.155 24.155 16.173 1.00 40.63 Н21В С Atoy 8327 with £ Tui 95 63.4 66 23.582 17.3 $ 1 1.00 40.83 H2 1 V C ATON 832V HE TUN 95 64.750 23.515 -17,034 1.00 41.60 Н21В 0 ATCI 8328 WITH TUN 95 57.066 24.073 -16.024 1.00 34.62 Н21В С ATOM 8 330 th TUI 95 56.654 24.772 -15,037 1.00 29.49 n21v and ATOM 8 331 N suz 96 56-358 23-09 $ -16.570 1.00 36.69 NY1V about ATSM 8 332 CA SU5 96 55.310 22.42? -15. B25 1.00 39.27 H21H C ATOM 8333 WITH CPS 96 55.613 21,042 -15.431 1.00 40.20 Ή21Β C ATSM 6,334 0 CPS 96 $ 56.53 20.390 -16.182 1.00 36.24 Н21В О ATSN 0 33 $ NE CPS 96 54.026 22.325 -16.657 1.00 30.82 ΗΞ1Β C ATOM 8336 The EU SU5 56 54.180 21.440 -18.241 1.00 47.2 $ Н21В V ATOM 0 337 N ABA 57 55.453 20.620 -14x229 1.00 + 2.7 * Ή21Β N ATOM 8 338 CA ABA 97 55.651 19.248 -13.voz 1-00 + 5.9 * Н21В С ATON 0339 NE ABA 9? 56.701 19.189 - 12,783 1.00 47.19 Н21В С ATON 8340 WITH ABA 97 54.320 18-721 -13.2018 1.00 +8 .4 * Н21В С ATON 8 341 0 ABA 97 53.412 19.50+ -12,503 Ί, ΟΟ 46.95 Н21В ΰ ATON 8342 m Battery 98 .54-207 17.401 -13,167 1.00 51.41 Н21В N ATON 8343 CA AKY 9B 53.047 ] 6.760 -12,500 1.00 53.37 Н21В С ATOM 8344 NE Battery 98 53.0 + 6 15.269 -12,932 1.00 51 .25 H21Y C ATON 834 $ With Battery 98 91.663 14.567 -13.107 1.00 49.60 Y23V s ETON 63 * 6 With Battery 98 51.7 * 3 13,294 -13. B36 1.00 45, 00 N21K s ATON 8347 MV BOTTOM 98 $ 2, + $ 4 12.36 + -12.9Β4 1.30 44.76 Н21В N ATOM 6346 sz Battery 96 52,421 S .041 -1E.0V5 ι.αο 43, az Н21В С ATOM 0345 N81 Battery 98 31.6 * 7 10.401 -14,007 1.00 44-12 ΗΖ1Β to ATOM 8350 ΝΗ2 ANO 9B 53,126 10.279  12.262 1.00 42.06 Н21В 1+ ATOM 0351 WITH ICE 98 53.123 16.95V -11.07V 1-00 $ 6.47 Н21В С DTOM 8352 0 NSA EV 53.021 16.006 - 10-315 3.00 57.42 H21E 0 ATOM 8353 m SUE 99 53,323 18 .20 $ -10.653 $ 1.00 9.29 Н21В L ATOM B354 CA Be 99 53.343 18.53 $ -9,238 1.00 59.64 Н21В С ATOM 0355 WITH Be 99 $ 2.179 17.87a -6-5 + 2 3.00 60.62 , H21B ATOM B356 but Yu 99 51.325 1? .29 $ -9.215 3.00 60.28 Н21В О ATOM 0 * 57 N TUK 108 $ 2-130 17.940 -7.213 3.00 62.03 Н21В L ATOM 6358 CA TTN 106 53,124 16.643 -6.419 3.00 62.23 H21H C

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In summer 0359 NE TUYA 100 52-626 13.00V -4.381 1.00 63.21 Н21В ATOK 0360 se TUP 100 51.617 19.916 -4.795 1.00 66.99 E! 2 1? ATON B361 CP1 TUN 100 50.253 19.662 - *. 365 1.00 69-20 Nto in ATOM 0362 CE1 TUYA 100 49.326 20.676 -4.719 1.00 69.60 Н21В ATOM 0363 CP2 TUYA 100 52.026 21.219 -4.570 1.00 67, $ 4 H 21V ATOM 0364 CE2 TUI 100 51.109 22.238 -4.423 1.00 70.27 Н21В ATOM 0 365 cg tour South Ossetia 49.757 21-960 “4-499 100 69.00 H2 1V ATOM 0 366 he TOUR Law 40,046 22-975 -4-357 ] -00 60.94 Н21В ATOM 6367 with TUYA Law 54.4 67 17,916 -6.412 1.00 61.98 Н21В ATON 0368 0 TUYA jur 55.521 10.539 -6.522 1.06 63.43 Н21В ATSN 8369 N SBU 101 54.432 16.595 -6.292 1.00 59.53 H21YO ATSN 0370 CA SBU 101 55.663 15.839 -6.187 1.00 55.46 H2 1V ATOM 8371 with SBU 101 56.609 16.052 -7.351 1.00 52.91 H21E5 ATON 0372 0 C1U 101 57.785 15.688 7.281 1.00 52.82 Н31В ATSN 0 373 I NOT 102 56.099 16.64V -AT 21 1.00 5'1 - 64 H2) B ATOK 8374 CA MEG 102 56.917 16.931 -9.603 1.00 19-55 Н21В ATON 8375 NE MET 102 57 .Y41 18-IV “9.33 * ten" 15.02 Н21В ATON 8376 ss MET 102 57.120 19.441 -9.291 1-00 10.44 NIV ATSN 8377 Εϋ MET 102 57.93 * 20.655 -0,250 1.06 32.66 Η21Β ATSN 8378 CE MET 102 51.347 22,003 -8.992 1.00 41.41 Н21В DTO 8379 0 MET 102 57.755 15.726 -9.98 5 1.00 50.20 Н21В ATOM 8380 0 MET 102 58.9ΒΞ 15.751 -9.873 1.00 50.67 ΕΙ2 1V LTSN 3301 I A38 103 57.0В4 14.672 -10.433 1.00 4 9.62 ntov ATOM 3362 CA ΑΞΡ I13 57.756 13.426 -10.157 1.0V 47.87 NEVER ATOM zzez SR DER yuz 56.997 12.23V -10,136 1-00 49-30 ΗΞ1Β ATON 8304 SS D5R yuz 55.590 12.042 -10-129 1-00 50.40 NIV ATON 8385 OSI AZR 103 55,000 12.937 -11,449 1.00 4 9.77 Н21В ATON 8386 002 D8R : oz 54-906 10-970 -10,469 1-00 49. 50 Н21В ATON 8387 0 ABP yuz 57.690 13.250 -12,272 1.00 4 5.83 Н21В ATOM 8380 0 ABP 103 58,508 12,306 -12.745 1.00 44.29 ΪΙ21Β ATON 8389 N UDE 104 5? .314 14.1B7 -13.029 1.00 42.93 H21N ATON 8398 CA UDS 104 57.535 14.22 * -14.471 1.00 42.13 Η2 1 V ATON 8391 se UD B 104 56.421 13-493 -25.204 1.00 42, 15 Н21В ATON 8392 CC1 7dB 104 56.696 13.618  16.763 1.00 38-31 cornfield ATOM 8393 CC2 UD B Ju4 56.33 * 12-035 “Э4Ю46 1-00 39.0? Н21В ATON 839 " with UDE 104 57.539 15.659 -14.941 1.00 41. 93 NIV ATON 0395 0 UAY Yu'4 56-61] 16-399 -7 4.64 5 1-00 4 3.6 " ΗΞ1Β ATOM 8396 n tar Ju5 58.562 16-053 -Y-692 1.00 41.64 NIV ΑΊΏΜ 8397 CA TAP Ϊ05 58,631 17,430 -15,202 1.00 41.31 Н21В ATON 8398 NE TIR Ju5 59-909 18-032 -55,060 1.00 37.00 ΗΞ 1V ATOI 5399 SS TAP 105 60,236 18.127 -24.398 1.00 32.56 ΗΞ1Β ATOM 3400 CO2 TIR 105 £ 0.423 19.323 -13.638 1.00 30.58 Н21В ATOM 5 * 01 CE2 TKR 105 60.619 18.935 -12.293 1.00 31.25 Η2ΪΒ ATOM 8402 Cez TIR 105 60.4 * 9 20,605 -13.960 1.00 29.62 Н22В DT0I 8403 eo1 TKR 05 60.327 17.087 -13.50V 1.00 32.58 NIV ATON 840 * 11E1 TIR Ϊ05 60.557 17.566 -12.242 1.00 30.54 NIV ATON 8 * 05 CE2 TIR 105 60.831 13.069 -11.26V 1.00 20.75 NYE ATOM 8406 Cez TIR 05 60.663 21.619  12.934 1.00 2B. 89 Research ATON 8 * 0? CB2 TIR 105 60.8 * 9 21.203 • 11.610 1.0-0 29. I cornfield ATSN 8 * 0 " WITH TIR 105 58.393 17.515 -17.706 1.00 43.85 NIV ATOM 0 * 09 0 TIR ! 05 58.790 16-633 -18.162 1-00 4 3.1? Н21В ATOM 8 * 10 N SBU U6 51.749 18.599 -10,134 1.06 40-37 NIV ATOM 0 * 11 CA 6ΕΪ U6 01.772 18-97) -19.533 1.00 54.07 Η21Β ATOM 8412 WITH SBU TOY 59.143 19-475 -39,961 1.00 58.35 Н21В ATOM 0 * 13 0 OBU 106 60.004 19.725 -19.114 1.00 58.59 ΗΞ1Β ATOM 8414 II SBC 3 0’7 59.353 19,626 -21,266 B 00 62.46 Н21В ATOI 8 * 15 CA SBI 107 60.664 20,000 -21.135 B. 00 66.67 Н21В ATOM 8416 NE sl 107 60.6 * 2 20.0 * 4 -23.311 1.00 71.29 Н21В ATOM 8417 se sky 107 59.401 13.460 -23.927 1.00 31.85 Н21В ATOM 841V SR SBI 107 58.376 20.516 -24.264 1.00 07.17 Н21В ATOM 8 * 19 CE1 Sc 107 50.653 21.711 -24.192 1.00 91.77 NIV ATOM 8 * 20 ΝΕ2 SBM 107 57.1В0 20.002 “24.639 1.00 91.59 Н21В ATOM 8 * 21 WITH ek 107 61.091 21.363 -21.256 1-00 60.0 $ Nc 70 ATOM 8 * 2 $ ABOUT EBK 107 62.263 21.694 -20.971 1.00 65.00 H27V ATOM 0 * 23 N eu 108 60-117 22-251 “21-127 1-00 65.26 ΗΞ1Β ATOM 8 * 2 * CA SBU 108 60.402 23.622 t20-7 6 " B - OS 61.19 Н21В ATOM 8 * 25 WITH 6! .Y 108 59,968 24-539 -21.019 1.00 58.93 Н21В ATOM 8 * 26 0 SBU TOY 59,909 24,135 -23,038 1.00 55.89 Н21В ATOM 8 * 27 N TNV Ϊ09 59,638 25-775 -21,514 1.00 53.00 Н21В ATOM 8 * 28 CA TNV 309 59,567 26.817 -22.540 1.00 59.69 Н21В ATOM 8 * 29 se TNV 109 58.03? 27.11 * -22.94 9 1.00 59.41 Н21В ATOM 843ΰ OS1 TNV 109 57,970 28.493 -23.313 1.00 59.56 Н21В ATOM 8431 CC2 TNV 109 57.1 * 0 26.775 -21. 32 1.00 5 V. 39 . Н21В ATOM 8432 WITH TNV 109 60.267 28.070 -22.061 1.00 57.64 NIV ATOM 6433 ABOUT TNV 109 60.P9 25.4 52 -20-903 1.00 5 /, 05 NIV ATOM 8 * 34 N th 110 61.002 28.703 -22.97 7 1.00 56.06 II’V

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ATON Θ4 3 $ CA TEAK 110 61.757 29.905 -22.648 1.00 53.48 Н21В С ATOM 04 36 SR Transnational corporation 110 63.706 29.874 -23.417 1.00 52.52 Н21В С ATOM 04 37 OS1 Transnational corporation and about 62.861 30.153 -24.814 1.00 51.93 n21v and ATOM Θ43Β CC2 Transnational corporation 110 63.806 28.701 -23.226 1.80 51.81 021V C ATOM 04 39 WITH Transnational corporation 110 60.929 31.117 -23.025 1.00 51.1 $ Н21В С ATOM 84 40 0 Transnational corporation 110 60.340 31.170 -24.098 1.00 4 9.6.3 Η2ΊΒ Oh ATSM 04 41 14 UAY 111 60.093 32.086 -22.130 1.00 $ 0.86 n21v and ATOM 0442 Si UAY 111 60.165 33.31V -22.302 1.00 $ .3.09 ΚΞ1Β C ATOM 84 43 NE UAY 111 59.024 33.490 -21.381 1.00 53.31 Н21В С ATOM 8444 051 UAY 111 58.293 34.802 -21.651 1.00 $ 2.94 Н21В С ATON $ 844 SS-2 UAY 111 58.066 32.321 -21,466 1-00 51.69 Н21В С ATON 0446 WITH UL 111 61.127 34.431 -22,230 100 54.49 Н21В С ATON 0 4 47 0 UAY 151 61-634 34-722 -21,139 1.00 54.27 Н21В ϋ ATOM 04 40 N Transnational corporation 112 61,372 35.203 -23.320 1.00 56.71 H21B I ATON 0 4 49 CA Transnational corporation 112 62.345 36.289 -23.315 1.00 50.52 Н21В С ATOM 84 50 NE Transnational corporation 112 63.131 36.134 -24.627 1.00 60.00 Н21В С ATOM 84 51 CC1 Transnational corporation 112 63.445 35.001 -25.044 1.00 60.97 Π21Ε 0 ATON 8452 sagas Transnational corporation 112 64.422 37.103 '21 .437 1.00 5 9.68 Н21В С ATOM 8453 with Transnational corporation 112 61.648 37.622 -23.164 1.00 61 -20 Н21В С Traffic accident 8454 0 TKN 112 60.906 37.975 -23.901 1.00 62-07 Н21В 0 ATSN 8 4 $!> N UAY 113 61.979 38.3 68 -22-123 100 63.91 H21B I ATSN Th 456 CA UL of 61.405 39-692 -21, 939 one . IN 65.56 Н21В С ATON 8457 Joint venture UAY 1’3 60.719 39.J22 -20.578 1.00 65.05 Н21В С ATOM 3 4 59 CC1 UDT, 113 60.727 41.202 -20.438 1.00 63.91 H21H C ATON 0 4 59 C32 UAY 113 $ 9.654 30.771 -28.434 1.00 64.43 Н21В С ATOM 8 4 60 WITH UAY 113 62.457 40.794 -22.039 1.80 67.13 Н21В С ATSN 8 4 61 0 UAY 113 63.230 41.015 -24.106 1-00 68-10 H11B 0 ATON 8162 AND CENTURY 114 62.4 68 11.432 -23.172 1.00 68.21 H21B I ATSN 8 4 63 CA ZEK 114 63.40? 42.508 -23-403 1-80 68.04 Н21В С ATSN 8 4 64 NE Vei 114 64.642 42.060 -24.137 1.00 67.93 Н21В С ATON 0 4 6 $ Sat CENTURY 11+ 6! Ι .689 4.3.086 -24,290 1.00 68.93 H21B Y ATON Th 4 66 WITH ZEK 134 62.795 43.725 -24.8: 9 ] .00 68.45 Н21В С ATON 0 4 67 0 VER 114 61 -95 + 43.509 -25.090 one . 80 67.57 Н21В (1 ATOM 8 4 68 N YAKI 11 $ 63-239 44-945 -23.938 1.80 69.36 H21B I ATOM 8 4 69 CA EEK 115 63.224 45.975 -24.961 1.00 69.76 Н21В С ATOM 8 470 NE EEK 115 63.221 47.152 -24.320 1.00 70.24 Н21В С ATOM 8 47 1 OS CENTURY 115 62.095 41.490 -23.474 1.00 72.93 Η2ΊΒ Oh ATON 84 72 WITH ZEK 115 64.512 45.746 -25.731 1.00 69.56 Н21В С ATSN 84 73 0 CENTURY 115 64.797 44.616 -26.131 1.00 71.8? ΗΪ1Β 0 ATSM 8 4 74 N ABA 116 65.296 46.793 -25.933 1.00 67.08 H21B S ATSN 84 75 CA ABA 1’6 66.653 46.616 -26.42 $ 1.00 66-1 $ Н21В С ATOM 8 4 76 NE ABA 116 67.319 43.449 -25.711 1.80 67.94 Н21В С ATSN 8 4 77 WITH ABA 116 66.718 46.398 -21.925 ]. PS 66-13 Н21В С ATON 8 4 78 0 ABA 116 66.907 45.274 -28.387 1.00 65.19 N? 1V C ATSM 8 4 74 n ZEK 117 66.669 47.484 -20.679 100 66.90 Н21В N ATSN 8 4 80 ate ZEK 1: 7 66.NE7 47.192 -38. South Ossetia one . 00 64.00 NY1V with ATSN 8481 sv EEK 1’7 66.318 +8.133 -30,701 1.00 64.23 Н21В С ATON I'm 4 ag Hard currency EEK 117 66,935 40.950 -32.050 one . 00 63.08 Н21В 0 ATON 0483 WITH EEK 117 6J .403 41.524 -30.222 one . 00 62.28 Н21В С ATSM 04 04 0 ZEK 117 69,081 48.04? -20.347 one . 00 62.29 Н21В 0 ATON 0 405 N Transnational corporation 138 6Y.E10 45.974 -31.316 one . 00 60.82 H21B N ATOM 8 4 86 CA Transnational corporation 110 70.340 46.961 -31.57? one . 00 58.31 Η2ΊΒ C ATOM 84 87 NE Transnational corporation 110 70.612 46.584 -33.050 one . 80 58.63 II1V S ATOM 34 08 0С1 Transnational corporation 118 71.785 47.270 -33.508 one . 00 59.03 NY1B □ ATOM 84 09 seg Transnational corporation 110 69.411 46.933 -33.926 one . 80 $ 5.99 1121V C ATOM 84 90 with Transnational corporation 1’8 71.04 3 40.280 -31.262 1.80 56.38 Н21В С ATON 84 91 0 Transnational corporation 118 70.704 49.334 -31.704 1.00 $ 1-50 B21B 0 ATON 84 92 N Bw 119 72.034 40.206 “30-376 one . 00 53.48 Н21В N ATON 8 4 93 CA Bw 119 72.906 49.337 -30.091 1.00 49.19 Н21В С ATOM 8 491 NE Bw 139 72.642 49-885 -20,693 1.00 47.24 Н21В С ATON 8 4 9 $ SG Bw 119 73.64 7 50.9 $ 2 -20.200 one . 00 40 .71 Н21В С ATON 04 96 With Bw 119 73.521 51.300 -26.829 ’.00 47.72 Ή21Β C ATOM 0 4 97 CE Bw 119 74.717 52.241 -26,443 1.00 47.92 Н21В С ATOM 04 90 N3 B ¥ 5 119 75.119 52.004 -25.016 1.80 50.67 Н21В N ATON 04 99 WITH B5 139 74.375 40.922 -30,200 1.80 47.21 Н21В С ATON 8500 0 Bw 119 74.735 47,761 -29.963 2. 00 45.25 H210 0 ATOM 0 5-az N SUE 120 75.220 49.B79 -10.570 1.80 44.35 11J1V n ATOM 8562 CA SUE 120 76.646 49.612 -30.652 1.80 40.92 Н21В С ATOM 8583 WITH SUE 120 77.327 49. B92 -29.326 2.80 38.50 Н21В С ATOM 8584 0 SUE 120 76.002 50.621 -28.474 ί .80 36.46 J21B 0 ATOM 8585 N T-bills 121 70.506 49.310 -29.114 1.80 36-94 B21B N ATSM 8586 Joint venture REY 121 79.208 40.416 -30.042 1.00 35.27 Н21В С ATOM 858? CA REY 121 79.171 49.390 27-813 3. 00 36.58 , Н21В С ATOM 0508 NE REY 12! 08.132 48.220 -27.030 1.00 34.63 Н21В С ATON Θ589 Si REY 123 »0.452 40-07? -29.285 £ .00 36.69 Н21В С ATSM 0510 WITH REY 123 79,093 50.716 -27.550 1.00 37.73 I21V S

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ATOM "511 0 Air force 121 30.301 51.421 -28.4E7 1.00 35.05 N / 1B ATOM 6512 TO 5 EN 122 80,049 51.047 -26.289 1.00 37.92 Н21В ATOM 6513 CA 5 her 122 81.072 51.998 -25.896 1.00 30.00 Н21В ATOM 6514 NE Yen 122 80.612 52.028 -24.669 1.00 39.55 Н21В ATON B515 OS Yen 122 79.516 53.676 -25.028 1.00 41.26 Н21В ATOM 6516 with Yen 122 82.326 51.205 -25-55 / 1.00 3Θ.01 N21E ATOM 851? 0 5EK 122 82.277 50,222 - / 4.805 ! .00 39.66 NCD ΑΤΩΜ 8518 Ιί UL 123 83_451 51. 617 -2Y.Ts4 1.00 37.51 Н21В ATOM 8519 DG UL 123 84.702 50.973 -25.770 ϊ .00 36.15 Н21В ATOM 65/0 sv UAY 123 85.5 / 5 50.643 -27.024 1.00 34.75 112 1B ATOM 8521 Sat UL 123 86,827 49.988 -26.615 1.00 32.49 Н21В A'GOM 6522 CC2 UAY 173 84,713 49.721 -27.955 1.00 31.95 3921B ATOM 8523 WITH UAY 123 35.529 51. B54 -24.351 1.00 35.96 nzvz ATOM B524 0 UAY 123 85.920 52.952 -25.230 1.00 37, 71 Н21В ATOM 8525 N RNE 124 85.776 51.362 -23.639 1.00 Zl, 63 Н21В ATOM 6526 CA RNE 124 86.671 52.014 -22.68V 1.00 33.18 Н21В ATOM 8527 CH RNE 124 86.068 52.139 -21.319 ’.00 29.90 Н21В ATOM 0520 ss RNE 124 34.735 53.005 -21.322 : .00 30.01 N21EZ ATON 8539 GB] RNE 124 84.835 84.36 $ -21.582 1.00 30.04 Y21V ATOM 8538 Pops RNE 124 ae. 544 52.971 -21.043 1.00 26.06 1921B ATOM 8531 CE>. RNE 1/4 83.75? 55.106 -21.560 1.00 2B.02 Н21В ATOM B532 CE2 ΡΉΕ 124 82.411 53.279 -21.022 1.00 27x96 Н21В ATOM 8533 C2 RNE 124 82.526 54.639 -21.279 1.00 20.11 (121V ATOM B534 WITH RNE 124 87,966 51.242 -22.531 1.00 33.73 Н21В ATON 8535 WITH RNE 124 87.992 50.015 -22.596 1 .0 $ 34. ? / Y21V AGON 8536 l FIG 125 39.069 51.960 -22.314 1.00 35.69 Н21В ATOM 853? Sat REB 125 39.202 53-424 -Ξ2.35Θ 1.00 34.56 Y21V ATOM 8530 CA RIO 125 90.351 51.311 -2 / .04O 1.00 36.09 Н21В ATOM 8539 NE RNO 125 91.357 52.406 -22.339 1.00 34x77 ngv ATOM 6540 SG> RNS 125 90-632 53.632 -21.941 1.00 34.93 H2 1V ATOM B541 with Ryo 1Ζ5 50.-B1? -2SK59V 1-00 35.79 Н21В ATOM 8542 0 RR.O 125 90,196 51.553 -19.645 1.00 36.75 Η / ΙΒ ATON 6543 to LIE 126 90.911 49.565 -20.449 1.00 35.96 Н21В ATOM 6544 CA Bw 126 91.369 49.067 -19.155 1.00 38.37 I210 ATOM 8545 ev Bw 126 90.912 47.623 -18.959 1-00 36.93 Н21В ATOM 6546 Sat Bw 126 39.403 47.434 -19.047 1.00 33.95 Н21В ATOM 8547 SB1 Bf 126 39.058 4b.042 -1Y.690 1-OS 30.64 ΗΞ1Β ATON 8Ξ4ΕΙ SB2 Bw 126 08.71 ·] 48.406 -18.114 1-00 33.63 Н21В ATON In $ L9 WITH yi 126 92.897 49-153 -18.994 1.00 41.03 E521YO ATOM 8550 0 Bw 126 93.620 40.185 -30.2Ϊ2 1-00 40.02 M21V ATOM 8551 N ΛΐΛ 127 93.361 $ 0.322 -35.560 1.00 44.45 Н21В ATOM "552 SL Λ1Α 127 94.78 9 5P.6O5 -1Y.4 / 3 1.00 48.51 Н21В ATOM 8553 NE D1L 127 $ 94.96 82.014 -17.060 1.00 4 6.45 Н21В ATOM "554 with ΛΕΑ 127 95.52 ϊ 49.596 -17.546 1.05 51.79 1Ε21Β ATOM 8555 0 YES 127 94,996 49.10? -16.552 1.00 50.46 ίί / 1Β ATOM $ 55 I RNO 12" 96.778 "9-295 -17,902 1.09 55.34 Н21В ATOM 855? Si PPO 125 97.532 49.965 -19.971 1.00 58-16 Н21В ATOM 8550 CA PPO 1/8 97.578 48,269 -17,232 1.00 61.96 Н21В ATON 6559 NE RNO 128 93.792 40.112 -10.141 1.00 61. $ 6 Н21В ATOM 8580 ss RNO 128 98.925 49.434 -18.799 1.00 59- $ 8 Н21В ATOM 8561 with RNO 128 97.966 48.604 -15.0115 1.00 66.51 Н21В ATOM 85 62 ΰ RIO 128 98.194 49.86? -15.551 1.00 67.81 Н21В ATON 8563 n Yen 129 98.041 47.697 -14.926 ] .00 71.65 Н21В ATOM 8564 CA HER Y 129 98.263 47.930 -13.496 1-00 76.44 Н21В ATOM 8565 sv BAY 129 98.539 46-594 -12.778 1.00 76.07 Н21В ATOM 8566 ABOUT Yen 129 97.610 45-589 -13.171 1.00 74.76 Н21В ATOM 8567 WITH Yen 129 99-444 48,575 -13,269 1.00 VO.19 Н21В ATOM "56" 0 Yen 129 100-343 48,974 -14.109 1.00 V1.78 Н21В ATON 8569 AND B7 Ϊ 35 104,091 39.639 -Ι2.1Θ9 1,00119.83 I / 1B ATOI 3570 smiling 6Τ.Ϊ ’35 105.514 39.440 -12.396 1.00119.78 N / 1B ATOI 5571 with Be Ϊ 35 106.108 40.38? -13.424 1x00119.10 NY1N ATON 8572 0 Life 135 106.01? 41.611 +13.233 1x00120.34 Not in ATOM 8573 l SUE 136 106.728 39.823 -14.458 1.00116. $$ Η21Β ATOI 8574 CA Life 136 107.222 40.631 -15.557 1.00111.70 Н21В ATON 8575 WITH SUE 136 106.106 40.963 -16.526 1.00107.95 Н21В ATSN 8576 0 Be 136 106,272 41.761 -17.444 1.00103.38 Н21В ATCI 8577 N tin 137 104,957 40.331 +16.313 1.00103.31 Н21В ATSN 8578 CA -GNY 137 103.792 40.520 -17.166 1.00 97.63 H21B ’ ATON 8579 sv tin 137 103.096 39-171 -17.453 1.00 93.99 Н21В ATOM 8580 001 APHID 137 102.619 38.501 -16.315 1.00100.61 Н21В ATOM 0581 CC2 tn 137 103.979 38-ΐ $] -18.314 1.C0 99.04 Н21В ATOM J582 WITH shadows 137 102.783 41-458 -16.512 1.00 92.44 Н21В ATOI 5583 0 aphids 13? 102.556 41.394 -15. 303 1.00 91.69 . n / 1v ATOI 8584 N ABA 13" 102.188 42-335 -17.316 1.00 $ 6.07 Н21В ATOI 8595 CA ABA 13" 101.075 43.159 -16. 061 1.00 $ 79.4 ΗΖ1Β ATOM 3596 NE ABA 13" 101,440 44.631 -16.949 1.00 79.63 HP1B

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ATON 3507 WITH ABA 130 99.834 42.371 -17.704 1-00 /4.95 V? 1V atom " 050® ABOUT ABA 138 99.937 42.520 -10.004 1.00 73-0? Н31В ATOM 8589 μ ABA 139 98-663 13.000 17.007 1-00 68.95 NC 1B ATON 8 590 CA ABA 139 97.434 42-793 -1? . 704 1-PO 63.12 Н21В ATON 0 591 NE ABA 139 96,407 41.900 -16.944 1.00 63.98 Н21В ATOM 859? with ABA 139 96.716 44.11 $ -10.104 1.00 60.62 NC 1B ATON 8593 WITH ABA 139 96.10? 45.045 -17.309 1.00 59.40 Н21В ATSN 8594 n LEU 140 96,154 44.19? -19.306 1.00 55.59 Н21В ATON 8 595 CA yee 140 95.516 45.408 -19.795 1.00 51.29 K21V ATSN 8596 NE Bw 140 96.535 46.309 -20.494 1.00 50.00 H2 1V ATON 8 597 se yee E40 97.142 45.783 -21.799 1.00 50.41 Н21В ATON 8598 Οϋΐ fuck 140 96.234 46.074 -22.908 1.00 49.55 H21N ATON 8599 C 02 Bj 140 98.506 46.382 -22.014 1.00 49-82 Н21В ATOM 8 600 with iev 140 94.501 44.927 -20.003 1.00 49.58 Н21В ATON 8601 r? YEI 140 94,544 43.765 ‘21 .210 1.00 48 = 65 NC 1c ATOM 860? and SUE 141 Ch3.60C 46.VD9 -21.379 1-00 47.4? Н21В ATSM 0 693 CA Zu 141 92.618 45,412 -22.2018 1.00 47.38 NC 1B ATSN 8 604 with SUE 141 91,581 46,490 -22.437 1.00 47.35 Н21В ATON 8605 with SUE 141 91.850 47.659 -22.143 1.00 47.11 Н21В ATON 8 606 N CPS 142 90.406 46.127 -22.931 1.00 47.21 H2 1V ATON 8 607 CA SUB 142 09.360 47.120 -23.024 1.00 47.00 621V ATON 8 608 WITH CPS 142 B7.936 46.620 -22.701 1-00 43-01 Н31В ATON 8609 0 CPS 142 07.595 45.495 -23,137 1-00 43.06 Н21В ATON 8610 sv CPS 142 09.459 47.844 -24.311 1 -00 50.45 NC 1B ATON 3611 56 CPS 142 08.901 46.864 -35. B34 1-00 59.47 Н31В ATSN 8612 L b 1 43 07.119 41-474 -23.161 1-00 38.35 Н21В ATOM 8613 Sa LEU 143 05.750 47.140 -21.766 1.00 34.87 Н21В ATON 8614 NE LES 143 05.345 47.929 -2-0.513 1.00 35.06 Н21В ATON 8615 se b £ <1 143 VZ.V70 47.892 -20.078 1.00 33-46 Ts21V ATOM 8616 C01 Bw 143 63.550 46.536 -19.534 1.00 32.08 Н21В ATOM 861 Ϊ C 02 Bw 143 B3.602 48.964 -19,035 1.00 31.90 Н31В PBX 8618 WITH bj 143 64 -7V? 47.485 -22.ΒΘ6 1.00 34-34 Н31В ATSN 8619 0 yyy 143 04.717 48-6 + 3 1-00 31.63 NC 1B ATON 8620 I UAY 144 64.047 46.480 -23.313 1.00 34.4? Н31В ATSN 8621 CA UAY 144 03.069 46.720 -24.419 1.00 35.66 NC 1B ATSN 86 ?? SR UAY 144 03-163 45.660 -25.533 ] -00 34.46 Н21В ATOM 8633 S-31 UAY 144 62.303 46.023 -26.664 1.00 35.75 OUT 1B ATOM 8 634 CVD UAY 144 44.594 45.556 -26.64? 1.00 33.35 Н21В ATSN 8625 with UAY 144 81.6BZ 46.690 -23.703 1.00 38.56 Н21В ATOM 8626 0 UAY 144 01 .134 45.630 -23.450 1.00 38.50 Н21В ATOI 8 627 Bub 145 61.120 47.079 -23.630 1.00 38.J9 n21v ATOM 8 628 CA Bub 145 79.997 48,085 -22.734 1.00 39.76 1121B ATON 8629 NE Bub 145 VO.342 49.261 -21. B01 1.00 41.45 Н21В ATON 8 630 SS Boo 145 79.3B5 49.49? -20.642 1.00 41.62 L21V ATON 8631 with Bub 145 VO.143 4 9.965 -19, -115 1.00 44. $] Н21В ATSN 8632 CE Bw 145 79.965 51.461 -19.152 1.00 47.71 Н21В ATSN 8633 547. Bjuz 145 78.551 51.012 -10.706 1-00 52.04 Н31В ATSN 8 634 WITH Bjuz 145 78.725 48.367 -23.548 1.00 + 0-29 Н31В ATSN 8635 0 Bw L 5 78.164 18-101 -24.546 1.00 37.61 Н21В ATSN 8 636 N DYAR 146 77.620 47.146 -33.134 1.00 41.41 Н21В ATON 8 637 CA AZR 146 76.255 48-156 ‘33, 490 1.00 42.07 Н21В ATSN 8 638 NE AZR 146 75.99? 49-579 -33,900 1.00 44.43 Н21В ATSN 8639 SS AZR 146 75.619 49.625 -21.539 1.00 49.02 Н21В ATSN 8640 001 AZR 146 75.2? 7 48,554 -21.020 1.00 49.91 H21N ATON 8641 002 AIR 146 75.70Θ 50.715 -20.915 1.00 52.70 L21V ATON 8642 0 AIR 146 75.813 48.059 -24.933 1.00 40.90 L21V ATON 8643 about AIR 146 75.371 49.021 -25.475 1.00 40.19 Н21В ATON 8644 I TUN 147 76.012 46.895 -25.545 1.00 39.23 Н21В ATSN 8645 CA TUN 147 75.641 46.677 -26.939 1.00 4 o, oz Н31В ATON 8646 CE5 TUN 147 76.847 46.185 -27.733 1.00 30-54 Н31В ATSN 864? se TUN 147 77.413 44.072 -37.241 1-00 30.05 Н21В ATON 8648 C01 TUYA 147 77.005 43.660 -37.199 1.00 36.64 Н21В ATSN 864 9 CE1 TUI 147 77.505 42-45? “37-406 1.00 35.07 Н21В ATON 8650 with? TUI 147 70.409 44.042 -? 6,261 1.00 37.10 Н21В ATSN 0651 CE? TUI 14? 70.989 43,646 -35,863 1.00 36.14 Н21В ATON 8 652 cg TUN 147 70.583 42,458 -26,445 1.00 35.73 H2111 ATON 8653 he TUN 147 79.340 41,390 -26.130 1.C0 33.54 Н21В ATOM 8 654 with TUN 147 74.531 45.663 -27.090 1.00 41.03 1121B ATON 8 655 with TUN 147 74.063 45.055 -26.121 1.00 39.01 Н21В ATON 8 656 I RNE 148 74.03Θ 45.476 -28.321 1.00 4 2.76 Н21В ATSN 8 657 CA RNE 148 72.920 44.579 -2.B. 509 1.00 44.00 11218 ATON 8 653 sv RNE 14B 71.654 45.101 -27.916 1.00 41.16 N? 1B ATON 8 659 CE RNE 148 70.495 44.14E ”30.013 1.CO $ 1.60 . Ή21Β ATON 8660 Οϋΐ RNE 148 69.B85 4.1.904 -29.231 1.00 52.66 Ή31Β ATSN 0661 with? RNE 148 70-046 43-464 -26.893 1.00 53.30 Н21В ATON 8 66? CE1 RNE 148 60.961 43.002 -Ϊ9.336 one . SO 53.99 Н21В

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ATOM 6663 CE2 RNE 14B 69.023 42,561 -26-992 1 .OR 54.37 Н21В С ATOM 8664 CE RNE 14Θ 68,426 42.329 -28.210 1, 00 55.54 H21Y C ATON £ 665 WITH RNE 140 72.690 44.4? 4 -30.08? 1. CHO 43.47 N21B S ATOM 8666 0 RIE 140 72.795 45,454 -30,809 1.00 43.90 H21Y 0 ATOM $ 667 N RNO 149 72,363 43-279 -30.577 1.00 43.17 N21B 0 ATOM $ 668 With ro 149 71.9? " 43.094 -31.969 1.00 43.32 Я21В, С ATOM $ 6b9 CA ryo 149 12,424 42,006 -29.863 1.00 44.42 Я21В С ATOM £ 670 NE RNO 149 71,744 41.033 -30.810 1.00 42.40 H21Y C ATOM B673 SS RNO 149 72.009 41.596 -32.152 1.00 41. Ϊ7 NYZV S ATON In 672 WITH RNO 149 73,871 41.627 -29.635 1.00 44.50 Я21В С ATON B673 ΰ RNO 149 74.748 42.479 -29.663 1 .00 46-03 Я21В О ATOM B674 n thai 153 74.116 40.342 -29.413 1.00 44.54 Н21В N ATOM £ 675 CA tao 150 75.42 39.764 -29.666 1.00 45, $ 9 Н21В С ATOM 8676 sa thai 150 75.544 36,405 -28.977 1.00 46.9V Н21В С ATON 8677 st is eating 158 75,465 36,451 -21,465 1.00 48.70 H21Y S ATOM £ 678 with ost 150 76.923 36.263 -26.021 1.00 49.41 H21Y S ATOM 8679 OE1 ost 150 17,643 ZE.2O5 -26.905 1.00 48.89 H21B about ATOM £ 680 About £ 2 is eating 150 77,073 37.178 -26.241 1.00 48.71 ίΐ21Η About ATON £ 683 WITH is eating 150 7 5.507 39.577 -31.172 1.00 44.93 Н21В С ATOM B682 0 is eating 150 74,527 39.707 -31.086 1.00 45.62 Н21В О ATON 8683 14 it 151 76.600 39.108 -31. $ 76 1.00 42.4? Н21В N ATOM £ 684 With RNO 151 76.847 30.646 -33-034 ] .00 40.8) Н21В С ATON £ 685 CA RNO 151 77.943 39.164 -30-940 1.00 42.36 Н21В С ATON £ 686 NE RNO 151 79.608 38-010 -31 .588 1.0-0 40.92 N21B S ATOM ¥ 68? ST RNO 151 70.279 38,116 -33,025 1.00 39.66 Н21В С ATOM ¥ 688 WITH RNO 151 70.701 40,498 -31.1С4 1.00 42.20 ΕΙ21Β C ATOs 8689 0 RNO 151 78.303 41.359 -31.674 1.00 43.31 N? 1 V 0 ATON 8699 to UAY 152 19.796 40.624 -30.374 1.00 40.37 n21v μ ATON 9693 CA UAY 152 00.856 41.531 -30.763 1.00 39.57 82 1 V C ATON 8692 se UAY 152 01.098 42.617 -29.609 1.00 39-8 $ Н21В С ATON £ 693 ST1 UAY 152 79.869 43.496 29-55 $ 1-OB 40.66 Н21В С ATOM 6694 CC2 UAY 152 01.432 41.967 -20.355 1.00 38.69 Н21В С ATOM ¥ 695 with UL 152 82.112 40.699 -30.924 Ι, ΰΟ 40.03 Н21В С ATON £ 696 about UL 152 02.258 39.655 -36.288 1-00 38.78 Н21В 0 ATON ¥ 697 l tin 163 83-018 41.12C -31.700 1.00 40.25 Н21В N ATON £ 69 £ CA tn 153 04.279 40,431 -31.900 1-00 42.37 Н21В С ATON 8699 sv TNV 153 04.458 39.941 -33.336 1.00 44.70 Н21В С ATON th? o <1 OS1 chan 153 04-342 41,054 -34.231 1.00 19.27 Н21В 0 A1'0m 8701 OS2 TNV 153 03.372 38.916 -33.683 1.00 4b. 36 H210 C ATON 8702 with chan 153 05.399 41,392 -31.504 1.00 43.32 Н21В С ATOM 8703 0 chan 153 05.273 42.599 -31.688 1.00 44.64 N? 1V B ATOM 8704 I UAY 154 06.485 40.871, 30.941 1.00 43.33 I21B th ATON ¢ 705 CA UAY 354 07.508 41.733 -30-518 1.00 42.40 Ή21Β C ATON 8706 se UAY 154 07.654 41.84 2 20.905 1.00 4 0.02 Н21В С ATOM 8707 SY1 UAY 154 88.723 42.809 -20.587 1-00 39.30 ΗΞ1Β C ATON 8 708 SY2 UAY 154 06.336 42.294 -20.452 ) .00 39-01 ΗΖ1Η C ATOM 8709 with UAY 154 88.944 41.253 -3:, 038 1.00 44.23 Н21В С ATON 8710 and UAY 154 09.225 40.061 -31.084 1-00 45.14 Ή21Β 0 ATON 8711 N VER 16 $ 89,779 42.199 -31.436 1.00 46.16 Н21В N ATOM 871? CA YAKI 155 91-058 41-89A -32.653 1.00 49.14 Н21В С ATON 3713 sv Yaw 155 90,953 42.124 -33.560 1.00 50.30 n21c s; ATOs 8714 ss 5 JAN 155 97,? 05 42,456 -34.151 1.00 52.09 Н21В О ATOM 0715 with Yaw 155 92.100 42.030 -31.429 1.00 51.51 Н21В С ATOs 0716 0 5 EN 155 91,742 43.875 -30.870 1.00 52.21 Н21В О ATON 8717 N TNV 156 93.377 42.461 -31.500 1 .00 51.65 M21V n ATON 8718 CA TVR 156 94.425 43.269 -30.892 1.00 53.25 N? 1V C AT0Y 8719 se you* 156 94.963 42.583 -29.636 1.-00 51 .36 ΗΞ1Β C ATON £ 720 Sat TER 156 94.025 42.624 -23.473 1.00 48.72 Н21В С ATON £ 721 CO? TER 156 93.881 43.691 -27.533 1-00 4b,? B Н21В С ATON 8722 0E2 TYR 156 92.913 43.291 -26.592 1.00 45.15 N21E S ATON 8723 Cez TKR 156 94.477 44,943 -27.396 1, 60 43 .BO Н21В С ATON 8724 0Ώ1 TKR 156 93.157 41,645 -28-07? 1.00 47.86 Н21В С ATOM 872 $ ΝΕ1 TVR 156 92.486 42.039 -26.945 1, 90 45.30 Н21В N ATON 0726 CE 2 TKR 156 92.574 44.102 -25-526 1.00 44.56 H21Y C ATOM 0727 Cez TVR 156 94,097 45.745 -26.340 1.00 43.81 n21n s; ATOM 0728 CH2 TVR 156 03,129 45.323 -25.416 1.00 42.87 I21V S ATON 8729 with TVR 156 95.583 43.5? £ -31.320 1.00 56x00 n21, in C ATOM 8730 0 TVR 156 96.211 42.602 -32.380 3.00 55.96 Н21В 0 ATOM 0731 N Α5Ν 157 95.Θ79 44.061 -31.977 1-00 60-61 N ATON 0732 CA AZES 157 96.070 45.209 ‘32 .952 one . (10 64.4) Н21В С ATOM 0733 NE AZES 157 9B.204 44.890 -32.479 1.00 b5, bb Η2ΙΒ C ATOM 0734 se AZES 157 90.725 45.647 -31.206 1.00 66.7V Η2ΙΒ C ATOM 8735 SS1 Anyhow 157 98.1 £ 5 46.697 -ZO.EBO 3.00 6b .57 . Н21В 0 ATOM £ 736 YP2 AZES 157 99.731 45.110 -30-515 1 .00 63.54 H216 0 ATOM 0737 with AZES 15? 96,515 44.625 -34.267 1.00 66.14 Н21В С ATOM 8738 0 AZES 157 9?. 389 44.100 -35.031 .00 66.39 Н21В 0

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ATOM 0739 N ΞΕΕ. 150 05.211 44.546 -34.550 1.00 61.60 Н21В N ATOM 0740 CA ΞΕΡ. 150 04.600 44.092 -35.843 1 .CO 68.35 Ή21Β C ATOM 0741 NE VEN 150 05.100 44.984 -36.968 100 60.48 Я21В С ATOM 074? sa 5 ITS 150 94.376 46.343 -36,736 1-00 69.06 H21E 0 ATOM 0743 with ZEK 150 05.052 "2.650 -36.1 * 1 1.00 69.01 Н21В С ATON 0744 with 5th 1 $ 0 94.963 "2.206 -37.202 1.00 69.30 Н21В 0 ATOM 0745 N 6b ¥ 159 05.4 84 "1.930 -35.103 1.00 69.36 H21B N ATOM Θ746 CA SUE 159 05.702 40.535 -35.255 1. CO 69.70 Н21В С ATOM 0747 with SUE 159 07.200 40.233 -34.819 1.00 70.12 Н21В С ATOM 0743 0 SBU 159 97.450 39.142 -31.331 1. with 69.25 M21V S ATOM 0749 N ABA 160 03.003 41.208 -34.985 1.00 71 .83 N? TV N ATON 0750 SL ABA 160 09.512 41.003 -34.717 1.00 73-36 Н21В С ATOM 0751 NE ABA 160 100.271 42.319 -34.871 1.00 73.77 Н21В С ATON 075? WITH ABA 160 09.731 40.430 -33.320 100 74.01 I21V S AGON 0753 0 ABA 160 100-706 39-892 -33,032 1.00 75.23 Н21В 0 ATOM 0754 N Bjp 161 98-716 40.545 -32.469 1.00 73.29 Н21В 11 ATON 0755 CA Bw 161 58.813 "0,078 -31.093 1.00 71.19 Н21В С ATOM 0756 NE Bp 161 08.713 "1.266 -30.135 1.00 71.12 I21V S AGON 0757 SS B'op 151 09.000 "1.016 -28.659 1.00 70.62 Н21В С ATOM 0753 From 01 Bw 151 100.305 40.403 ‘28 .015 1.00 72.48 Н21В С ATOM 0759 □ □ 2 Bj1 161 08.927 42.322 -27.097 1.60 69-6 $ Н21В С ATON 0760 WITH LIE 161 97.783 39.073 -30.793 1.00 70-20 Я21В С ATSN 0761 ABOUT LIE 161 96.541 39.445 -30.65 = 1 - from 69.33 Н21В 0 ATOM 0763 N TNN ί 62 98.063 31.798 -30-694 1-00 69.03 Н21В N ATOM 0763 CA TNN 162 97.099 36.167 -30.316 1.00 69.44 Ή21Β C ATOM 0764 NE TNN 162 07.074 35,661 -31.444 1 .co 70.49 Н21В С ATOM 0765 0С1 TNN 152 58.431 35.293 -31.752 1.00 72.93 H2) B O ATON 0766 CC2 TNN 152 56.367 36.127 -32.697 1.00 69.B1 I21V S ATON 0767 WITH THY 162 07.417 36.143 -29.024 1.00 69-37 P? 1V C ATOM 0768 WITH TNN 162 96.520 35.057 -28.220 1 .co 68. "4 Н21В О ATSN 0 769 μ BEN 163 03.703 35-943 -28-793 1 -CO 68-17 H21B N ATON 0770 SL ZEK 163 09.130 35.291 -27.550 1.00 68-52 Н21В С ATOM 0711 Sz 5 EN 163 100.646 35-10? -27,571 1, οΰ 68.30 Н21В С ATOM I u r ?. SS VEN 163 101.019 33-934 -26.814 1-00 69.26 Н21В 0 ATON 0713 WITH ZBN 183 58-721} 36.107 -26.319 100 60.15 Н21В С AGON 0714 0 I am 163 CH8.Y6T 37-33? -28,300 100 69.61 Н21В 0 ATON 0775 N SUE 164 58.203 35,419 -25.300 100 66.79 H21B S ATOM 0770 CA C1, ¥ ΐ 64 07.802 36,063 -24,033 1.00 63.70 Н21В С Atin 0777 WITH 'Zu 154 56.541 36,770 -24.043 1 .co 61.53 I21V S ATOM 0778 0 £ b ¥ 164 56.108 37.351 -23.030 Ί .00 59.15 J21B □ ATOM 0779 ν ¥ ab 155 05.851 36.733 -25.200 1 .co 60-65 I31V N ATON 0700 CA ¥ ab 165 54.556 37.360 -25.3Ε1 1.00 61.21 Н21В С ATSN 0 701 NE TEA 165 54.320 37.626 -26.867 ι .so 60.7? ΚΖ1Β C ATSM 0702 CC1 UAY 165 52.357 38.002 -27.064 1.00 61.36 M21V S ATSM 0 703 thesis TEA 165 05.225 38.729 -27.36 = 1 .co 61 .98 I21V S ATOM 0704 with TEA 165 03.400 36.473 -24.342 1 .co 61.45 H21I S ATON 0705 about ¥ ab 165 03.344 35.331 -25.271 one 62.50 H213 0 ATON Y7Y6 N ΕΙΙ5 166 02.716 37.007 -23.903 1 .co 61-14 N21E m ATSN 0707 SL NT 5 166 91-531 36-35? -23-404 1 .co 61.29 Н21В С ATOM 0700 sv NT5 186 0Τ .764 35.067 -2) .964 1 .co 65.46 Н21В С AGON 07B9 ss NT 5 186 51 -2ΐ6 34,496 -21,615 1.00 72 .03 8210 C ATOM 0790 C 02 ΗΙ5 186 91.730 33,267 -21,923 1.00 74. "7 8218 C ATON 0791 N01 ΗΙ5 186 50.012 34,289 -21,051 1.00 74.05 821V K ATOM 0792 CE1 ΗΙ5 166 09.800 32,990 -20.926 1.00 76.37 H21H C ATOM 0793 ΝΕ2 H15 166 50.832 32.347 -21.447 100 76.73 821V V ATOM 0794 WITH H15 166 00.306 37.248 -2E.4E1 ι. ao 5B .26 Н21В С ATOM 0 795 ABOUT ΗΪ3 166 90.102 38.217 -22.728 1.00 57.07 11218 About ATOM 0796 S TNN 167 Ε9.406 36.931 ‘2-1.404 1.00 54-96 H21B N ATOM 0797 SL TNN 167 03.176 37.690 -24.074 1-00 52.16 M2TV with ATOM 0798 sv tn 167 87.855 37.872 -26.06J 1-00 52 -P6 Н21В С ATOM 0799 those! tn 167 09.000 38.412 ‘26 .743 1.00 32.50 Н21В 0 ATOM 8800 thesis tn 167 86.705 38.836 -26.J41 T -CO 50.49 Н21В С ATON 0901 with Transnational corporation 187 86.994 36-98 I ‘23 .883 100 49.74 821V C ATON 000? with· tn ΐ 67 86.444 36, CT? -24-396 100 49.74 Н21В 0 AGON 0803 N RNE 180 86.605 37,506 -22.722 1.00 46.79 Н21В 14 ATON 0804 CA RNE 168 85-631 36,062 -21,854 1.00 44.69 1121V C A'GON 0805 sv RNE 188 85.650 37,497 -20.469 1.00 42.76 Н21В С ATOM 0806 ss RNE 160 06.901 37.114 -19.6Ε2 1.00 41.19 1121V C AGON 0807 From 01 RNE 16Θ 03.035 37.095 -19.707 1.00 48.51 Н21В С ATOM 0808 C 02 RNE 153 Ε6.Θ96 35.976 -18.896 1.00 42.33 Н21В С ATOM 0809 Сё1 RNE 160 89.141 37.551 -18.962 1 .co 40 .28 Н21В С ATOM 0810 CE2 RNE 160 88.003 35.625 -18.148 1.00 41.4 " I73Y S ATOM 0811 Sz RNE 160 09.122 36.411 -18.180 7 .00 "Oh, uh" . Н21В С ATOM 0813 with RNE 160 Ε4.199 36.929 “22.3'73 100 43 -? 1 Н21В С AGON 0813 0 RNE 180 83.8Ϊ9 37-853 * 23-0? 7 1.00 45 .06 821H 0 ATOM 0814 N RVO 169 03.367 35.94? -22-014 7.00 42.61 Н21В And

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ATON B815 With PPO 159 03.602 34.799 -21.1 + 4 1.00 +1 .27 Η213 C ATOM 0816 CA PPO 169 Θ1.976 35.900 -22. + 71 1.00 + 2.04 Η21Β C ATOM B817 NE PP £> 169 01.472 34.54Β -21.975 1.00 +0, 17 1121? WITH ATOM 0813 SS T-bills 169 02.71+ 33.760 -21.619 1.00 39.06 Η21Β C ETON 0813 WITH Ek 169 01.2018 37.061 -21.861 1.00 +1.01 ΉίΙΒ C ATOM 0820 ABOUT PPO 169 01.511 37. + 93 -20.757 1.00 +0.70 ΗΪ1Β 0 ATOM 0821 N ABA 170 00.2-01 37.562 -22,507 1-Οϋ +1.65 Ή21Β Ν ATOM 0022 CA LHA 170 79.512 38.785 -22-10 + 1.00 +3.47 Η21Β C ATON V82E NE ABA 170 73.573 39.232 -23.Ϊ05 1.00 +2.59 Η21Β C ATOM 0Y2 + WITH ABA 170 73.135 38.610 -20.019 1.00 45.43 Н21В С ATOM 0325 ABOUT ABA CO 1J.162 37.5ΪΙ -20.255 1.00 +6.51 Η21Β C ATOM 0826 N what 171 18.0 + 9 39,660 -20. + 65 1.00 + 7.55 Η21Β Ν ATSM 0827 CA UAY 171 77.162 39.592 -J.323 1.00 50.15 Η21Β C ATOM 0823 NE UAY 171 77.78+ 49.305 -10.071 1.00 49.0 $ I21V S ATON 3829 CC1 $ Ab 171 77.820 41.807 -10.207 1.00 + 6-37 Η21Β C ATSN 3830 CC2 Oy 171 77.008 39.969 -16.617 1.00 +1.0+ Η $ 1Β C ATOM 0801 WITH UAY 171 75.921 +0.335 -19.708 1.00 5 +, 76 Η21Β C ATSN 0802 ABOUT UDD 171 76.035 +1.327 -20.502 ] -00 54.16 Н21В 0 ATON 0833 N Bw 172 7+ .7 + 2 39.041 -19,423 Ι, Οϋ 60.45 Η21Β Ν ATOM 0834 CA Bw 172 73.501 + 0.5 + 2 -19.7 + 1 1.00 66.51 Н21В С ATOM 0835 NE 180 OF 72. + 0 $ $ 9.5 + 0 -20.094 1.00 69.05 N21E S ATOM 0836 SS jeo 172 / 2-] 7] 39.4 + 5 -21.602 1.00 71.42 Η21Β C ATOM 8837 CO2 Bw 172 71.366 36.195 -21.963 1.00 70.43 Η2] Β C ATOM 0833 C 02 1Ei 172 71.459 +0.714 -22.037 1.00 71.49 1121C C ATON 3839 WITH LIE 172 73.0Β3 41.390 -J.56 + 1.00 69-6 / Н21В С ATSN 3840 □ Bw 172 73.1-0 + 40.942 -17. + 23 1.00 70.1+ Η21Β 0 ATON 06 + 1 I C1H ΐ 73 72.719 + 2.6 + 0 -10.651 1.00 73.42 Н21В Ν ATSM 0842 CA her 173 72.562 +3.655 -17.62 $ 1.00 77.15 N21E S ATOM 0843 NE SY 173 / 2,867 + 5.026 -16.404 1.00 79.75 Η213 C ATSM 0844 SS SAT 173 7 + .312 + 5-2 + 0 -16.627 1.00 03.55 Н21В С ATSM 3845 with sn 173 75.1’2 +5.732 -17.698 1.00 05.09 Η21Β C ATSN 3846 OE1 ST-N OF / + .129 45.866 -16.5 + 8 1.00 86.03 Н21В Ο ATOM 3847 SE2 SY 173 76.410 46.159 -10.020 1.00 87.0 $ Н21В Η ATON 3843 WITH SY 173 71.166 43.671 -11.216 1.00 70.60 Η21Β C ATON 3849 0 SY 373 70.259 42.965 -17.669 1.00 70.70 Н21В 0 ATON 3850 N Yen 17+ 71.007 44.489 -16.101 1.00 79.3 $ Н21В Ν ATON 3851 SD Yen 17+ 69.697 +4.771 -15.607 1, οο 79.53 ΗΖ1Β C ATSM 8852 SI BEN 17+ 69.8 + 6 45.630 14.3 + 4 1-Ο0 01-67 Н21В С ATON 0853 OS 5 EN U7 + 70.630 + 6-702 -1 +, 601 ], 00 8 +, 7 + Н21В 0 ATON 085+ WITH £ EH 17+ 63.839 45.509 -16.629 1.00 70.22 Η21Β C ATON 0855 0 5 EN 1 / + 67. I1 +5.967 -16.306 1.00 7 7.64 H21E 0 ATOM 0856 N 5 EN 175 69.352 +5.623 -17,605 1.00 76.00 H21B S ATOM 0857 CA 2 EN G / 5 68-610 + 6. $ 61 -16,916 1.00 74.39 Η21Β C ATON 0850 NE 5EN 175 69.153 +7.026 -10.91+ 1.00 74.01 Η21Β C ATSM 0059 03 ZEN Ϊ75 70.555 +7.916 -19.114 1.00 75.07 H21E 0 ATOM 0860 with ZEK 60.060 +5.789 -20,311 1.00 72.21 Η21Β C ATOM 8861 0 ZEN 175 09.037 46.469 -21.200 1.00 71.70 Η213 ΰ ATSM 0862 N SUE 110 60-769 ++, + 42 -20. + 15 1.00 70.15 Η21Β N ATOM 3863 CA SUE 176 68.736 43.815 -21.728 1.00 66.06 Н21В С ATOM 386+ WITH SUE 176 70.029 +3.889 -22.527 1.00 65.20 Μ21Β C ATON 3865 ϋ SUE 176 70.21C 43.127 -23.403 1.00 E + .00 Н21В 0 ATSN 8866 n Bw 177 70.931 44.192 -22.137 1.00 62.07 H213 P ATOM 3867 CA yee ΠΊ 72.1 + 1 +5.050 -22.91 $ 1.00 $ '/, 2 + ΗΪ1Β C ATON 0868 SI b £ o 177 72. + 0 + +6.530 “22.633 1-00 51-31 Н21В С ATSN 0869 ss Bw 177 71.501 + 7. + 26 -2 $ .56 + 1.00 57.05 ΗΖ1Β C ATON 0870 From 01 Bw 177 71.930 + 0..37 + -23-476 1.00 57.20 Η21Β C ATSN 0871 Pops Bw H1 I- + 06 +6.9? 7 * Ζ5, Ο $ 2 1.00 57.12 Я21В С ATOM 0872 with Bw 177 13-351 + 4-71? -22.511 1.00 5 + .53 N21E S ATSN 0873 0 only Τ 77 75. + 20 43,700 -21,405 1 .00 54.03 h21a υ ATOM 087 + N tun 170 14 - 312 44,093 -23.423 1.00 91.17 J21B ι + ATOM 0875 CA TUN 110 15.46+ 43.241 -23.2 + 0 1.00 +0.45 n21z s ATOM 3876 NE TUN 170 15.708 + 2.39Θ -24.408 1.00 50.40 11215 £ ATOM 3877 SS TUN Π6 74.710 41.28+ -24.665 1.00 54.91 Н21В s ATOM 3873 From 01 TUN 178 75.08+ 39.954 -24.470 1.00 56.36 n21c s ATON 3879 CE1 TUN 173 74.190 38.922 -24.662 1.00 5 $ -69 H2 + B C ATON 3800 C 02 TUN 173 73.400 + 1.547 -.25.051 1.00 56.50 Н21В С ATON 8831 CE2 TUN 178 72.499 40.513 -20.251 1.00 57.00 Н21В С ATON 0802 cg TUN 178 72.90+ 39.206 -25-052 1.00 58.04 Η21Β C ATON 0883 he TUN 173 72.01+ $ 0.179 -25.2 + 9 1.30 50.94 Н21В 0 ATON 088 + with TUN 176 76.790 + 3.9J0 -72.927 1.00 + 5, + θ Η218 C ATON 3805 0 thuja 173 76.992 + 5-136 -23,831 $ 1.00 + 2.5 Н21В 0 ATSM 0806 N ZEN 119 77.670 $ 43-512 -22.20 1.00 42.07 Η21Β 1+ ATOM 0507 CA Vei 119 19,000 + Ϊ-01 + -21,992 1, 00 +1 .79 . Η21Β C ATOM 0880 sv ZEN ΐ 79 79.1 01 + 4-676 -20.721 1.00 40.35 H21Y C ATOM 3839 OS ZEN 179 78.480 45.930 -20.606 1.00 39.09 Η710 0 ATOM 0890 with ZEN 179 80.025 47.65? -21.868 1.00 +0.06 Я21В С

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ATCI $ 891 0 5EP 179 79.808 41.Θ08 -20.990 2.00 41.44 H21B th ATON 8892 N Ι.Ε0 180 81.025 42.615 -22.740 3.00 39.48 ΗΪ1Β GS ATON 8893 CA BEO 180 82.168 41.752 -22.495 3.00 CB.55 J21O C ATSN 8854 NE ΕΕϋ 180 82.356 40.749 -23.644 1.00 38.5 " I21V S ATSN 8895 SS Bw 180 82.521 41.250 -25.030 1.00 39.73 H2) B C ATSN 8B96 CB1 ive 180 83 * 775 42.126 -29.212 1.00 40, $ 5 H71V S ATSN 8097 CB2 BEO 180 82 * 624 40.063 -26.010 1.00 39.95 Н21В С ATON 809B WITH BEO 180 83.403 42.620 -22.334 1.00 38.44 Н21В С ATON Ya6E9 about Betz 180 83,321 43.040 -22.463 1.00 38.53 Н21В О ATON $ 000 n ZEK 101 84.5W) 42.011 -22.033 1.B0 37.53 Н21В GS ATSN 8901 CA ZEK 181 95.603 42.731 -22.001 1.00 37.60 Н21В С ATOs 8902 sv Yaw 181 $ 6 * 069 43.318 -20.607 1.00 37.05 Н21В С ATON "903 OS 9 EP 181 85 * 301 "2.431 -19.566 1.00 37.89 H21B th ATSN 8904 with 5EP 181 $ 6.931 41.009 -22.40V 1.B0 ST.52 Н21В С ATSN 8905 0 ZEK 181 56 * 928 40.639 -22.067 1.00 38.90 Ηί to in about ATON 8906 " 8EK 182 87,001 42.334 -23.171 1.00 39.83 H2) V n ATIM 8907 CA EEP * 182 8V * 933 41.528 -23.659 1.00 39.81 Н21В s ATSN 890V sa 5 BO- 182 89 * 139 41.681 -25.166 1.00 39.45 Н21В С ATOM 8909 os Yen 182 90 * 164 40.020 -25.643 ‘00 41.46 Н21В 0 ATSN 8910 with ZEK 182 90.262 41.955 -32-964 1 * 00 40.20 Н21В С ATSN 8911 0 Yaw 182 90 * 544 43.149 -22.828 1.00 38.40 Н23В 0 ATON 8912 N UAY 1 83 91 * 072 40.E67 -22.507 1.00 40.90 Н21В N ATON "913 CA UAB 183 92.24 $ 41.226 -21.767 1.00 42.4E IE1V S ATSN 8314 sv Fab 183 92.213 40.579 -20.356 1.00 41.50 H2] B C ATSN 8915 CC1 UAB 183 93.340 39.579 -20.220 1.00 41.59 Н21В С ATSN 8916 CC2 UAB 103 92.335 41.636 19.273 1.30 S-00 Η2Ι.Β C ATSN 8917 with UAB 183 93.334 40.596 ‘22 -544 1-00 43.8 " Η2ΙΒ C PBX 8910 0 UAB 183 93 * 262 39.46 "-23.007 ; .00 4 3.94 Н21В 0 ATSN 8919 and UAB 184 94.406 41.321 -22.694 Ϊ.0Ο 44.89 H21B N ATOM $ 920 CA UAY 184 95 .714 "0.663 -23-142 1.00 47.11 Н21В С ATSN 8921 NE UAB 184 96.204 41.30? -24.477 1.90 45.90 Н21В С ATON 8923 CVD UL 184 96 * 653 42.736 -24.269 1.00 45.60 Н21В С ATON 8923 CC2 UAB 1B4 97 * 322 49.469 -25.050 1.30 46.59 N21B S ATON 8324 with UAB 184 96 *? 66 4Ο.Θ13 -22.053 1.00 49.55 K21V S ATSN B925 0 UAB 184 96.042 41.ΘΖ7 -21.353 1.00 46.61 ΕΪ21Β 0 ATOs 8926 to GNK 1B5 97.604 39.775 -21.087 1.00 51.80 ΕΙ21Β N ATSN 8927 CA Transnational corporation 185 90 * 753 39.651 -20.986 1.00 54.2 $ Н21В С ATOM 8920 NE Transnational corporation 185 9B.912 30.501 -20.125 1.00 55.24 42) B C ATOs 8929 os1 Transnational corporation 185 99 * 015 .37.434 -20-977 q, 80 57.32 Η2ΙΒ Oh ATOs 8930 CC2 TNV 185 97.72V 36.409 ‘19 .18V 1.30 56.03 Н21В С ATSN $ 931 WITH TNV 185 100.02V 40.027 -21.791 1.00 $ 7.09 Н21В С ATOs 8932 0 Transnational corporation 185 100.246 39.332 -22.793 1.00 56.47 Н21В 0 ATSN 8933 and UAB 186 100.863 40 * 961 -21.340 1.00 63.48 N21V M ATON 8934 CA UAB 186 102.091 41 .354 -22-045 I.00 63.14 Н21В С ATOs 8935 SR UDB 186 10) .634 42.577 -22.931 1.00 63.28 K21V S ATON 8936 GS1 UL 136 100,801 42.232 -24-023 1.00 63.21 K21V S ATON 8357 002 UAB 186 103.306 43.725 -22.082 1.00 63.11 Н21В С ATON 8938 WITH UDB 186 SW, 1Y7 41.719 -21.059 1.00 67.74 Н21В С ATSN 8939 0 UAB 186 102.91? 42.002 -19.909 1.00 67.37 Н21В 0 PBX 8940 N RVO 187 104.453 41.639 -21.505 1.00 72.12 421V N ATON 8941 NE in- 187 104.054 41.036 -22.78V 1.00 71.71 Н21В С ATON 8942 CA rno 187 105.618 42.055 -20.71V 1.00 73.03 Н21В С ATSN 8943 NE REY 187 106.73E 41. B07 -21.659 1.00 72-51 Η21Θ C ATOs 8941 SS PPO 187 106.303 40.741 -22.576 1.00 71.49 421V C ATON 8945 WITH REY 187 105 * 524 43.514 -2Ο.31Ϊ ί.00 76.95 EE21B C ATSN 894 6 0 PPO 187 105.373 41.300 -21.165 1.00 7 8.69 ΕΪ21Β 0 ATCI 894? N ΞΕΡ 180 105 * 610 "3,767 -18-009 1.00 VO.50 H21B N ATON $ 948 SD CENTURY 18B 105-532 "five . 124 -18.464 1.00 62.60 Н21В С ATON $ 949 with Yaw 180 105 * 3? " "5.064 -16.946 1.00 62.32 Н21В С ATON 8350 OS Yaw 188 106 * 304 "4.157 -16.387 1.00 61.51 K21V 0 ATSN 8351 with Yaw 180 106 * 756 45.969 -18 * 019 1.00 63.71 Н21В С ATON 8952 0 EEP 188 106,805 47,170 -18.543 1.00 64.16 n21a about ATSN 8953 N ZEK 189 ten? * 74b 45.331 -19.420 1.00 64.52 Н21В m ATOM 8954 CA ZEK 189 100 * 873 45.014 -20.027 1.00 65.15 H21H with ATSN 8955 NE YOEK 189 103.991 45.015 -20.320 1.00 64.73 B21B 0 ATOM 8956 OS ZEK 189 109 * 521 43.969 -21.154 1.00 64.01 Ts21V 0 ATON 8957 WITH ZEK 189 10B.413 46.671 -21 * 328 1.00 66.33 Н21В С ATOM 8950 ΰ 5EY 189 10V.041 47,777 '21 .675 1.00 65-19 Н21В 0 ATON $ 959 Γί ZEK 190 107.530 45 * 982 -22.04 " 1-00 67.47 Н21В N ATOM 8960 CA Yaw 190 107.116 46.422 -23-36] 1-00 88.98 B21B C ATOI $ 961 sv Yaw 190 106 * 444 "5,262 '24 -102 1.00 69.63 Н21В С ATSN 8962 OS Yaw 190 106 .306 45.516 -25-496 1.00 90.22 EE21B 0 ATSN $ 963 with Yaw 130 106 * 106 47,615 -23.282 1.00 68.95 . Н21В С ATON $ 964 0 5EP 190 105 * 962 40.33 "-24-264 1.00 V9.75 Н21В 0 ATSN 8365 HS BEO 131 105.562 47.825 -22.113 1.00 68.06 H21E1 N ATON 3366 SD Bei nineteen) 104,711 4Θ.990 -21.912 1.00 87.45 I21V S

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ATOM NE Bj11 191 304,104 49.024 -20.474 1.00 00x50 H2 1V ATSM 0 96 " Sat Bw 191 1 (53.41 1 4?.? 94 -19.980 1.00 0 4.99 Н21В ATON 0 969 honeycomb ιχυ 191 103,043 47.973 -18.519 1.00 03.20 !! 2 1 V DGOM ¢ 910 CO2 ive 191 102.159 47.595 -20.019 1.00 0 4.31 AY 1 in ATSN 09? 1 WITH jeo 191 105.534 50.241 -22.192 1.00 08.10 Н21В ATOM 097? ABOUT jeo 191 100,747 50.257 -21.974 1.00 08.93 Н21В ATON 0973 N SUE 192 104,602 51.207 -22.600 1.00 08.53 Н21В ATOM 0914 CA Be 192 105.593 52.525 -22.950 1.00 V9.4? Н21В ATOM 0975 WITH Be 192 100,203 52.577 -24-314 1-00 90.10 Н21В AGON 0976 WITH Be 192 100.279 53.623 -24.911 1.00 90.36 Н21В ATOM 0917 N TNN 192 100.077 51-462 -24,739 1.00 09.29 Н21В ATON 891 " CA THY 193 107.531 $ 1. 396 -26,043 1.00 V8.82 N21B ATOM 8979 NE tn 193 108.970 50,904 -25.928 1.00 V8.80 H2 1V ATOM 8900 0С1 TNN 193 108.890 4 9.601 -25.336 1.00 09.49 I21V ATOM 8901 SB2 TNN 193 109,791 51.861 -25.000 1.00 08.67 Н21В ATOM Θ902 WITH TNN 193 106,795 50,468 -26.992 1.00 TH ".YZ H21N ATON 0983 ABOUT tn 193 107.223 50,261 -28.129 1.00 08.87 Н21В ATOM B904 N BYN 3 94 105.695 49.895 -26.515 1.00 88.58 Н21В ATOM. 0905 CA he 194 104,795 49.153 -27.307 1-00 07.54 Н21В ATON 0996 NE Bm 194 104.771 4 7.011 -27.010 1-00 07.84 Н21В ATOM 0901 Sat Bm 194 103-810 46,633 -27.053 1.00 V7.81 Н21В ATOM 8900 SI BYN 1 94 104-129 46.880 -29.313 1.00 V7.69 I21V ATOM 0999 0E1 <31.N T 94 104,621 47,805 -29. B44 1.00 VE .63 Н21В ATOM 0990 ΝΕ2 BYN 194 103.844 45.780 -30.013 1.00 08.04 N21 V ATON B991 WITH BY1 194 103.391 49.712 -27.337 1.00 06.21 Н21В ATON 0992 0 BYN 194 102.820 49.944 -26.264 1.0 (1 85.43 Ή21Β ATON 6993 s TNN 195 102,313 49.904 -20.514 1-00 04.94 Н21В ATON 0994 CA TNN 195 101.447 53.40V -20.602 1-00 $ 83.6 Н21В ATOM B995 NE tn 195 101.20 $ 51-19 $ -29,918 1.00 E4.72 Н21В ATOM 099 $ PB1 shadows 195 101.519 $ 0-364 -31-043 ] - 00 V4.90 Н21В ATOM 899? Sat? tn $ 19 102.07? 52.443 -29.959 1.00 85.59 Н21В ATOM 8990 WITH tn $ 19 100.521 49-204 -2Θ.547 1.00 VO.05 M21V ATOM B999 0 tn 195 100.749 48.20? -29.227 1.00 79.00 1 (21 And ATOM 9000 N ΤΥΗ $ 19 99-48? 49.289 -27.719 1.00 70.25 Н21В ATON 9001 CA TUYA 196 98.466 48,256 -27.700 ι.ύΰ 76.01 Н21В ATOM 9002 NE ΤΪΗ 196 98.425 47.57? -26.326 1.00 77.04 H21N ATOM 9003 Sat TUK 196 99.601 40.749 -26.040 1.00 79.65 ΗΞ1Β ATOM 9001 SP1 TUN 196 100.730 47.281 -25.342 1.00 81 -P N21E ATOM 9005 CE1 TUN 196 101.090 40.540 -25.132 1-00 81.59 N21EZ ATOM 9006 CO2 TUN 196 99.771 45.449 -26.526 1-CO 80.01 Н21В ATOM 9001 CE2 TUYA 196 100.927 44.100 -26.323 1.00 81.26 H21Y MTOM 9000 C2 TUN 196 101.967 45.251 -25.028 1-00 81.91 H31E ATOL 9009 HE TUN 196 SW.IZ 44.523 -25.455 1.00 81.33 Y21N ATOL 9010 WITH TUYA 196 97.109 40.049 -28.059 1.00 73.03 Н21В ATSM 901 ’ 0 TUYA 196 96,591 49.128 -27.362 1.00 72.39 Н21В ATOM 901 2 N I Ϊ.Ε 1 97 96,653 48.37 * -29.170 1.00 60 .83 H21N ATOL 9013 CA THEIR nineteen? 95,256 48.030-29. 634 1.00 64.42 1321B ATOM 9019 NE NOT 197 95.323 49.442 -31.055 1 .00 63 .76 921V ATOM 9C15 CO2 Ι1.Ε nineteen? 93.93? 49.036 -31.516 2 .00 59 + 55 H210 ATSM 9016 CC1 1b nineteen? 96.21V 50.676 -31.064 1.00 03.09 N? 1 0 ATOM 9017 CE> 1 NOT 197 96.060 51.503 -32.321 ΐ.ΰΰ 06.91 H210 ATSM 9O1V WITH not 197 94.266 47.698 -29.010 1.00 61. 31 Н21В ATIM 9019 ΰ their nineteen? 94.502 46.665 -30.296 + 0O 01.15 NIV ATSM 9020 I SUB 19B 93.140 17.904 -28.990 1 .130 51.57 Н21В ATOM 9021 CA SUB 190 92.029 46.985 -29.052 1 .00 52, 01 Н21В ATOM 9022 with CPS 190 91.039 17.522 -30.085 1.00 41.01 Н21В ATOM 902E P CPS 190 90.580 18.659 -ZO-0O4 1.00 44.41 Н21В ATOM 9024 sv CPS 19Θ 91.394 46.878 -27.605 1.00 52.51 H21YO ATOM 902 $ -OF suz 190 "9-B03 47,023 -27,400 1.00 57.12 Н21В ATOM 9026 at D5M 199 90.735 16.713 -31.080 1.00 44.35 Н21В ATOM 9027 CA house 199 69,775 4? .131 -32.096 1.00 42.21 "210 ATOM 9028 sv D5N 199 90.440 47.172 -33.472 1.00 41.57 £ 21 V ATOM 9029 With AZES 199 91.19? 46.126 -33.630 1.00 39 + 25 N21 V ATOM 9030 001 D5Y 199 91.202 44.937 -33.614 1.00 37-00 "21V ATOM 9031 N02 AND YOU 199 92.743 46.560 -33.710 1.00 37.76 Н21В ATOM 9032 WITH DBM 199 88.541 46.228 -32.110 1.00 40.58 Н21В ATIM 3033 ΰ AYO 199 00.038 45.017 -32.28? 1-00 39.50 H2 1V ATIM 9034 N UAY 200 07.for * 46.855 -31.919 1.00 39.66 Н21В ATOM 9039 CA UAY 200 00.151 40.167 -31.582 1.00 40.25 K21V AT0 " 9036 SY UAY 200 I5_ 492 46.801 -ZO.313 1.00 38.62 821 V ATON 9037 SB1 UAY 209 "1-301 45.920 -29.842 1.00 37.80 Н21В ATOM 9038 SB2 UAY 20 (1 86.530 4'.024 -29.237 1.00 35.75 "21V ATON 9039 WITH UAY 200 $ 85.17 46.252 -32.748 1.00 41.51 . I21V DTOK 9040 0 go goo 65.173 47.212 -33.515 1.00 11.66 I21V AT OK 9041 n A5N "01 84,338 45.239 -32.Θ87 1-00 43-P Н21В ATOM 9042 CA Gas station 201 0 3.46 * 45.1V7 -34.034 1.00 46.02 Н21В

s s s s s s a 0! Ω K O η Π ί π η th C Ω: '! 2 O s s s Ξ N s s s s n s s s s s s s N s

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ATON 9043 NE AZES 201 04.057 44,284 -35.117 1.00 50-18 Н21В ATOM 9044 ABOUT ΑΕΝ 201 Θ4.Ο07 44,956 -36.485 1.00 53. $ 0 Н21В ATOM 9045 Οϋΐ Α3Ν 201 B3.05B 45.422 “36.9 * 1 1.00 55.3 * I21V ATOM 9046 N02 AYO 201 B5.273 45.011 -37.069 1.00 55.20 Н21В ATOM 904? WITH ΛΞΝ 201 82.092 44.686 “33.657 1-011 +6.12 Н21В ATOM 904 $ G DEN 201 B1.946 4 3.641 -33.8G? 1-0 (1 45.78 K21V ATOM 904 * N ΚΙ 5 202 Β1.0Θ2 + 5.4 * 0 -34.865 1.06 46.00 Н21В ATON 905 * SD shz 202 $ 79.71 + 5-037 -33.029 1.00 46.36 Н21В ATOM 9051 NE 1175 202 79.070 45.960 -32.015 1.00 44.13 Н21В ATOM 9052 ss ΉΊ5 202 77.70 * + 5. + 30 -32.269 1.00 42.81 K21YO ATOM 9053 CO2 ΗΙ5 202 77.351 44,169 -32.119 1.00 40.00 Н21В ATOM 9054 N01 ΗΙΕ 202 76.752 45.252 “31.049 1.00 43.89 Н21В ATOM 9055 CE1 H15 202 75.743 45.504 -31.468 1.00 42.77 1121 8 ATOM 9096 ΝΕ2 ΉΪ3 202 76.076 + 4.237 “31.62 3 1.00 40.69 N21 V ATOM 905? WITH H13 202 78,942 45.067 -35.135 1.00 + $. 29 Н21В ATOM $ 905 ABOUT ΉΊ3 202 73.300 46.067 -35-461 1.0 + 1 4 $, 19 Н21В ATOM 905 * N Bw 203 78.987 +3.966 “35.800 1.00 50.80 Н21В ATOM 9060 SD Bw 203 73.281 43.915 -37.151 1.00 53.50 Н21В ATOM 9061 NE B5 203 78,396 + 2. 522 -37.777 1.00 54.50 Н21В ATOM 9062 SS TLE 203 79. $ 0? 42.159 -38.238 1.00 59.30 Н21В ATOM 9063 With 1Ϊ5 203 VO.169 40.651 -37.915 1.00 63.35 Н21В ATOM 9064 CE 1ΪΕ 203 79.219 39.692 -38.598 1.00 $ 6.63 Н21В ATOM 9065 N2 Bw 203 79,247 38. 318 -38.006 1.00 69-31 1121B DTOM 9066 WITH Ι.Ϋ3 203 76.815 44.301 -36.977 1.00 52. $ 4 Н21В ATOM 9067 with Bw 203 76.296 45.132 “37.715 ], 0 "5.3.7 6 K21V ATOM 406 $ N E-B0 204 76.129 43-72 $ -35.979 1.00 51, + 3 Н21В ATOM 9069 With ΡΚΟ 204 76,507 42,008 -34,926 1.00 50.05 Н21В ATOM 907 * CA ΡΡ0 204 74-70? +4.037 -35.050 1.00 51.46 K21V ATOM 9071 NE ΡΕΪΟ 2C4 74.311 43.393 -34.523 1.00 48.83 K21V ATOM 9072 SS ΡΡΟ 204 75.29+ 42.308 -34.338 1.00 40.98 Н21В DTOM 9073 WITH REY 204 74.460 45.533 -35.845 1.00 51-76 NY1 in ATOM 9074 ΰ T-bills 204 73.498 46.021 - 36.431 1.00 52.73 MYDN ATOM 907 $ N BEN 205 75.354 46.25 * -35.-8? 1.00 5Ϊ.9 * 1121B DTOM 9076 SD Yen 205 75,254 47.708 -E5.096 1.00 63.3 $ Н21В ATOM 9077 sv 5 ΕΚ 205 75.774 +8.181 “33-7 + 4 1-00 53.63 Н21В ATOM 907 $ PS Yen 203 75.929 49.585 -33.733 1.00 5 + -2 $ Н21В ATOM 907 * with EEK 205 76-016 + 0.431 -36.203 1.00 53.57 Н21В ATOM 90 $ 0 η EEK 203 75.883 +9.642 -36.354 1 -00 5'3.69 Ή21Β ATOM 9001 N AZES 205 76,810 +7.696 -36.975 1.00 54.02 Н21В DTOM 9002 CA DEI 206 77.6 $ b + 0.31 $ -37,986 1.00 54.69 Y21V ATOM 9003 NE AZES 205 76.796 40.942 -39.077 1.00 52.53 Н21В ATOM 9004 SS AZES 206 76,203 +7.923 -40.060 1.00 52.56 H218 ATOM 90B5 ϋϋΐ AZES 206 75.156 46.030 -40.540 1.00 51.22 Н21В ATOM 9006 N02 Α5Ν 706 77, P? 46.921 -40.373 1.00 51.22 Н21В ATON 9007 WITH AZES 206 78.556 49.373 -37.350 1.00 55.72 K21V DTOM 9000 ABOUT Α3Ν 206 78,725 50.477 -37.067 1.00 56.4 9 Н21В ATOM 9009 N Transnational corporation 207 79,129 49.011 -36.211 1.0a 56.16 1121B ATOM 9090 CA TNN 207 79.997 + 9.892 -35.464 1.00 55. $$ H21N ATOM 9091 NE TNN 207 79.431 50,120 “3+ .056 1.00 5 $ -15 Н21В ATOM 90 * 2 PS1 TIN 207 78.105 50.651 -34.155 1.00 5? -50 I21 A ATOM 9093 CC2 Transnational corporation 207 80.385 51.085 “33-282 1.00 53.38 Н21В ATOM 9094 WITH teak 207 81.36 $ +4.238 -35-354 1.00 57.06 Н21В ATOM 9095 ABOUT TE1K 207 81-475 + 0, 067 -35.000 1.00 56.67 Н21В ATOM 9096 N APHID 20 $ $ 2.41 + + 0. 9 $ 6 -35.675 1.00 56.26 Н21В ATOM 9097 CA aphids 20 $ B3.765 +9.517 -35.437 1.00 59.4 3 Н21В ATOM 9099 NE 1L6 20 $ B4.490 49.263 -36.756 1.00 62.37 Н21В ATOM 9099 SS Bw 2O0 05.846 49.597 -36.585 1.00 68.71 Н21В ATOM 9100 With ΙΛ5 203 06.35+ 40.621 “37.077 1.00 76.76 Н21В ATOM 9101 CE 1la 208 06.050 47,703 -38.944 1.00 85.44 Н21В DTOM 9102 N2 Bw 203 04.784 4B.149 -39.439 1.00 94.2 $ H51P DTOM 9193 WITH Bw 203 84,515 50 . 558 -34.629 1.00 $ 7. $ 2 Н21В DTOM 9104 □ b ¥ s 203 64.623 51 .721 “36.826 1.00 5 $ .10 Н21В ATOM 910 $ N UAY 209 85,029 58.136 “33.476 1-00 54-42 Н21В ATOM 9106 CA ul 20* 85.7 * 1 51.01 * -EY.6O4 1.00 50.92 Н21В DTOM 9107 NE UAY 20* 85.220 51,053 -31.177 1.00 48.81 Н21В ATOM 910 $ CC1 UDD 20* 86.086 51.946 -30.313 1.00 48.17 Н21В ATOM 9109 CC2 UAY 209 63-007 51,556 -31.180 1.00 46.41 Н21В ATOM 9110 WITH UDD 20 $ $ 7,256 50.57 $ -32.4 * 1 1.00 49.62 Н21В ATOM 9111 ABOUT UAY 209 67,520 49. +08 -32.274 1.00 48.07 Н21В ATOM 9112 N AZR 210 $ 8.156 51.521 -32.626 1.00 50.05 Н21В ATOM 9113 CA AEP 210 09.555 51.238 -32.321 1.00 51.15 Н21В ATOM 9114 NE AZR 210 90.43+ 51.542 -33.551 1.00 5 3.47 Н21В ATOM 9115 SS AZR 210 90.10+ 50 . 655 -34.753 1.00 57.01 . Н21В ATOM 9116 ΰοι LOR 210 09,597 49.530 - 34.558 1.00 57-51 N21K ATOM 91’7 □□ 2 ΑΞΡ 210 90,351 51 .085 “E5.9SZ 1.00 60.50 Н21В ATOM 9110 WITH AIR 210 09.995 52.060 -31 .12Y 1.00 49-56 Н21В

and OXOliiihihi and Okhiiiiihi'Og. υυυυυΟζουΟυΟζίΐυυϋζυσζυυϋυυΟζυυυυυζοΟζυυίΐυυΟΟζυυο

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ATSN 9119 ABOUT AZR g y 89 .709 53.260 -31.033 1.00 4?, $ Н21В ATON 9120 N B5 211 90.68V 51.424 -SB.107 ], OS 4 8 - 61 Ή21Β ATSM 9121 CA Bw 211 91.069 52.086 '26 .369 1 LLP 50.47 Ή21Β ATOM 9122 se 1Λ5 211 EV.181 51.613 -21-828 ] -OS 48.9? Н21В ATOM 9123 Mid B ¥ 5 211 96,526 52-210 -26.501 1 LLP 43.07 L21N DTOM 9124 with Bw 211 90,131 53-66 " -26.470 1.00 51.05 Н21В ATON 912 $ CE Bw 211 88,626 53.790 -26,489 one . OS 53.67 Ή215 ATSN 9126 ig Bw 211 80.191 55.222 -26.529 1.OS 57.46 74213 ATOM 9127 with Bw 211 52,510 51.764 -20 . 647 1.00 52.90 1121B ATOM 9128 ABOUT Bw 211 92.950 50.644 -20.710 1.00 52.69 H218 ATOM 9129 N Bw 212 93.276 52.816 -20.304 1.00 $ 6.9 $ Beer ATOM 9130 CA Bw 212 94.631 52.615 -27.335 1.00 59, + 6 PY1V ATON 9131 se Bw 212 95.53V 53.764 -20.204 1.00 61.17 N21E ATON 9132 Sat Bt5 212 53.957 -27.4 <0 Ή2Ϊ0 5 |>. 113 1-00 65.33 ATON 9133 with B $ 212 97,512 56.244 -21,713 1 LLP 70.28 8218 ATON 9134 CE Bw 212 90.557 55.037 -28.832 1 LLP 74.23 3121B ATSN 913 $ yag Bw 212 99,710 54.250 -28.339 1.00 79.11 I21V ATOM 9136 with ug 212 94.581 52.557 -26.326 1.00 60.12 13213 ATON 9137 about Bw 212 94.09V 53.481 -25. 670 1.00 59.63 342 1V ATOM 9138 I UAY 213 95.070 51.450 -25.774 1.00 62.31 8210 ATON 9139 CA UAY 213 95,155 51.335 -24.329 1 LLP 6 $ .05 Η21Θ ATON 9140 Sho UAY 213 94.782 49.926 -23.860 1 LLP 64.7 + Н21В ATON 9141 SY1 UAY 213 94.776 49-073 -22.337 1.60 62.04 821V ATON 9142 SB2 UA1 213 93.127 49.5 + 8 -24.422 1 LLP 63.10 8210 ATON 9143 WITH UAY 213 96 _ 56 + 51-650 -23,875 1 LLP 60.37 821V ATOM 91 44 ABOUT UAZ 213 97.507 50.939 -24.70V 1 LLP 66.65 4421B ATOM 9145 n si 214 96.68V 52.733 -23.120 1.60 73.64 3121B ATOM 9146 CA si 214 9 ?, 07 5 53.188 -22.615 1 LLP 79.05 Н21В AGoM 9147 Sv Co 214 98.196 54.657 -22.EVO 1.60 00,? 2 532 10 ATOM 9148 SS si 214 98.42 3 51.944 -24.465 1.60 83.69 8218 ATON 9149 with ss 214 9P. 60 6 56.425 -21.731 1.60 84 TOT Н21В ATOM 9150 OE1 smiling 214 90x337 56.750 -25.740 1.60 e +, 4 $ 8218 ATON 9151 OE2 si 214 96.239 57.266 -23,916 1.60 84.40 Н21В AGON 9152 WITH si 214 98.009 53 .041 -21.100 1.60 03.50 N21B ATON 9133 0 e; 214 96-901 52.614 -20,463 1 LLP 83.70 E421YO ATOM 9154 N RIO 21 $ 99-199 $ 3.164 -20,505 1 LLP 86. EV Н21В ATOM 9135 With PPO 21 $ 100,495 52.095 -21.1E1 1 LLP 87 .43 Н21В ATOM 9 1 56 CA RIO 213 90-349 53.256 -19.049 1 LLP 91.04 Η2ΪΒ ATOM 9157 NE RIO 215 100,858 53. 356 -18.852 1.00 96.16 Εϊ2 ί B ATOM 91 58 Sat PPO 215 101,419 52.646 -20.051 1.00 8V TO9 821V ATOM 9159 with RKO 215 98.620 54.468 -18.466 1.00 96.26 "21V ATOM 9160 0 PPO 215 98,343 55.433 -19.167 1.00 96.59 (121V ATON 9161 N Bw 216 98.315 54.402 -17.17? 1.00102,66 IN B ATOM 9162 CA Bw 216 97.4 99 55 .119 -16,521 1.00109.92 H21B. ATOM 9163 NE Bw 216 97x121 54.949 -15.100 1 LLP) I, 68 Н21В ATON 9164 SS Bw 216 96.407 53.556 -15.053 1.043126 TOY N? 1B ATON 9165 With Bw 216 96.274 53-079 -13.613 ιtos12b, GB ΕΕ21Β ATON 9166 Sho Bw 216 95.639 51.609 -13.570 1TOC131.5? Н21В ATOM 9167 07. Bw 216 05-637 51.000 12-205 1.00135.66 H21 ATOM 9160 WITH Bw 216 98.209 $ 6.776 -16,448 1, 00111.87 H21 ATOL 9169 WITH Bw 216 98-520 $ 7.236 -15.326 1.0011 3.12 Н21В ATON TECH 9170 9171 SCT Bw Bw 216 216 98-451 57.368 -17.510 1,00114.65 "21a H21B

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Table 16.4

ATOM one NE TAP 453 -29.096 34.072 11.297 1.00 62.90 Α WITH ATOM ?, se TNR 453 -2Θ-2ΒΘ 34-936 10.370 1.00 6 +, 93 Α WITH ATON 3 C 02 TNR 453 -27.397 34.492 9.339 1.00 £ 6.48 Α WITH ATSM four CE2 TNR 453 26.843 35-642 8,742 1.00 67.05 Α WITH ATSM five Cez tnr 453 -27.013 33.233 8,865 1.00 67.25 Α WITH ATSM ABOUT SEN TNR 453 -28.2 + 1 36,301 10.353 1.00 65.59 D WITH ATSN 7 ΝΕ1 TNR 453 -27.375 36.733 9.378 1.00 65.65 Α Ν ATSN AT £ 22 TNR 453 -25.924 35.571 7.694 1.00 67.23 D WITH ATSN 9 £ 23 TNR 453 -26.180 33.165 7.624 1.00 67.18 Α £ ATCI ten CH2 TNR 453 -25.566 34.327 7.252 1.00 67.55 Α WITH ATSM eleven WITH Tör 4 53 -27.142 33.092 12.528 1.00 59.11 Α 0 ATOM 12 0 tnr 4 53 -26.061 33.624 12.777 1.00 59.88 D 0 ATON 13 N TNR 453 28.207 35.1Β9 13.329 1.00 61.20 D Η ATON 14 CA TNR 453 -28.450 33,869 12,675 1.00 60.89 D WITH 15 454 yatii and -g. ' . ί (ίΰ - four . ί i.ig ί “K 75.C1 Α l ATOM sixteen CA SUN 454 -26.072 30.981 11.962 1.00 52.32 Α WITH ATON 17 NE si 454 -26,137 39.J21 12.962 I .00 54.31 Α £ ATOM 1B SS eat 454 -25.914 28.448 12.353 1.00 57.49 Α £ ATON nineteen With det 454 -24.637 27,773 12.027 1.00 59.72 Α WITH ATOM 20 ΰϋΐ eat 454 -23.617 2Ε.430 13.055 1.00 60, 00 I Ο ATON 21 HE2 yong 454 -24.688 26,450 12.973 1.00 59.65 Α Ν ATOM 22 WITH yong 454 -26.011 30.456 10-530 1.00 47.73 Α WITH ATOM 23 0 si 454 -27.041 30.329 9.867 1.00 46-06 Α 0 ATOM 24 N Bw 455 -24,808 30.158 10.049 1.00 4 3.78 Α Μ ATOM 25 CA Bjeo 455 -24-651 29-736 8-659 ’.00 41.00 Α WITH ATOM 26 NE Bw 455 -23.386 thirty . 356 8.063 1.00 41.51 Α £ ATOM 27 SS Bjeo 455 -23.082 30.107 6.583 1, 00 41.00 Α 0 ATOM 2B SY Bjeo 455 -24.272 30.468 5.716 1.00 39.45 Α £ ATOM 29th Οϋ2 bum 455 -21.874 30.934 6.191 1.00 42.57 Α WITH ATOM thirty WITH yee 455 -24.602 28.217 8.531 1 .00 38.55 Α g ¹ - ATOM 31 0 Bjeo 455 -23.744 27.562 9.122 1.00 3Β .70 Α ύ ATOM 32 N RNE 456 -25.540 27.665 7.766 ι-00 34-53 Α Η ATOM 33 CA RNE 456 25.605 26.226 7.524 1.00 32.19 Α 0 ATOM 34 NE RNE 4 56 -27.039 25. ϊ 15 7.711 1.00 30.96 Α WITH ATON 35 SS RNE 4 $ 6 -2?, 51? 25.142 9-135 1.00 30, 83 Α WITH AGON 36 C01 RNE 456 -37.301 21.6 $ 7 9,973 ! .00 29.93 Α WITH ATON 37 C 02 RNE 456 -28-186 26-850 9,936 1.00 30.09 Α WITH AGON 38 CE1 RNE 456 -2?,? 49 24.6? 5 11.291 1.00 30.05 Α 0 ATON 39 CE2 RNE 456 -28.63 $ 26.877 10.952 1.00 31.15 Α WITH ATON 40 cg RNE 456 -28,417 25.769 11,701 1.00 29.30 Α 0 ATON 41 with RNE 456 -25,154 25.915 6, 100 1.00 30.99 Α WITH ATON 42 with RNE 456 -25.649 26.503 5.148 1.00 30.06 Α ϋ ATON 43 I poke 457 -24.222 24.981 5.957 1.00 30.33 Α Ιί ATSN 4+ CA SU8 457 -23.812 24.518 4.636 1.00 29.83 Α WITH ATON 45 with SUY 457 -23.729 23.002 4. 598 1.00 29.43 Λ WITH ATON 46 about SUB 457 -23.477 22.357 5.637 1.00 30.24 Α υ ATSN 47 sv SUB 457 22.142 25.067 4.260 1.00 30.42 Α WITH ATON 4® 55 SUB 457 -22 .270 26.868 4.126 1.00 33.48 Α Ξ ATON 49 N bottom 458 -2 3.932 22.440 3.412 1.00 28.73 Α Η ATON 50 CA LEI 4.58 -29.732 21-013 3.192 Ι.ΰΰ 21.98 Λ WITH ATSN five] NE bottom 45V -25,082 20.295 3.128 1.00 27.46 Α WITH ATOM 52 se two 458 -25.982 20-816 2-021 1.00 27.71 Α WITH ATON 53 with two 458 -27.371 20-197 2,092 1.00 28.19 Α WITH ATON 54 NOT bottom 458 -28,304 20.47+ 0.864 Ι, ΟΟ 28.26 Α Ν ATSN 55 C2 two 458 -76.21ΐ 19.619 -0.150 1.00 28.99 Α WITH ATON 56 HH1 bottom 458 -26.691 19.965 -1.235 1.00 28.33 Α Ν ATON 57 ΝΚ2 bottom 45V -27.651 10.416 -0.073 1.00 26.24 Α Ν ATON 58 with bottom 458 -22.969 20.809 1 .889 1.00 26.26 Α WITH AGON 59 ϋ ICE 458 -22.070 21.721 1.074 1.00 25.98 Α WITH ATON £ 0 N Transnational corporation 459 -22.425 19.612 1.705 1.00 24-19 I Η DTOM ¢ 1 CA teak 459 '21 .655 19.296 0.520 I.00 24.90 Λ WITH AGON 62 sv Transnational corporation 459 -20,334 18.588 0-89 $ 1-00 25-10 Α WITH ATOM 63 051 Transnational corporation 459 -19.493 19.502 1.608 1.00 25.42 Α 0 ATON 64 CC2 tn 459 -19.609 18-094 “0-34 + 1 -00 22.93 Α WITH ATON 65 WITH Transnational corporation 459 -22.476 19-383 -0.379 1-00 26.20 Α WITH ATOM 66 0 TNV 459 -23.093 17.428 0,093 1.00 24.05 Α 0 ATSM 67 n UAT. 4 60 -22-493 18-690 -1.672 1 - 00 2 6.69 Α Η ATOM 68 CA UAY 4 60 -23.2θ9 17.069 -2.637 1.00 27.29 Α WITH ATSN 69 SE UD 4 60 -24-313 18-676 -3,343 1.00 29.26 Α 0 ATOM 70 CC1 UAB 460 -24.981 17.923 -4.419 1.00 26.28 Α WITH ATOM 71 CC2 UAB 4 bs -25.339 19.146 -2.317 1.00 30.35 'Λ 0 ATOM 72 WITH UAB 460 -22.264 17.321 -3.693 1.00 27.26 Λ WITH ATOM 73 ΰ UAB 466 -21.661 18.070 -4.451 1.00 29.73 Α ο AGON ?four I TKR 4 61 -22.140 16.001 -3.740 1-00 26-2 $ Α Η

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ATOM 75 CA TPP 461 -21.36V 10.351 -4,700 1.00 26.76 BUT WITH house 76 NE TAP 461 - 20.764 14.039 -4.26V 1.00 24.57 BUT WITH ATON P se Tör 461 -19.B06 14.233 -3. $ 34 1.00 24.74 BUT WITH ATOM 7 a CO2 TPP 461 -10.219 13.904 -3.613 1.00 2+. + 3 BUT WITH ATOM 79 SB2 7KR 461 “17,49+ 14.304 -2.447 1.00 25.75 BUT WITH ATOM yr Cez trp 461 -17-520 13.521 -4.736 1.00 26.4+ BUT with ATOM 81 CP1 ? PP 461 -19,650 14.604 -2.046 1.00 20.71 BUT with ATOM ag ΝΕ1 TPP 461 -10.397 14.723 * 1.507 1.00 25.76 BUT 1+ AGON 03 C32 TPP 461 -16.103 14.17B -2.36V 1.00 20.09 BUT with ATON 04 SGS TPP 461 -16.135 13.392 “4.607 1.00 27.37 BUT with ATOM 05 CH2 TNR 461 -15.444 13.719 -3.460 1.00 26.66 BUT with DGOM 06 with TPP 461 22.264 15,076 -Y.99Y one . (10 27.35 BUT with ATON but? □ TPP 461 -23.406 14.629 -5.850 1.00 26.99 BUT 0 ATOM HEY N VEN 462 -21.745 15.364 -7,189 1.PO 25.4V BUT N ATOM 89 SD 5th 4 62 -22,420 1.5.031 -8.432 1.PO 25.19 BUT WITH ATOM 90 NE 5th 462 -21,732 15.698 -9.626 1.00 24.60 BUT with ATOM 91 ss Yaw 4 62 “$ 20.46 15.099 -9.066 1.00 24.13 BUT about ATOM 92 with ZEN 46? -22,334 13.528 -8.627 1.00 24.96 BUT € ATOM 93 ABOUT 5 EN 462 -21.641 12.B35 -7.947 1.00 26.07 BUT 0 ATOM 04 S ABA 463 -23.176 13.030 -9.566 1.00 26-0 & BUT N ATOM 05 CA ABA 463 -22.921 11.714 -10.139 1.00 2? 25 BUT WITH ATOM 06 NE ABA 463 -24.042 11.351 -eleven . 106 1.00 24.94 BUT WITH ATOM 9? WITH ABA 463 -21.57V 11.71+ -10.083 1.PO 26.16 BUT G- ATOM 90 with ABA 463 -21.101 12.0 + 9 -11.23V 1.00 25.40 BUT about ATOM 99 N ΠΙ3 46+ “2O, $ 9 E 10.625 -11.066 1.00 26.74 BUT m ATOM 100 CA N1E 464 -19.72 $ 10.539 -11.873 1.00 29.13 BUT G. ATOM 101 NE ΗΙ8 464 -19.297 9.073 -11.991 1.00 DOS BUT with ATOM 102 SS ΗΙ5 464 -17.94V B .076  12.610 1.00 31-56 BUT with ATOM 103 CO2 H1Y 464 -16.713 AT . Θ23 12-090 1-00 30.02 BUT with ATOM 104 YO1 015 464 -17,772 B. 603 -13.959 1.00 32.23 BUT and ATOM 100 CE1 ΗΙΞ 464 -16.40V A. 466 -14-20Θ 1.00 31.95 BUT € ATOM 106 ΝΕ2 H15 4 64 -15.82) 0.060 -13.060 1.00 $ 1.64 BUT TO ATOM ten? WITH ITZ 4 6+ -19-977 11.120 -13.272 1.00 29.91 BUT WITH ATOM 100 ABOUT 913 464 -21.000 11.018 -13.604 Ϊ.PO 32.59 BUT 0 ATOM 109 N Yaw 4 65 “10,959 11.73V -13.070 1.00 20.42 BUT n ATOM 110 CA ZEK 465 -19.14 $ 12,475 -15.126 1.PO 27.55 BUT with ATOM 111 NE Yaw 465 -17,936 13.372 -15.405 1.00 26-69 BUT with ATOM 112 OS 5th 46 $ -16.71) 12.600 -15.663 1.VO 26.2V L □ ATOM 113 WITH convict 465 -19.340 11.500 -16.337 1.00 24, 09 BUT with ATOM 114 0 ZEK 465 -19, yzg 12.012 -17.351 1.00 30.42 BUT about ATON 115 N Xiu 466 -18.E90 10.340 -16.2) 7 1.00 2+, 19 BUT N ATOM 116 CA eu 466 -10,715 9.563 17.457 1.00 22 .23 BUT € ATOM 117 WITH SUE 466 -17.250 9.660 -17.071 1.00 25.15 BUT 0 ATOM 110 ABOUT SUE 4 66 -16.503 10.6 + 4 17.017 1.00 22.33 BUT ABOUT ATOM 119 N PPO 4 67 -16.741 A.6 + 2  18-07 + 1 .PO 25.06 BUT N ATON 120 With rko 4 67 -17.448 7.307 -18.094 ; . (10 26.2 $ BUT | _? ATOM 121 CA PPO 4 67 -15.30+ 6-030 -18-031 1.00 24.52 BUT with In summer 122 NE Ryo 4 67 - 10.005 7.030 -18.999 1.00 25.31 BUT with ATOM 1 23 SG PPO 4 67 -16.374 6.032 -19.524 1.00 24.11 BUT s ATOM 124 WITH Ryo 467 -14.707 9.321 -20.029 1.00 24. AT 5 L with ATOM 125 ABOUT PPO 4 67 -1 3,596 9.522 -20.152 1.00 25 .40 BUT ϋ ATOM 126 N TNN 460 -15,660 9.762 -20.923 1.00 24 .02 L N ATOM 127 CA TNV + 60 “15.17+ 10.270 -22.2018 1.00 23.19 BUT WITH ATOM 12Θ NE TNV 4 65 -16.305 10.341 -23.2 + 2 1.00 23.4V BUT WITH ATOM 129 061 Transnational corporation 460 -17,407 11,005 -22.706 1.00 23.63 BUT ϋ ATOM 130 € 62 TNN 4 60 -16.756 B. 946 23.60V 1.00 22.09 BUT with ATOM 131 WITH TNN 460 -14.501 11,640 -22.067 1.00 24.90 BUT with ATOM 132 ABOUT TNN 4 60 -14.59+ 12.310 -21.060 1.00 23.76 BUT ABOUT ATOM 123 N AYE 4 69 -13.832 12.04+ -23.159 1.00 23.46 BUT m ATOM 134 CA Ic 4 69 -12.874 13.140 -23.1) 5 1.00 24.59 BUT with ATON 135 Sat Ic 4 69 -12.178 13.200 “24,475 1.00 25.09 BUT £ ATOI 136 CE Are 4 69 -11.111 14.310 -24,558 1.00 26.25 BUT with ATOI 13? SR AYE 4 69 -10.439 $ 14.32 -25.9Ϊ5 1.00 27.32 BUT with ATON 130 1 + P Are 4 69 -9.440 15-3Θ2 -26.0 + 0 1.00 27.17 BUT m ATOM 139 Sz ARS + 69 -8.5Θ1 15,512 -27.0) 6 1.00 25.09 BUT with ATON 1 + 0 ΝΗ1 BUT NOT + 69 -7,711 16.514 -27.0 + 4 1.00 24.35 BUT N ATOI 141 Eun 2 ICE 4 69 -8,591 14.644 -28.04 7 1.00 23.06 BUT N ATSN 142 WITH ICE 4 69 -13.495 14,407 -22.736 1.00 25.75 BUT WITH ATON 143 ABOUT AIS 4 69 -12.891 15.276 -22.009 1.00 23.4? BUT about ATSM 144 N NOT 4? 0 -14.690 14.759 -23.2 30 1.00 24.71 BUT N ATON 145 CA NOT 479 -15.320 1B.O47 -22.960 1.00 24.49 BUT WITH ATSN 146 NE not 479 -15.90+ 16.621 -24.262 1.00 24.5? BUT WITH ATSN 147 se NOT 470 -15.561 1B. 079 -2+ .BOV 1-00 $ 0.96 . BUT WITH ATON 14B NOT 470 -13.708 1B. + 09 “2+ .583 1.00 31.07 BUT g ATON 1 + 9 CE NOT 470 -13-271 17-434 -25.959 1.00 31.1V BUT with ATON 150 NOT 470 -16.425 15.926 -21-90V 1.00 24.6V BUT with

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ΑΤϋΗ 151 ABOUT MET 470 -17.226 16.848 -21.717 1-00 23.62 BUT 0 ATON 152 N DIA 471 -16.459 14.709 -21.220 1.00 21.16 BUT μ ATON 153 CA AEA 471 -17.588 14.528 20,238 1.00 24.20 BUT with ATOM 154 NE ABA 471 -37.371 13-119 -19,687 I .00 20.75 BUT g DTsN 155 with A1A 471 -17.452 15-53? -19,096 1.00 25.1V BUT with ATOM 156 ABOUT L1L 471 -16.372 15-975 -16.693 1.00 11/27 BUT 0. ATSM 15? to Transnational corporation 472 -18.617 15,906 -18,578 1.80 21.57 BUT and ATOM 159 CA Transnational corporation 472 -SB.67 $ 16.811 -17,437 1.00 24.16 BUT with ATON 159 NE Transnational corporation 4? 2 “19.181 18,220 -17.036 1.80 01/24 BUT E ATOM 160 OS! Transnational corporation 472 -20.548 1B.134 -18,257 1.80 21.91 BUT 0 ATOM 161 CC2 TNN 473 -18.344 1B.795 -13,978 1.80 19.59 BUT G ATOM 162 WITH TNN 472 -19.620 16.260 “16,386 1.00 25.66 D with ATOM 163 ϋ Transnational corporation 472 -20.588 15.455 -16.690 1-00 24.53 BUT 0 ATOM 164 TO DIA 473 -9.415 16.780 -15.147 1.00 25.24 BUT m ATON 165 CA ABA 473 -20.319 16.393 “14.0 * 8 1.00 24.92 BUT with ATON 166 NE W 473 -19.560 15-661 -12.94 6 1.00 24.30 BUT h ATOM sixteen? WITH DBA 473 20.980 17,699 -13.513 1.00 25.27 BUT with ATOM 169 0 DYD 473 -20.241 18,741 -13.556 1.80 24.13 BUT about ATOM 169 I 1b 47 * -22.131 17,630 -13.012 1.00 24, B9 BUT n ATOs 170 CA L.E 474 -22.819 1 W.J15 -12,189 1.00 25.52 D WITH ATaN 171 NE ΙΕΕ 474 -24.026 19.182 -13,365 1.00 29.25 BUT with ATON 172 CC2 1b 474 -24.VVZ 28.220 “12,662 1.00 32.52 BUT with ATOM 173 SY1 1b 474 -23.558 19.713 “14,721 100 33.35 BUT with ATOM 174 C01 1 her 474 22.979 21.185 -14,661 1.00 33.21 BUT with ATSM 17 $ with 1b 471 -23.336 1 $, 5? 1 -11,069 1.00 26.4V BUT with ATOM 1 76 0 7 ITS 474 -24,055 17-603 -10.023 1.00 26.94 BUT about ATOM 177 I ABA 475 -22.974 19.451 -10.148 1.00 25.26 BUT N ATOM 17 " CA GRANDFATHER 475 -23,580 19,452 -8.011 1.80 2 5.92 L WITH ATOM 179 se ABA 475 -22.496 19.409 -7.732 1-00 23, $ 9 BUT with ATOM 180 with DBA 475 -24.459 20,695 -8.635 1.00 26.91 L with ΑΤψΜ ϋ aya H ί □ -Ζ4.υηζ χ1.ίίΐ & ι. and about 25.49 BUT At ATON 182 I ANS 476 -25.655 20.490 “8.891 1.00 2 $ -07 BUT N ATON 18 3 CA AIS 476 -26.642 21 - 55V “?, 93ϊ 1.00 2 $, 54 BUT WITH ATOM 184 NE Fox 476 -27-8VZ 21.299 -6.7 " 100 30.18 BUT WITH ATOM 305 se bottom 476 -27.612 21-37 $ -10,272 1.00 35.86 BUT WITH ATOM 166 with bottom 476 -29-085 21-304 -11.084 1.00 EV.60 BUT WITH ATOM 18? NOT bottom 476 -20,030 21.409 -12.452 1.00 41.19 BUT n ATSM 388 C 7. DIL 476 -28.492 20,389 -13.231 1.00 4 3.32 BUT with ATOM 189 HH1 ANS 4? 6 -20.277 19.191 -12.698 1.00 43.42 BUT N ATOM 3 90 HH2 du 476 -20.356 20,562 -14.538 1.08 14.05 BUT N ATON 191 WITH du 47 " -27.093 21.615 -6.4J8 1.00 2 $ -17 BUT WITH ATOM 192 0 ABC 476 -27.077 20.60V -5.783 1.00 27.75 BUT about ATON 193 I CPS 477 -27 .519 22,797 -6_864 1.00 29-0-3 BUT I ATON 194 CA CPS 477 -20.103 22.979 -1.745 1.00 29.17 L with ATON 195 WITH CPS 477 -29.628 22.952 ‘4x $ 4 $ 1.00 30.65 BUT with ATON 196 0 SU5 477 -30.173 23.016  5.947 1.00 31-16 d P ATON 197 sv SUY 477 -27.664 24.316  4.1 6 $ 1-00 27.94 BUT with ATON 198 her SUY 477 -25.066 24.479 -3.90 $ 1.08 30.04 BUT five ATON 199 n ABA 478 -38x203 22-068 “3.699 1.00 30.57 BUT I ATOM 200 CA Ya 478 -31.742 22.922 -3, 643 1,08 31.86 BUT with ATON- YO1 NE DIA 4 7 $ -32,228 Y2-454 -2,200 1,08 2 9.25 BUT with ATOM 262 WITH A1L 4 7 $ -32.248 24-333 -3.949 1.08 09/32 BUT with ATOM ΖΟ3 0 aya 4 7 $ “31,494 25, ZOY -3,647 1.00 31.96 BUT about ATOM 204 n Ryu 479 -33.521 24.461 -four . 322 1.00 32.7 $ BUT I ATOM 285 With Ryu 4? 9 -34.502 23,383 -4.550 1.00 31.44 BUT with ATOM 206 CA Ryu 479 -34.054 25.77V -4.691 1.00 32.40 BUT with ATOM 207 NE 1’80 479 -35.515 25,486 -5.861 1.00 32-12 BUT with ATOM 208 SS Ryu 479 -35.513 24.037 5.458 1.08 06/31 BUT with ATOM 209 WITH 479 -33.933 26,034 -3.592 1-08 32.00 BUT with ATOM 210 0 Ryu 479 -33.019 28.022 -3.004 100 32.64 BUT 0 ATOM 211 N ABE- 480 -33.854 26.416 “2-331 1.00 31.47 BUT I ATOM 212 cl AIR 480 -33,079 27.384 -1-241 100 33.46 BUT with ATOM 213 sv A $ P 480 -34.7 * 9 26-936 -0,057 1.00 35.16 BUT with ATOM 214 Joint venture AIR 480 -34-308 2 $ .610 0-537 1.00 36.44 BUT with ATOM 235 co1 AIR 480 “$ 34.82 25,224 1,590 1.00 40.34 BUT th ATOM 216 002 AZR 480 -33.419 24,954 .-8.053 1.00 38.40 BUT about ATOM ? 17 with AZR 460 -32-449 27,623 -0.765 1.00 33.71 BUT with ATOM 218 about AZR 480 -32,222 20.295 0.246 1.00 35.25 D but ATOM 219 N <1and 101 -31,402 27.0? 6 -1.492 1.80 32.10 BUT I ATOM 220 CA si 481 -30.807 27.191 1.0V6 1.80 30.90 BUT with ATOM 221 NE SUS) 481 -29,439 25,004 -1.016 1.80 30.1? BUT with ATOM 222 SS si 401 -38.03V 24.090 0.041 1.80 30.22 BUT with ATOM 223 □ about si 481 -29.692 23,425 -0.191 1 -80 31.07 . BUT with ATOM 224 OE1 syz 481 -29.930 22.602 0.717 1-60 $ 30.6 BUT with ATOM 229 OE2 yiyi 481 -29.186 23,093 -1,285 1.00 33.77 BUT and ATOM 226 WITH eat 481 '29 .292 20.873 -2-031 1 .80 29.33 BUT with

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ATSN 227 0 si 481 -29. 723 28,354 -3-146 1.00 30.27 L 0 ATSN 22V N si 482 -26.127 28,510 -1.569 1.00 29-51 D N ATSN 229 CA si 482 -27.176 29.220 -2.411 1-00 $ 29.7 D WITH ATSN 239 SY CIO 482 -26. In 1 3 30.561 * 1.77? 1.00 30.90 D WITH ATON 231 F si 482 -27.965 37.542 -1-682 1-00 35.5+ BUT with ATSN 232 With si 482 -28.316 32.140 -3,031 1.00 38.85 BUT with ATCI 233 OE1 si 482 -27.126 32-200 -3.911 1.00 39.06 BUT 0 ATSM 234 OE2 αι.υ 4B2 -29,479 32-570 -3.212 1.00 39.52 BUT 0 ATSN 235 WITH Bi 482 “25-915 28,372 -2.558 1.00 29.76 BUT with ATSN 236 0 si 482 -25.357 27,904 -1.5 69 1.00 28.44 BUT about ATSN 237 TO Bw 483 -25.464 28.176 -3.790 1.00 27.9V BUT at ATON 23B CA LIE 483 -24,174 27,516 -4.015 1.00 28.33 BUT with ATON 239 se WEIGHT 483 -24.101 26.996 -5.442 1.00 27.55 BUT with ATOM 248 ss Bw 483 -22.796 26.296 -5. B42 1.00 29.33 D with ATON 241 CO2 Bw 483 -23.075 25,330 -6.976 1.00 2 *, O6 BUT 0 ATSM 24? CO2 Bw 483 21.746 27.326 -6-253 1-00 28.65 BUT with ATOM 2 + 3 WITH £ EC 483 -23.07V 26-505 -3.7 * 3 1.00 28.13 BUT with ATSM 244 0 Bw 483 -22.993 29,566 -4.522 1.00 32.20 BUT 0 ATSN 245 S Ι, ΕΟ 484 -22, th + 0 28.367 -2.789 1.00 27.32 BUT and ATOM 24 E SD LEU 484 -21.214 29,311 -2.437 1.00 26.5V l with AT OH 247 sv Bw 484 -21.172 29.516 -0.916 1.00 25.53 BUT with ATON 24V ss 1E0 484 -22.427 30,163 -0.281 1.00 27.36 D with ATON 249 SB1 b 484 -22.065 30,701 1.072 1.00 27.53 d with ATON 258 CE2 Bw 481 -23.013 31.234 -1.196 1.00 27.97 d with ATSN 2 51 WITH Veo 484 -19, B29 28.953 “2.943 1.00 27.62 d with ATSM 252 □ tei 484 “10.926 29.793 -2-991 1.00 28.95 d ΰ ATSM 253 N EEP 485 -19.655 27.009 -3.317 1.00 25.70 BUT n ATSM 254 SD 8EP 485 -18.391 27,254 -3.908 1.00 27.74 BUT γΊ ATSN 255 NE £ £ K 485 -17,304 27,106 -2.016 1.00 26.49 l WITH ATON 256 OS 5 HER 485 -17.504 25,926 -2.06V 1.00 28.56 BUT about ATON 257 WITH CENTURY 485 -1V, 522 25,934 -4.661 1.00 27.50 BUT with ATON 258 with Y £ k 485 -19.569 25.2B1 -4.643 1.00 25.09 BUT 0 ATCI 259 N SUB 486 -17.432 25.54V 5,315 1.00 2 6.66 D to ATON 268 CA SUB 486 -17.157 2 4 .4 90 -6.311 1.00 26.00 BUT with ATSM 261 WITH SU5 4 * 6 - 16.047 23.934 -0.43+ 1.00 2 6.11 BUT with ATOM 262 0 From ¥ 5 486 -15.097 24.677 -6-679 1-00 25.83 D ABOUT ATSM 263 sv 0Υ3 4 $ 6 - 17-932 25.090 -7.632 1.00 25.13 BUT < ATSN 264 ST From ¥ 5 486 -17.774 21,120 -9.162 1.00 31.9 + BUT five ATSN 265 N VER 4 $ 7 -15,912 22,628 -6.243 1.00 25.42 BUT N ATSN 266 SD 5 EP 497 -14.626 21, 964 -6.403 1.00 2 +.57 BUT WITH ATSN 267 NE YEK 487 -14,031 21.612 -5.029 1.00 24.64 BUT WITH ATSN 26V OS 5EP 487 -14.0 + 9 20.692 -4.324 1.00 27.8V BUT 0 ATCI 269 with 5 EB 487 -14.020 20,704 -7.237 1.00 23.91 BUT and ATSN 278 0 5 EP 487 -15.923 20,455 -7.734 1.00 22.75 BUT about ATSN 271 N CENTURY 480 -13,776 19,916 -7.40V 1.00 24.06 BUT n ATOM 272 SD £ EC 48V -13.Θ83 18.706 E.goe 1.00 25.0V l with ATON 278 Sat Zek 48V -13.664 01/195 -9.6 * 6 1.00 27,? 5 BUT 0 AT OH 274 OS ZEK 48V -12.116 19.654 -9.931 1.00 25.16 D about ATON 275 WITH ZEK 48V -12.064 17.693 -7.7 + 3 1.00 27.25 D with ATSM 276 0 Yaw 48V -11.940 18.027 -6-9 * 7 1.00? 8.1 * D ABOUT ATSN 277 N RNE 4 * 9 -13,033 16-453 -8.1Я2 1.00 26.11 BUT n ATSN 270 SD RNE 489 -12,152 15-383 -7.7 $ 7 1.00 26.6V BUT with ATSN 279 sv RNE 4 * 9 - 12.690 1 +, 754 -6.482 1.00 26.29 BUT with ATSM 2B0 ss RNE 489 -And. I86 13,566 -5.992 1.00 20.17 BUT with ATSM 281 CO! RNE 489 “10,732 13,738 -5.241 1.00 28.05 BUT with ATON 282 CP2 RNE 489 -12.303 12,272 -6.291 1.00 28.40 BUT g- ATON 283 CE1 RNE 489 -10,004 12,637 -4.793 1.00 29x69 BUT with ATON 284 se 2 RNE 48V -11.585 11.172 -5.849 1.00 29.13 BUT / - ATON 285 si RNE 489 -10.434 11,354 -5.099 1.00 30-0 $ BUT H_ ATSN 286 with RNE 489 -12.02V 14.323 -we? 1.00 27.4V D with ATON 287 about HERE 489 -13.009 13,951 -9.471 1.00 26-37 D about ATSN 288 N convict 49B -10.007 13.846 -9.041 1.0 (1 29.47 D N ATON 289 CA Yaw 49B -10.561 12-663 -9. B53 1.00 30.35 D WITH ATSN 290 NE ZEK 49B 9.B63 13.056 -And -156 1-00 30.98 D WITH ATCI 291 ABOUT Yaw 4 * 0 -9. 257 11-933  11,776 1.00 33.81 BUT □ ATSN 292 WITH ZEK 49B -9.672 11 - 700 -9.066 1.00 31.89 BUT with ATOM 293 0 ZER 4 * 0 -0.751 12,144 -8,378 1.00 32.56 BUT 0 ATSM 294 N NSA 4 91 -9.9 + 1 10,412 -9.171 1.00 33.39 D No. ATSM 295 SD ABC 4 * 1 -9.110 9,402 -8.515 1.00 36.43 BUT / * - ATSN 296 NE ABC 491 -9.709 8,007 -B.719 1.00 38x93 BUT with ATON 297 with BOTTOM 491 -11,109 7.848 -8.166 1.00 45x81 BUT with ATON 29B sv ICE 491 -11.26V 6.514 -7.4 56 1.00 51.82 D I ^- ATON 299 not NSA 491 -12,322 6,565 -6.146 1.00 36.95 . BUT Ιί ATSN 308 Si ICE 491 -13.621 6.540 -6.73! 1.00 59.05 D g. ATCI 301 ΝΗ1 bottom 491 -14.51V 6.597 -5.753 $ 1.00 8.33 BUT to ATSN EP2 ΝΗ2 Battery 491 -14.020 6.406 -7.995 1-00 $ 7.0 + D to

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ATSM 303 WITH Are 491 -7.677 9,407 -9.050 1.00 35.22 BUT WITH atom 304 ABOUT AYE 491 -6.731 9.192 -8.305 1.00 35-69 BUT ABOUT ATOM 305 N BEK 492 -7.533 9.654 -10.347 1-00 35.60 BUT AND ATOM 306 CA Bike 492 6.246 9.550 -11,024 1.00 34.00 BUT WITH ATOM 307 NE Vei 492 -6.459 9.060 -12-452 1.00 36.97 BUT WITH ATON thirty" OS 5 KN 492 -7,242 9, 997 -13.179 1.00 38.02 BUT ABOUT ATOM 309 with 5 EN 492 -5.612 10,807 -11,060 1.00 35.54 BUT WITH ATOM 310 with· 8 EN 492 -4.295 10,932 -11.258 1.00 36.68 BUT ABOUT ATOM 311 N Be 493 -6.264 And. 9? 7 -10.909 1.00 34.28 BUT AND ATOM 312 CA B ¥ 493 -5.654 13,292 -11.037 1.00 32.69 BUT WITH ATOM 313 WITH SUE 493 -5.739 13.824 -12.456 1.00 31.91 BUT WITH ATOM 314 ABOUT SUE 493 -5.287 14.929 -12.739 1.00 32.J8 BUT ABOUT ATOM 315 N Bw 494 -6.316 13.039 + 13-357 1-00 31-63 BUT I ATOM 316 SL B8 494 -6.506 13x492 -14,720 1 -00 32.29 BUT with ATON 31? NE Bw 494 -6.442 12 * 304 15-693 1.00 34.42 BUT with ATOM 31 " SS T.U5 494 -5. OAO 11,622 -15,756 1.00 38.00 BUT with ATOM 319 with 6Ϊ3 194 5-032 $ 10.62 -16, 909 1.00 39.72 BUT with ATOM 320 CE Bw 494 -3.648 10,029 -17.078 1.00 42.01 BUT with ATOM 321 N2 Bw 494 -3,50 $ 9 . 143 -18.279 1.00 43.69 BUT N ATOM 323 WITH Bw 494 -7.844 14,213 -14.070 1.00 29.91 BUT WITH ATOM 323 ϋ Bw 494 -3.870 13.604 -15.169 1.00 2 $ .13 BUT about ATOM 324 N BUT NOT 495 -7.815 15.523 14.659 1.00 29.5? BUT n ATON 325 CA BUT NOT 495 -9.025 16.341 +14.669 1-00 23.53 BUT with ATOM 326 NE Battery 495 -9.558 16.492 -13.243 1 .00 29.01 BUT with ATOM 327 SS ICE 195 -8.560 1?, 1 $ 7 -13,306 1.00 31.40 BUT with ATON 328 With Battery 195 -9.002 17,315 -1O.Y01 1.00 33.62 BUT with ATOM 329 ΝΕ Are 495 -8.125 19.389 -10.096 1.00 34.az BUT I ATON 330 cg ano 495 -8,424 19,180 -9.400 1.00 34.47 BUT with ATOM 331 ΝΗ1 yke 495 -7.472 19.812 -e. 733 1.00 35.19 BUT I ATOM 332 ΝΗ2 BUT NOT 495 -9.672 19,633 -9.355 1.00 34. B9 BUT l ATOM 333 WITH BUT NOT 495 -8.661 17.710 -15.22 $ 1.00 27.43 BUT with ATON 334 ϋ aye 495 -7.486 1B.039 + 15.349 1.00 27.93 BUT ABOUT ATOM 335 N BUT NOT 496 -9.660 16x513 -15,564 1-00 26.03 BUT I ATOM 336 CA bottom 496 -9.376 19.877 -15.972 1 -00 24-54 BUT with ATON 337 NE las 496 -9.765 20.076 -17,436 1.00 24.73 BUT with ATOM 338 Sat IB 496 -8.77 $ 19,129 -18,396 1.00 26.29 BUT with ATOM 339 With ARB 496 -9,064 19.789 -19.043 1.00 25.61 BUT with ATON 340 ΝΕ arb 496 -10,117 19,950 -20.405 1.00 24.57 BUT ?) ATOM 341 CE BUT NOT 496 -10.601 19.095 -21.632 1.00 23.57 BUT with ATOM 342 ΝΗ1 BUT NOT 496 -10.130 20,048 -22.429 1.00 20.57 BUT I ATON 343 ΝΗ2 Are 496 -11.555 1B .287 -22.060 1.00 23.67 BUT m ATOM 344 WITH BUT NOT 496 -10.052 20,921 -15.OV4 1.00 25.65 L with ATOM 345 ABOUT ICE 496 -10.266 22.062 -15. 502 1.00 23.51 BUT about ATOM 346 N SUE 497 -10.375 20,531 -13.853 1.00 25.25 BUT N ATON 347 CA SUE 497 -10.908 21.491 -12.900 1.00 25-50 BUT with ATON 348 WITH Xiu 497 -12.406 21.709 - 13.626 ] .00 25.2? BUT with ATON 349 ABOUT ΕΣΥ 497 -13.126 20.844 19.524 1 - 00 24.92 BUT (7 ATOM 350 N YY1 498 '12 .880 22.867  12.574 1-00 25-2 $ BUT ¢ 1 ATOM 351 SL ΕΣΕ 498 -14.313 23.099 1 / .473 1.00 25.14 BUT with ATOM 352 NE et.i 495 -14.040 22,569 -11,122 1.00 25.47 BUT with ATOM 353 SS SUE 498 14 - 4 97 23.167 -9.924 1.00 24.08 BUT with ATOM 354 With si 498 -13,039 23,373 -9.504 1.00 27.78 BUT with ATOM 355 OE1 her 49 $ -12,453 32.265 -9.526 1.00 27.03 BUT ABOUT ATON 356 CE2 si 498 -12.477 24,419 -9.139 1.00 30.19 BUT ΰ ATOM 357 WITH si 498 -14.669 24.567 -12.640 1.00 26.49 BUT with ATOM 358 ABOUT hundred 498 -13.817 25,415 -12.521 1.00 26.93 BUT about ATOM 359 N bottom 499 -15.943 24.B23 -12.911 1.00 27.54 L N ATOM 360 CA AYE 499 -16.427 26.180 -13-122 1-00 27.29 BUT with ATOM 361 NE Are 499 -16.477 26.493 -14.629 1.00 27.26 BUT with ATOM 362 CE AYE 499 -16.999 27.879 -14,936 1.00 31.36 BUT with ATOM 363 With Are 499 -17.028 2Θ.135 -sixteen. 43 $ 1.00 29.97 BUT with ATOM 364 NOT LAE 499 -17.154 2.9x562 -16.71? 1.00 33.21 BUT n ATOM 36 $ cg BUT NOT 499 -16.543 30.1VZ 17,721 1.00 31.95 BUT with ATOM 366 Nn 1 bark 499 -16.710 31.467 -17,598 1.00 33.98 BUT N ATOM 367 HH2 BUT NOT 499  15.767 29-198 -18-549 1.00 30.18 BUT I ATOM 368 with ABE 499 -17.81 $ 26,349 -12,526 1.00 28.46 BUT with ATOM 369 ABOUT ARB 499 -18.652 25,445 -12,608 1.00 27.06 BUT ABOUT ATOM 370 N NOT 500 -18.062 27,507 -11.921 1.00 28.00 BUT I ATOM 371 CA MET 500 -19,405 27,868 -11.492 1.00 28.68 BUT with ATOM 372 NE MET 500 -19.339 2B, 774 -10.259 ] .00 29.36 L with ATOM 373 se NOT 500 -18.800 EV.062 -9.033 1.00 31.43 L with ATOM 374 Y0 MET 500 -18.596 29.123 7.584 1-00 35-65 BUT eight ATOM 375 Sho NOT 500 -17.061 29.997 -8.031 1-00 30-13 . BUT WITH ATOM 376 with MET 500 -20.1 18 2B .578 12.633 1.00 26.47 BUT WITH ATOM 377 0 NOT 500 -19.583 29.52? 13,213 1.00 27.4? BUT ABOUT ATOM 3? 8 n eo 501 -21.314 20.106 -12,965 1.00 29.B5 BUT eleven

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Ya7SK 379 CA si 501 -22.055 2B.656 -14.093 1.00 32-67 BUT WITH DGSN EVO Joint venture si 501 -22.163 27,617 -15.222 1.00 30.99 BUT with ATON ZV1 Sat si 501 -20.816 27.155 -15,771 1.00 $ 32.7 BUT with ATS *! 302 □ □ Si 501 -20.922 26.113 -16.386 1.00 37-72 BUT with ATON 303 OE1 si 501 -21,997 25.50.3 -17,053 1-00 23.58 D 0 ATSM 384 OE2 si 501 “19-917 25.907 -77,603 ] -00 36.53 BUT .0 ATSM 385 WITH si 501 -23.4 + 6 29.079 -13.633 1.00 35.03 BUT with ATSM 3 & 6 0 si 501 -24,072 28.393 -12,823 1.00 3 3.00 BUT 0 ATSN 387 N ABA 502 -23.91 3 30.210 -14.145 1.00 3 9.39 BUT I ATOM 388 CA ABA 502 -75,231 30.722 -13.766 1.00 42.89 L with ATOM 3Β9 NE ABA 502 -25 .258 32.240 -13.898 1.00 41.99 BUT with ATSN 390 WITH ABA 502 -26.305 30.104 -14 * 847 1.00 4 6.27 BUT with ATSN 391 about ABA 502 -26.267 30.243 -15.868 1.00 4 7.27 BUT 0 ATON 392 but SI 503 -27 .251 29.414 “14.015 1.00 49.35 D N ATOM 393 CA SON 503 -28.385 28.808 -14,701 1.00 53-23 D l ATOM 39+ Joint venture OSH 503 -2V.315 27.231 -14.636 Ί -00 $ 3-5? D WITH ATON 395 SS 43 bh 503 -21,190 26.623 -15,425 1.00 56.31 BUT WITH ATSN 396 With SEE 503 -21.375 25-113 -15.4? 1 1.00 56.99 BUT with ΑϊϋΗ 397 OE1 SI 503 “20,338 24.555 -15.041 1.00 57.97 BUT <7 ATON 398 Ye2 si 503 -76.305 24.441 -15.991 1.00 56.50 L ATON 399 WITH CM 503 -29.633 29.256 -14.048 1.00 55.13 BUT with ATON 400 0 si 503 “29.988 28.845 -12.927 1.00 56.06 BUT 0 ATOM + 01 N SUE 504 -30. + 49 09/30/1 -14.7 ++ 1.00 56.99 D P ATON + 02 CA SUE 504 31.757 30.473 -14.244 1.00 56.70 BUT with ATON + 03 WITH Xiu 504 -31.70+ 31.096 12.863 1-00 56.53 D with ATOM + 04 0 SUE 50+ -32.463 30.711 -And. 9? 3 1-00 57.57 BUT 0 ATOM + 05 at SUE 505 -30.793 32,055 -12.680 1.00 55.20 BUT at ATOM + 06 CA SUE 503 -30.714 32.160 -And. 416 1.00 53.52 BUT l ATON + 07 WITH SUE 505 -29.851 32.064 -10.381 1.00 53.23 BUT ΙΞ ATOM + 08 0 SUE 505 -29.381 32.699 -9.437 1.00 53.62 BUT 0 DTOM + 09 N Boo 506 -29.638 30.762 -10.548 1.00 50.84 L N ATOM + 10 CA Boo 506 -28.827 29.998 -9.604 1.00 + 9.53 L WITH ATOM + 11 NE Bw 506 -29.567 28.722 -9.183 1TO0 $ 1.74 BUT WITH ATOM + 12 SS Boo 506 30.536 28.905 -8.819 1.00 54.83 BUT with ATOM + 13 With B8 506 -31-603 29-95 + -8-324 1 LLP 59.19 BUT with ATOM + 1 + CE Bw +06 32.608 30 - LLC -7.177 1-00 59.50 BUT with ATOM + 15 ΝΖ Bw $ 06 '33 -329 28-y12 -6.895 1.00 50.69 BUT m ATOM + 16 l Bw 506 -21.46+ 29.62? - 10. 3 90 1-00 + 6.30 BUT with ATOM + 17 0 Bw 506 -27.327 29.455 -11.397 1.00 + 6.29 BUT 0 ATOM 418 1+ Bw 501 -26-459 29-5 (14 -9.329 ΐ .00 41.66 BUT N ATON 419 Sa Bw 507 -25.161 28.990 -9.749 1.00 36.60 BUT WITH ATOM 420 NE Bf 501 -24.042 29-594 -8.901 1.00 34.82 BUT WITH ATON + 21 os Bw 507 -23.852 31.114 -8.941 1.00 35.36 BUT WITH ATOM 422 TO1 LES 507 -23-759 31,532 -8.016 1.00 35.13 BUT WITH ATOM + 23 SS2 boo 507 -23.625 31.576 -10.383 1.00 30.11 BUT with ATOM 424 WITH Bw 507 -25.127 27.473 -9.62 3 1.00 34.72 BUT with ATOM + 2 $ 0 Bw 507 -25.651 26.910 -8.657 1.00 33.92 BUT with ATOM 426 N UAY 508 -24.524 26.832 -10.607 ί. 00 31.44 BUT N ATOM + 27 CA UAY 508 -24.238 25.392 - 3 0 - 4 »2 1-00 59.22 L WITH ATOM 420 NE UAY 50V - 25.036 24.556 -11.505 ί - by 31-09 BUT WITH ATOM 429 SB1 UL 508 -26.513 24.993  71-4 3? ί - 0ϋ 30.Θ1 BUT WITH ATOM 430 CC2 UAY $ 08 -24.469 24.144 -72-095 1-00 29.53 BUT WITH ATOM 431 WITH UDD $ 08 -22.761 25-132 “10.124 Ϊ, ΟΟ ΖΘ. 09 BUT WITH ATOM 432 0 UDD 500 -37.026 26-009 -7 1 .192 I .00 25.64 BUT 0 ATON 433 N CPS 509 -22.34+ 23,913 -10.401 3. 00 26.50 BUT N ATOM 434 CA CPS $ 09 -30,943 23,519 -10.431 1.00 26.63 BUT WITH ATOM 435 with CPS 509 -20,710 22,405 -11.523 one . 00 26.83 BUT WITH ATON 436 about Sue 509 -21.233 21.37? -11.446 1.00 27.38 BUT 0 DTOM 437 sv Sue 509 -20.572 22.924 -9.076 100 27.35 BUT WITH DTOM 43B YOS Sue 509 -18.841 22.425 8.015 2. IN 29.68 BUT E ATOM + 39 N ICE 510 -19.921 22.847 -12.530 1.00 26.66 BUT S ATOM + 49 SL ICE 510 -13.553 21.915 13.608 3-00 03.03 BUT WITH ATOM + 41 sv ICE 510 -19.838 22.546 -14.973 ι too 2+ -ZY BUT WITH DTOM 442 Sat Forehead 510 19.589 2! .595 -16.140  TOO 26TO6 BUT 0 ATOM 443 Joint venture Battery 510 -19.798 22.278 -17.504 3. 00 Ϊ4.80 BUT WITH ATOM 444 ΝΕ ICE 510 “21.153 22.782 -17.661 1 LLP 25-36 BUT N ATOM 445 cg Ayb 510 -22,193 22-037 “April 18? 1, sy 20.22 BUT WITH ATOM 446 N81 Battery 510 -23,397 22,501 -13.166 100 26.65 BUT N ATOM 447 ΝΗ2 Battery 510 2? -03 " 20? 4? -19.320 one . 00 05/24 BUT N ATOM 448 WITH ICE 510 -18,004 21.521 -13.518 1.00 25.64 BUT WITH ATOM 449 0 ICE 510 -17,207 22.3Θ9 -13.530 1.00 27.40 BUT 0 ATOM 450 N ABA 511 -17.812 23.220 -13.439 1.00 24.50 BUT N ATOM 451 CA ABA 511 -16,436 19.712 -13.462 one . 00 23.?5 . BUT WITH DTOM 452 sv ABA 511 -16.218 10.716 -12.321 1.00 23.65 BUT WITH ATSM + 53 WITH ABA 511 -16.131 19.333 -14.794 1TO0 2 + -97 Th 0 DTOM + 54 ABOUT ABA 511 -1T.015 10.413 -18.387 1.00 23.22 D ABOUT

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ATSN 455 N 813 51? -14.8'12 19.135 -15.233 1.00 24.16 BUT AND ATOM 456 CA NTV 51? -14.435 18.679 -16.559 1.00 21.87 L WITH ATON 45? NE NTV 51? -13.77 * 19.837 -17.323 1.00 $ 25.2 BUT with ATOM 458 Si ΗΙΕ 512 -14.711 20.953 -17.660 1.00 25-82 BUT with ATOM 459 CO? ΗΙΒ 51? -14.982 22.115 -17.021 1.00 26.09 BUT with ATON 460 N01 ΗΙ8 512 -15.507 20.939 -1E.785 1-00 27.87 BUT N ATON 461 CE1 ΗΙΞ 512 -16.229 22.046 10.825 1.00 28.93 BUT WITH ATOM 462 NOT? H1Y 512 15.929 22.776 -17.766 1.00 30.14 BUT N ATOM 463 with; that 512 Ί3.4 * 0 17.518 -16.503 1.00 25.39 BUT WITH ATOM 464 about NTV $ 12 -12,452 G'-570 -15.7 6? 1.00 24.51 BUT ABOUT ATSN 465 to lzk 513 -13,698 16.491 -17.313 1.00 23.79 BUT N ATOM 466 CA AZN 513 -12.75? 15.378 -17.459 1.00 24.72 BUT WITH ATOM 467 sv Gas station 513 -13,447 14.196 -18.155 1.00 21.47 BUT WITH ATOM 468 SY ΑΞΗ 513 -12,676 12.888 -17.398 1.00 25-11 BUT WITH ATOM 469 001 Yen 513 -11.857 12.740 -17.087 1.00 26.09 BUT 0 ATON 470 Νϋ2 IKE 513 -12.943 11.927 -10.867 1.00 20.32 BUT N ATOM 471 WITH ΑΞΗ 513 -AND. 558 15.B39 -18.?65 1.00 23.06 BUT WITH ATON 472 ABOUT AIN 513 11.572 16.930 -18. $ *: ’ 1.00 23.76 BUT 0 ATON 473 N LEA 51 * 10-523 15.910 -18.359 1.00 23.46 BUT N ATOM 4’4 SL L1D 514 -9,342 15.331 -19.170 1.00 24.44 BUT WITH ATSN 475 NE ABA 514 -3,116 $ 15.50 -18.260 1.CO 21.96 BUT WITH ATOM 47 6 with ABA 514 -9.066 14.247 -20.203 1.00 24 .29 BUT WITH ATSN 477 0 ABA 514 -9.501 13.307 -20.041 1.CO 24.54 BUT e ATON 473 N RNE 515 -B.340 14.608 -21.261 1.00 $ 5-86 l and And there 479 CA RNE 515 -7.806 13.632 -22.218 1.00 25.71 BUT with dtam 100 NE RNE 515 -6.761 14.313 -23-116 1.00 $ 7.08 BUT with ATON 4Θ1 SY RNE 51 $ -6.124 13.39? -24,134 1.00 20.53 BUT with ATSN 482 □ □ 1 RNE 515 -6.318 13.006 -25.37 (} 1.00 29.33 BUT with ATON 483 CO? RNE 515 -4.827 12.936 -23.956 2.00 31.17 BUT with ATOM 404 CE1 RNE 51 $ -6-23 * 12,171 -Ξ6.216 1.00 30.11 BUT with ATOM 485 CE? RNE 515 -4,231 12.098 -24.897 1.00 32.07 L with ATOM 488 CE RNE 51 $ -4.936 13.714 -26.030 2.00 30.57 BUT with ATON 487 WITH RNE 515 -7.170 12.473 -21.4 * 6 Ϊ .CO 25-67 BUT with ATON 488 0 RNE 515 -6,333 12.692 -20.570 1 .CO 25-88 BUT 0 ATON 489 N SBU 516 -7.539 11.247 -21.745 1 .00 35.26 BUT N ATON 490 CA SBU 516 -6.993 10.-009 -21.095 2 .00 25.89 L with ATSN 491 WITH $ BU 516 -7.556 9.730 -19.725 1.00 28.0? BUT with ATON 492 0 SBU 516 -7.309 B.634 -19.228 1 -00 29.41 BUT 0 ATON 493 N Xiu 517 8.310 10.6 * 1 -19.112 1.00 2? .77 BUT I ATSN 494 CA SBU 517 • 8.722 10.45? -17-727 ; , 00 28.63 BUT with ATON 495 WITH SBU 537 -9.944 9.571 -17.617 1.00 29.61 BUT with ATON 496 ABOUT SBU 517 -10.49 * Ch.17Y -13.629 1.00 29.40 BUT 0 ATON 49? N OBO 516 -10.395 E.? 4b -16.408 1.CO 28.08 BUT s ATOM 490 SL OBO 51 " -11-479 0.292-10.27V 1.00 30.08 BUT with ATOM 499 NE OBO 519 -11,096 ' .15? -15.325 1 .PO .33.06 BUT with ATOM 500 SS OBO 518 -10-923 7.562 -13.8Β3 1.C0 41.55 BUT with ATOM 501 With si 516 -9.561 B.160 -13.614 2 .00 48.72 I with ATSN 582 0E1 OBO 518 -8-719 0 .183 -14.546 1 .00 50.19 BUT □ AT He 503 OE? OBO 518 -9.332 B.607 -12.467 1.00 53-6Θ L 0 ATON 504 WITH fed up 518 -12.779 B.931 -15.81B 1.00 28-72 BUT with ATON 505 0 Sat! 1 518 -13.720 B.233-15.443  .00 29.04 BUT with ATON 506 N SBU 519 -12.836 10.257 -19.862 1, 00 26.44 BUT I ATOM 507 CA Sat 519 -14.033 10.951 Ί5.430 1.00 25.94 BUT with ATSN 508 WITH SBU 519 -13.808 11, 63'9 -14.099 2.00 25.37 BUT with ATON 509 □ SBU 519 -12.309 11.386 -13.429 1.00 24.07 BUT 0 ATON 510 N UAY $ 20 -14.738 12,507 -13.715 1.00 24.24 BUT N ATOM 511 CA UAY 520 -14- $ 1 $ 13.374 -12.557 Ϊ .00 24.20 BUT with ATOM 512 NE UAY $ 20 -14.04? 14,? 70 -12.988 2.00 25.35 BUT with ATOM 513 SY1 UAY 520 -12,750 14.643 -13.781 2.00 23.64 BUT with ATOK 514 CO? UAY 520 -15.11 * 15.454 -13.824 1 .00 21.19 L with ATOM 515 WITH UAY 520 -15.352 13.561 -11.800 1.00 24.00 BUT with ATOM 516 0 UAY 530 -16.920 13.207 -12.302 2 .00 25.40 L 0 ATOM 517 N TUN 521 -15.754 14.121 -10.596 1-00 23.24 BUT N ATOM 518 CA TUK 521 -16.922 14.530 -9.821 1-00 23.59 BUT with ATOM 519 NE TUK 521 -16.902 13.093 -8.43С 1-00 24.30 BUT with ATOM 520 Si TUI 521 -16.985 12.392 -8.457 ΐ .00 26.30 BUT with ATOM 521 C131 TUI 521 -15.833 11.620 -8.533 ! , 00 25.03 BUT with ATON 522 CE1 TUI 521  19.901 10.243 -8.597 1.00 29.75 BUT with ATOM 523 CO2 TUI 521 -18.216 11.Ϊ46 -8-4 * 0 Ϊ .00 23.79 BUT with ATOK 524 CE2 TUI 521 -18.296 10.368 -8.505 1.00 28.16 BUT with ATSN 52 $ Sz TOUR 521 17.133 9.62 * -8.587 1.00 30.47 BUT with ATOM 526 SI TUK 521 -17-196 9,259 -8,694 1.00 35.15 BUT with ATOM 527 WITH TUK 521 -16.94 $ 16.037 -9.650 1.00 23.08 . BUT with ATOM 528 0 TUN 521 -15.893 16.666 -9.504 1.00 22.54 L 0 ATOM 529 N ABA 522 -18.142 16.611 -9.060 2.00 23.04 BUT I ATOM 530 CA ABA 52? -18.31 * 18.005 -9.263 1.00 22 .20 L with

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ATSN 531 NE ΑΙΑ 522 -19,336 19.605 -10.201 1.00 23.30 BUT WITH ATSN 53g with A1D 523 -19.873 10,016 -7.843 1 .CO 23.52 BUT WITH ATSN 533 0 ABA 522 -19.561 17,132 -7.4 31 1.00 22.23 BUT ABOUT ATSM 534 N 1b 523 -18.358 19,604 -7,074 1.00 23.74 BUT " ATSM 535 CA 1b 523 -18.714 19.078 -5.665 1.00 23-56 BUT WITH ATON 536 NE 1b 523 -17.537 18.639 4.779 1.00 26.23 BUT with ATON 537 Sy2 1b 523 -17.999 10.518 -3.306 1-00 21.95 BUT with ATSM 533 SY1 1b 523 -17.083 17.237 -5.193 1-00 24.93 BUT with ATSN 539 Οϋΐ £ b 523 -15.614 17,139 $ -452 100 24.24 BUT with ATSN $ 40 WITH 1b 523 -19.112 20,500 -5.303 1-PO 26.24 BUT with ATSN 541 0 YOU5 523 -10-282 21,408 -5.29V 1 -CO 20.35 BUT 0 ATOM 543 N DIA 524 -20,393 30,090 -5.013 1.00 24.72 BUT N ATSM 543 CA ABA 524 “20,902 22.004 -4.650 1 .co 24.50 BUT WITH ATOM 544 NE ABA 524 -23,279 22,214 • 5.295 1.00 23.90 l with ATSN 545 WITH ABA 524 -20 = 999 22,141 -3 = 140 1.00 24.77 BUT g ATON 546 ΰ ABA 524 -21,254 21,170 -2.435 1 .co 26.27 BUT 0 ATON 547 l AYAH 525 -20.784 23.352 -2.646 1.00 26.00 BUT at ATON 548 CA AYAH 525 -21.070 23.664 -1.259 1.00 25.79 BUT with ATSN 549 NE ARS 525 -19.931 24.513 -0-670 1 .co 10/26 BUT with ATON 500 SS ARYU 525 -19.969 24,602 0.325 1.00 27.35 BUT with ATON 551 SR ARB 525 -19,724 23.367 1.575 1.00 06/26 BUT with ATSM 553 RE ARB 525 -19,573 23,634 3.001 1.00 08/26 BUT at ATSM 553 02 AND I AM WITH 525 -19.631 22.720 3.963 1.00 28 .22 BUT with ATSN 554 ΝΗ1 ABC 525 -19.480 23.097 5.225 1 .co 24.72 l n ATON 555 ΝΗ2 ARB 525 -19.838 21.436 3.671 1 .co 28.94 BUT I ATON 556 WITH ARS 525 -22.374 24.492 “1.259 1 .co 26-95 BUT with ATON 557 ABOUT ARB 525 -22.457 25-595 “1.877 2 .00 27.36 BUT 0 ATON 553 N 0ΐ3 526 -23.395 23.973 -0.585 100 27.37 BUT I ATSN 559 CA ΟΪ3 52B -24. / 27 24.557 -0.035 1.00 27 .20 BUT with ATSN 560 WITH ΟΪ3 520 -20.155 25.053 0.749 1.00 2B .67 BUT with ATSN 551 0 0Ϊ5 526 -25,103 24.202 1.709 1.00 27.15 BUT 0 ATON 563 NE From ¥ 5 525 -25,723 23.512 -1.124 1.00 2B .62 BUT with ATON 563 Fuck 0Ϊ5 526 -25.404 22.004 -2.801 1.00 28.40 BUT five ATSM 564 N Sue 527 -25,496 26.333 0.850 1.00 $ 27.7 7. at ATOM 565 CA £ ¥ £ 527 -25.764 26.92 3 2.153 1.00 30.68 BUT with ATON 566 WITH 527 -27,111 27,637 2.23C 1.00 03/30 BUT with ATON 567 ABOUT ΟΪ3 527 -27.072 28,049 1-213 4-00 29.33 BUT with ATON 563 NE C ¥ yo 527 -24. 653 27,907 2.519 1.00 30.20 BUT with ATON $ 69 ss ΟΪΞ 527 -22.945 27.31 $ 2-258 1.00 34.08 BUT £ ATSN 570 N b $ and 528 -27.026 27.777 3.440 1.00 31.45 BUT at ATSN $ 71 CA LEU 528 • see. 881 2B, £ [C 3. YZO ί .00 08/33 BUT with ATSN 57? NE ive 528 “29.015 20,058 4-862 ; .oo 31.33 BUT with ATSM 573 SS Bg-0 528 -30,103 26.630 4.533 1. with 31.88 BUT with ATOM 574 COT HESG 52 " -30.904 26,179 5-793 1.00 2B. 76 BUT with ATSM 575 C 02 Bw 528 -30.85 " 20.576 3.317 £ .00 29.32 BUT with ATSM 570 WITH 1.EO 52Y -2Y-36] 30.026 3.979 100 36.14 BUT with ATSM 577 0 Bw 523 -27.762 30.331 5.014 ί .30 36.49 BUT about ATOM 578 N B-h 529 -28,652 30.914 3.042 1.00 40.20 BUT n ATSN 579 CA b £ h 529 -28.208 32.292 3.135 1.00 4 5.03 BUT with ATSN 5В0 NE Bw 529 -26.956 32.491 2.272 1.00 43.96 BUT with ATSN 501 si Bw 529 -26.141 33.767 2.499 1.00 45-14 BUT with ATON 502 Οϋΐ Bw 529 • 25.404 33.667 3.822 100 45-34 BUT with ATON 503 CO2 Bw 529 -25.146 33.956 1-308 1.00 45.47 BUT with ATSN 504 WITH Bbc 529 -29.348 33-101 2-63Θ 100 40.10 BUT with ATON 50 $ □ Bw 529 -29-527 33,369 1.431 100 40.79 BUT 0 ATOM 506 N RVO 530 -30.144 33.726 3-510 100 40.91 BUT N ATSN 507 With Ryo 530  28-973 33,517 5.021 1.00 40.98 BUT with ATSN 508 CA vomit 530 -31-354 34,638 3.259 1.00 50.42 BUT with ATON 589 NE RVO 530 -31.955 34.819 4.603 1.00 49.24 BUT with ATON 590 SS PPO 530 -30.872 34.610 5.604 1.00 50.12 BUT with ATOM 591 WITH PB0 530 -30.773 35.972 2.687 1.00 49.69 BUT with ATON 593 0 PP0 530 -29.729 36.408 3.080 1.00 48.97 BUT 0 ΑΤΰΗ 593 s smiling 531 -31.544 36.527 1.759 1.00 $ 2.50 BUT I ATON 594 CA Bk 531 -31.225 37.830 1 .182 1.00 $ 4-58 BUT with ATOM 595 Sv Yi 531 -31.325 38.929 2.247 1.00 $? - 89 BUT with ATON 596 SY s 531 • 32.722 39.160 2.813 1.00 62-33 BUT with ATOM $ 97 With yen 531 -32.754 40.294 3-831 1.00 65.19 BUT with ATOM 59 " OE1 BYN 531 -32.220 41.391 3.590 100 66.51 BUT 0 ATOM $ 99 ΝΕ2 si 531 • 33-378 40,013 4-970 1.00 54. AT 9 BUT at ATOM 600 WITH C-1.H 531 -29.820 37-813 0.586 1.00 53.73 BUT with ATOM 601 0 BY4 $ 31 -39-021 36,734 Ο.Οί 2 1.00 54.88 BUT 0 ATOM 602 N ALD 532 -29.510 36,859 -0.250 1.00 50.22 BUT at ATOM 603 CA ABA 532 “28.234 36,320 -0.933 1.00 48.28 . BUT with APCHZN 604 NE ABA 532 -27.514 35,525 -0.62 6 1.00 46.39 BUT with ATOM 605 WITH ABA 532 -2B.404 36.991 -2.443 1.00 *?-AND BUT with ATOM 606 ABOUT ABA 532 -29.324 36.432 • 3.04 3 1.00 45-39 BUT 0-

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PBX £ 07 N Α5Ν 533 -27.520 37,772 -3.052 1.00 46.61 Α Β ATOM £ 0 $ CA AYAN 533 “27.359 37,735 -4.500 1.00 45.24 Α WITH ATOM 609 si Α5Ν 533 ‘27 .689 39,097 -5.130 1.00 48.6V Α £ ATON 610 ss Α5Ν 533 -27,745 39,039 -6.657 1.00 52.76 Α WITH ATOM 611 OS1 Α6Ν 533 -27,459 38.001 -7.259 1.00 55.43 Α WITH ATOM 612 N02 AYA 533 -25,117 40.154 -7.286 1.00 54.40 Α Ν ATOM £ 13 WITH Α8Ν 533 -25.910 37.372 -4.781 1.00 42.36 Α £ ATOM £ 14 ABOUT Α3Ν 533 -25.0ϋ4 38.166 -4.540 1.00 4.-25 Α 0 ATOM 615 N SUYO 534 -25.694 3 6.162 -5.27 $ 1-00 40.03 D Η ATSN 616 CA SUYO 534 -24,346 35.706 -5.572 1.00 38.85 Α v ATON 617 WITH SUYO 534 -24.139 35.637 “7,016 Ι, ΟΟ 38.60 Α | 4. ATSN 610 about SUY 534 -25.031 35-21 $ -7.012 1.00 SV.2V Α 0 ATOM 619 sv SUY $ 34 10.244 34,322 -4.980 1.00 38.71 Α 0 ATOM £ 20 ss SUY 534 -24.229 34.143 -3.170 1.00 39.4 " Α eight ATON £ 21 N 5 EP 535 -22.956 36.O40 -7.525 1.00 35.57 Α Η ATOM 622 CA 5 EP 535 -22.642 36.029 -B.943 1.00 35.87 Α WITH ATOM 623 NE 5 EB 535 -22.007 37 .430 -9.523 1.00 34.83 D WITH ATOM 624 SS £ EC 535 -22.034 38.375 B .755 1.00 37-31 Α 0 ATOK 625 with YOEK 535 -21.220 35.520 9.1 £ $ 1-00 34.0? Α WITH ATOM 626 about 5 YOON 535 -20.364 35.6-13 -0.207 1 - 00 34.76 Α 0 ATOM 62? s UAY 536 -20.975 34.966 -10.347 1.00 32.81 Α Η DTOM 620 CA UAY 536 “19.659 34-444 -10.6Θ1 1.00 32.05 Α WITH ATON 629 NE UL 536 ‘19 .752 33.150 -11.524 1.00 33.02 Α £ ATOM 630 CC1 UL 536 -18,353 32.630 -eleven. Θ17 1.00 31.62 Α WITH ATON £ 31 CC2 UAY 536 -20.555 32.116 -10.707 1.00 37.22 Α WITH ATON 632 WITH UAY 536 -1Θ.Θ71 35.465 -And. 479 1.00 32.35 Α WITH ATOM 633 ABOUT UAY 536 -nineteen. 395 36.003 -12-406 ι - Ου 32.6 $ Α α ATSN 634 s ΗΙ5 537 -17.603 35.631 “11.129 1.00 32.15 Α Ή ATOM 635 CA ΗΙ5 537 -sixteen. 743 Bb “11.854 1.00 32.62 Α with ATOM 636 sv I15 537 ‘16 .430 37.757 -10-914 1.00 32.90 Α WITH DTOM 63 7 ss H15 537 -17.657 33.492 -10.534 1.00 38.48 Α 0 DTOM 630 ss? ΗΙ5 537 -10.536 30.238 -9, 534 1.00 39.02 Α WITH ATOM 639 1J1 H15 53? -19.153 39.5V? -11.211 1.00 35.06 Λ N DTOM 6th CE1 H15 53? -19.205 39.973 -10.650 1.00 40.33 Α WITH ATOM 641 NOT 2 H13 537 -nineteen. 540 39.171 -9. 630 1.00 41.12 Α Ρ ATOM 642 WITH ΝΤΞ 537 -15,402 35.ΘΖ9 -12.268 1.00 31.22 Α WITH ATOM 643 ABOUT YAG5 537 -14.025 35.197 -11.446 1.00 32.07 Λ 0 ATOM 644 N TNR 53Θ -15.160 35.923 -13.553 1.00 30-02 Α 17 ATOM 645 CA Transnational corporation 530 -14 . 1 30 35.092 -14.160 1-00 28.05 ή WITH ATOM 646 08 TNR 53Θ -14.74 5 34.139 -15.259 1.00 30-20 Α WITH ATOM 647 OS1 TNV 53 b -15.65E 33.264 -14-65? 1-00 29.62 Α 0 ATOM 640 CO 2 THY 53 V “13.65V 33.417 -16.011 1.00 26.00 Α WITH ATOM 649 WITH THY 520 -13.07 1 35-934 “14,? B6 1.00 27.41 ή WITH ATOM 650 0 TNV 53 V ‘13 .290 37.001 -15-330 1-00 26.94 Α 0 DTOM 651 N ABA 539 -11, 793 35.453 -14,704 1.00 26.67 ή Ν DTOM 652 SD ABA 539 -10.713 36-017 -15.503 1.00 26.84 Α WITH ATSM 653 SR ABA 539 -9,722 36.757 -14.617 1.00 27.43 Α WITH ATOM 654 with DIA 539 -10.910 34.901 -16.258 1.00 27.34 Α WITH ATOM 655 0 ABA 539 -9,800 33 .806 -15.727 1.00 29.03 Α ο ATOM 656 n RTO 54 0 -9.64 5 35.Ϊ6Β -17.510 1.00 25.34 Α η ATOM 657 with RVO 54 0 -9.835 36.482 -18.162 1.00 26.40 Α WITH ATOM 65 V CA RNO 540 -9.058 34.190  10.434 1.00 2 $ .5 £ Α WITH ATON 659 se 1'CO 540 -9.227 34 .B41 -19.804 1-00 25.71 Ά WITH ATON 660 with RIO 540 -9.165 36.312 -19.50 $ 1.00 21,40 Ά WITH ATON 661 with RVO 540 -7.595 33-907 -18-126 1.0Ο "7.52 Α WITH ATOM 662 □ RIO 540 -6.923 34,699 -17-463 1.00 27.04 Α 0 ATOM 663 N RIO 541 -7.075 32.703 '18, 636 1.00 27.53 Α l ATOM 664 with RIO 541 -7.795 $ 31.77 -19,435 1.00 20.31 Α WITH ATON 66 5 sd PPO 541 -5.650 32,469 -18,522 1.00 29.94 Α 0 ATOM 66 $ se PPO 541 -5-453 31. 318 -19.510 1.00 26.51 Α WITH ATOM 66? ss PPO 541 '6,794 $ 30.65 -19.562 1.00 20.03 Α WITH PBX 6J8 with PPO 541 -4.708 33. £ 76 -18.875 1.00 32.23 Α WITH PBX £ 69 0 RVO 541 -5.053 34.302 -19.840 1.00 30.35 Α ο PBX 670 and ABA 542 -3.759 33.910 -18.070 1.00 35.43 Α Η ATOM £ 71 CA ABA 542 -2.864 35.034 -18.290 1.00 39.68 Α WITH PBX 672 NE ABA 542 -3.169 36.142 “17.29B 1.00 41.32 Α WITH ATSM 67 3 WITH Ala 542 -1.429 34.572 -10.12 $ 1.00 41.82 Α WITH ATOM 67 4 about ABA 542 -1.077 33.9B2 -17.100 1.00 43.83 Α 0 ATON 67 5 N si 543 -0.603 34.83 $ -39-125 1-00 44.83 ή Ν ATSN 67 6 CA eo 543 0.016 34.523 -19-033 3.00 4Θ.00 Α WITH ATON 677 NE st 543 1.461 14-625 '20 .418 1.00 52.56 Α WITH PBX £ 7 $ CE bsh 543 2.492 33.547 -20.115 1.00 $ 57.9 Α 0 ATON 079 With YTs1 543 1.850 33,227 -21.120 1.00 61.23 . Α WITH ATSM 6J0 0E1 OW 543 1-824 31 - .30? -20.277 1.00 62.99 Λ ΰ ATOM £ 01 OE2 si 343 1.396 32.113 -22.283 1.00 £ 3 * 66 Α α ATSM 6Θ2 WITH from 543 1 .463 35.530 -18.082 1.00 47.94 Α with

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ATOM 683 0 si 543 2, OZE 36.525 -18.520 1.00 49.36 BUT WITH ATOM 68 " N ABA 544 1.359 35.274 -16.781 1.00 45.89 BUT N ATOM 635 CA ABA 544 1.627 36.223 -15.780 1.00 43.79 BUT WITH ATOM 686 NE DIA 544 β. 678 37.126 -15.346 1.00 4 2.96 L WITH ATOM 687 WITH ABA 544 2.418 35.508 -14-564 1.00 44,20 BUT WITH ATOM 686 C ¹ DIA 544 1.998 34.402 -14-210 100 42, J2 L 0 ATOM 689 N Yaw 545 3-393 36,148 -13.926 1.00 43.11 BUT N ATOM 698 CA Yaw 545 4-064 35,866 -12.167 1.00 42.80 BUT WITH ATOM 691 NE 5EV 54 5 5,196 36.469 -12.297 1.00 4 4.06 BUT WITH ATOM 692 OS 8EV 545 6, 381 36.204 -13.020 1. with 49.18 BUT 0 ATOM 693 with £ EB 545 3,002 35.350 -11.621 1.00 40.42 BUT with ATOM 694 0 £$ EZ 545 3,159 34.344 -10.917 1.00 41.59 BUT 0 ATOM 695 m NOT 546 2.171 36.297 -11.435 1.00 37.26 BUT ίΐ ATOM 696 CA MET 546 1.224 36.224 -10.337 1.00 31.49 BUT with ATOM 697 Joint venture NOT 546 0.051 37.631 -9-869 100 36.04 BUT with ATOM 699 Sat NOT 546 1.97 3 38.32 $ -9-1 * 9 100 11/37 BUT with ATOM 699 thirty MET 546 1,626 40, 049 -8,851 ι, οο Z.YO BUT five ATOM 708 CE NOT 54 6 2,137 40.710 -10.406 1.00 47.70 BUT WITH ATOM 701 / - MET 546 -0.026 35,461 -10.710 1. Software 37.16 BUT WITH ATOM 702 0 MET 546 -1.07 6 35.596 -10.083 1.00 37.19 BUT 0 ATOM 703 N SUE 547 0,091 34.630 -11.75? 1.00 36.79 BUT I ATON 704 CA tat 547 -0.994 33.747 -12.136 1.00 35.87 BUT with ATOM 705 WITH SUE 547 -2.212 34.481 -12.659 1.0-0 36.73 BUT with ATON 706 0 Y ¥ 541 -2.119 35.599 -13.160 1.00 36.4? BUT 0 ATOM 707 14 shadows 548 ’Z.366 33,840 -12,536 1-00 35.43 BUT N ATOM 709 CA TNR 64Θ -4-611 34.40? -13-011 1-00 35.74 BUT WITH ATOM 709 NE YOU 540 -5.403 33.365 -13.841 1.00 37.13 BUT with ATON 710 OS! TNV 549 -4,580 32.092 -14.914 1.00 39.98 BUT 0 ATON 711 CC2 Transnational corporation 540 -6.664 33.976 -14.416 1.00 38.25 BUT with ATON 712 0 TEK 54Θ -5.442 34.017 -11.808 1.00 34.88 BUT with ATOM 713 ABOUT Transnational corporation 540 -5.597 34.041 -10.066 1.00 36.02 BUT 0 ATON 714 N LAN 549 -5.971 36.033 -11.331 1.00 33.45 BUT η ATSM 715 CA LAN 549 -6.562 36.607  10.632 ] .00 34-68 BUT with ATSN 716 Sho ABC 549 -5.574 37.580 - $ 9.97 1.00 34.64 BUT with ATOM 717 SS LAN 549 -4.158 37.005 -9.856 100 37.46 BUT with ATOM 7! 0 Sho LAN 549 -3.155 38.035 -9- 360 1-00 35.93 BUT with ATOM 719 ΝΕ ABC 549 Z.Y01 38.159 -7,901 1.00 35.43 BUT N ATOM "20 cg ARB $ 49 -2 .4-54 37-440 -7,069 1-00 34.21 BUT WITH ATOM 721 ΝΗ1 ICE 549 -2.556 37.610 -5,760 1.00 30.15 BUT N ATON 722 ΝΗ2 ABC 549 -1.593 3 B, $ 4 5 -7,546 1.00 32.58 BUT N ATOM 723 WITH ABC 549 -7.053 37.329 -10.947 1.00 34.29 BUT WITH ATON 724 0 ABC 549 -7,990 37,960 -11.906 1.00 34.98 BUT 0 ATON 725 N UAY 556 -at. a b 37.221 -10.040 1.00 33.25 BUT N ATSN 726 CA UAY 550 -10.054 37.970 -10.147 1.00 33.71 BUT WITH ATSN 727 NE UAY 550 -11.130 37.161 -10.914 1.00 32.51 BUT WITH ATON 728 061 UAY 550 -11.547 35.936 - 10.103 1.00 30.56 BUT with ATON 75 9 052 UAY 550 -12.329 38.04 3 -11.222 1.00 32-51 BUT with ATON 730 with UAY 550 -10.030 38.244  0.727 1.00 36.76 BUT with ATSM 751 WITH UAY 550 -10.261 37.460 7,812 100 36.18 BUT 0 ATOM 732 N H73 $ 51 -11.222 39-356 5th 1-00 ZE 93 BUT N ATOM 753 CA 1115 551 11.719 39,683 -7,200 1.00 43.33 BUT WITH ATOM 734 NE ΉΤ5 631 -10-779 40-675 -6- 50 6 ] -00 4 6.64 BUT WITH ATOM 755 SS H15 551 -10.056 42.067 -1,050 1.00 52.46 BUT WITH ATSM 736 CO2 ΗΙ8 551 -10,404 42.597 -B, 212 1.00 54.58 BUT WITH ATOM 737 N01 H15 5Y -11.460 43.101 -6.365 1.00 54.96 BUT N ATON 738 CE1 ΗΙΞ 551 -11.377 44.200 - 7.002 1.00 56.62 BUT WITH ATON 739 ΝΕ2 Η1Ξ 551 -Σ0.741 43.930 -0.207 1.00 57.00 BUT N ATOM 740 WITH H13 551 -13.120 40.256 -7.262 1.00 43.49 BUT WITH ATON 711 □ H15 551 -13.585 40.702 -0.313 1-00 42.88 BUT 0 AGON ?12 N C ¥ y 552 13.815 40.229 6.128 1.00 44.31 L at ATON 743 CA C ¥ 3 552 -15.158 40.771 -6.045 1-00 47.65 BUT with ATOM 744 WITH C ¥ 3 552 -15.074 12.292 -5.94.3 1.00 51.08 BUT WITH ATON 745 0 CPS 552 -14.612 42-VZO '4,937 1-00 50.38 BUT 0 ATOM 74 $ NE popping 552 -15.875 40-193 -1-824 1-00 4 4.92 BUT with ATON 747 55 CPS 552  16-962 38.371 -4.816 1.00 44,45 BUT 6 ATOM 748 N Ή15 $ 53 -1 $ - $ 16 42-919 -6.990 1-00 55.41 BUT μ ATOM 749 CA ΗΊ5 553 -15-266 44,410 -1,120 1.00 60.41 BUT WITH AGON 750 NE ΗΊ8 553 -14,662 44.740 -8,565 1.00 63.13 BUT WITH ATOM 751 SS ΗΊ5 553 -15.92? 44.379 -9.5? 2 1.00 68.52 BUT WITH ATON 752 002 H1 £ 553 -16.7E1 45.144 -10.294 1.00 70.80 BUT WITH ATOM 753 Νϋΐ ΗΙ5 553 -Ϊ6.1Β7 43.073 -9.932 1.00 7 1.80 BUT N ATON 754 Сё1 NZV 553 -17.155 43.049 -10.E31 1.00 7 1.80 BUT WITH ATON 755 NOT? n1y 553 -17.533 44.293 -eleven . ϋ68 1.00 72.09 • D M ATSN 756 WITH ΗΊ5 553 -16.442 45.282 -6.685 1-00 60-90 BUT WITH ATOM 757 0 ΗΙ3 553 -16.292 46.491 -6-524 1-00 62.29 BUT 0 ATSM ? 58 N tan 594 17.609 40.677 -6.49? 1-00 61, 02 BUT N

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ATSM 759 CA a lot 554 -18.792 45,412 -6.120 1.00 61.69 BUT WITH ATCI 760 se BYN 554 -30.06? 44.895 -6.527 1.00 62.40 BUT with ATOM 761 SS SUS, ’ 554 -2O.209 "4.514 -B.030 1.00 64.6V BUT E ATSN 762 with 6BM 554 -21,646 44.278 -8.452 1.00 66.14 BUT with ATOM 763 OE 1 OBI 554 -22-313 40,071 -7.952 1.00 66.12 BUT 0 ATOM 764 HE2 SBM 5 $ 4 -22.133 4 5.100 -9.379 1.00 66.89 BUT n ATSM 765 WITH SBI 554 -18.831 45.747 -4.62V 1.00 51.75 BUT with ATSN 766 0 □ BN 554 -18.205 4 5.002 -3.813 1-00 61.46 BUT 0 ATSN 767 N Sc 555 -19.408 46.850 -4.281 1.00 61.73 BUT N ATSN 76V CA SBI 555 -19.917 47.33V -2,907 1.00 61.26 BUT WITH ATOM 769 NE SALES 555 -ΞΟ.Ο92 40.756 -2.869 ] -00 64.04 BUT E ATOM 770 ss SALES 555 ’10-003 49,452 -1.534 1.09 67.9) BUT WITH ATON 771 with Sc 555 -18.440 49- $ 24 -1,132 1.00 71.40 BUT WITH ATON 77? OE1 "and 555 -17,700 50.401 -1 - 53 b 1.00 73.49 BUT about ATOM 17.3 NOT? SAT 555 -38-012 ¢ 5.535 -OHE ^ E 1 _I OO 71.05 BUT N ATSN 74 WITH Sc 555 -20.336 46.437 -1.984 1.00 59.47 BUT with ATSN 77 $ 0 Sc 53 $ -21.532 46.205 -2.199 1.00 58.7 $ BUT 0 ATSN 776 I SBU 556 -19.603 45.907 -0.953 1-00 57.33 BUT n ATSN 777 CA SBU 556 -20.370 45.001 0.019 1.00 55.06 BUT with ATSN 778 WITH SBU 556 -20.304 43.593 “0.263 1-00 53.72 BUT with ATSN 779 0 SBU 556 -20.607 42.770 0.566 1-00 53.32 BUT about ATON 7 VO N H13 557 - 19.809 43-233 -1.446 1.00 51.42 BUT N ATON 761 CA Η.ΙΞ 557  19-772 41.804 -1,041 1.00 49.50 BUT WITH ATOM 78? si ΗΊ $ 557 -19.65 $ 41.721 -3.367 1.00 51.95 D with ATON 7ёЗ SS 013 557 -20.930 42,035 -4.092 1.00 58.53 BUT with ATSN 704 C 02 ΗΙ5 $ 57 -21.535 41.427 -5.141 1.00 58.76 BUT with ATOM 705 N01 H15 557 -21.752 4 3.085 -3.733 1.00 57.07 BUT N ATON 7B6 CE1 N1B 557 -22.VO7 43.110 '4-523 1-00 5 $, 39 BUT with Α? ΫΚ 7B7 ΝΕ2 H13 557 -22.700 42.115 - $. 391 1-00 58.10 BUT I ATSM 7B8 WITH H1YO 557 -1V.633 41.089 -1.1-51 1-00 45.78 BUT with AGON 7B9 with- ΗΙ3 557 -17.580 11.64 ' -0.930 1.00 45.56 BUT about ATOM 750 N UAB 550  1B, 892 39-029 -0.812 1.00 41.36 BUT and ATON 791 CA UL $ 58 -11-934 38,982 -0.108 1.00 37.02 BUT with ATSN 792 SI UAB $ 58 -18. $ 00 35-521 one . 244 1.00 37.11 D with ATON 793 CM UAB 558 -17.454 07.737 ι, uh 1.00 37.46 l with ATON 794 C62 UAB $ 58 -18.964 39.721 2.050 1.00 39.30 BUT with. ATON 795 WITH UAB 550 -17.620 37 .736 -0.930 1.00 35-0 $ L with ATSN 796 0 UAB 550 -1V.530 37.112 -1.475 1.00 34-44 BUT with ATOM 797 N Betz 559 -16.351 37.373 -1.009 1.00 33.22 BUT I ATSN 79B CA Betz 559 -15.934 36.175 -1.732 ! - 00 June 31 BUT with ATOM 799 NE Bes 559 -14.440 36.250 '2.039 1.00 29.73 BUT with ATON 800 SS- ΕΕϋ 559 -13.022 34.965 -2.596 1.00 29.66 BUT with AGON 801 CM betz 559 -14.328 34.731 4.0? $ 1.CO 21.03 BUT with ATON 802 CO2 BEO 559 -12.300 35.C79 -2. $ 7 $ 1.00 20.86 BUT with ATOM 803 WITH CEO 559 -16.220 34.92 9 -0-893 1.00 31.01 I with ATOM 804 but Bei 559 -15x780 34.829 0.245 1.00 31.89 BUT 0 AGON 505 N tlk. 560 - 16.97 8 33.904 -1.447 1.00 28.29 BUT [one ATOM 806 CA Transnational corporation 560 -17.335 32,777 -0.701 1.00 27.77 BUT with ATON 807 NE Transnational corporation 560 -10-362 33,532 -0.720 1.00 27 .B6 BUT with ATOM 000 001 TNR 560 -19.302 32.333 -2.000 1.00 29.50 BUT £ ATOM 809 seg TNR 560 -19,602 33.721 -0.117 1.00 24.9 $ BUT with ATOM 010 with TNR 560 -sixteen. 649 31.518 -1.234 1.00 27, A1 BUT with ATON 011 0 TNR 560 -16, 592 30.505 -0.544 1x00 21.32 BUT about ATOM AT 12 N SBU 561 -16.149 31.579 -2.465 1.00 28.51 BUT at ATOM 013 CA SBU 561 -15.529 30.415 -3.067 1 .00 26.65 BUT with ATOM 014 WITH SBU 561 -14.720 30.746 “4-312 1.00 28.04 BUT with ATOM 015 0 SBU 561 -19.044 31.896 -5.035 1.00 29.85 BUT 0 ATOM 016 n SU $ 562 -13.684 29.960 -4.555 1.00 26.78 BUT S ATON 017 CA CPS 562 12.860 30,109 -5.145 1.00 20, 0V BUT with ATSN 818 WITH' SUB 562 -12.86 $ 29.802 -6.535 1.00 2V .91 BUT with ATOM 019 ΰ CPS 562 “12.698 $ 27.72 -5.965 1.00 29.35 BUT 0 ATON 829 C6 CPS 562 “11,414 '30 .444 -5.350 1.00 29.31 L with ATOM 821 IN ΕΪ5 562 -11-177 32,043 -4.523 1.00 30.6? BUT 3 ATSN 822 N 5EP 563 -13.060 20.003 -7.045 1.00 27.63 BUT and ATON 823 CA YEV 563 -12.994 27,741 -8,721 1.00 21x76 BUT with ATSN 824 NE Yen 563 -14.372 27,442 -9.321 1.00 25.07 BUT with ATSN 825 About Yen 563 -15.367 26,932 -B.341 1.00 29-15 BUT 0 ATSM 026 with Yen 563 -11.991 27.990 -9.839 1.00 27.56 BUT with ATSN 827 0 VEN 563 -11.67Ϊ 29.137  10.157 1.00 28.3 " BUT 0 ATSM 028 and VEN 564 -11.506 26.912 - 10-440 1.00 26.93 BUT and ATON Θ29 CA Yen 564 -10.543 01/27/4 -11.531 1-00 20.10 BUT with ATSM 030 NE Yen 564 -9-121 27.0) 7 -10,960 1.00 20.82 BUT with ATON 031 OS Yen 564 8.171 27.330 -11 - 957 1.00 33.70 BUT 0 ATSM 832 with 564 -10.697 25,845 -12,502 1.00 26.61 D with ATON 333 0 BEIA 564 -10.767 24-690 -12,003 1.00 27.41 BUT ϋ ATON 834 ίί H1 £ 565 -10.744 26,139 -13.197 1.00 26.30 BUT ΙΤ

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ATON 835 Joint venture H1E 56 $ -10.617 25.090 -14.814 1 .CO 24.40 BUT WITH DTON 836 NE ΗΊ5 £ 6 $ -11.99 $ 24.894 -15.51C 1.00 23.27 BUT WITH ATSN 5) 37 Sat ECZ 56 $ - 12.271 25.682 -16,603 1.00 24.99 BUT WITH ATON J38 SOY TP5 56 $ -12.022 25,631 -17.934 1.00 25.30 BUT WITH ATOM 839 N01 NTV $ 65 -12.681 27.096 -16.375 1.00 25.00 BUT AND ATON 840 CE1 NTV 555 -12,994 27.752 -17.517 1.00 26.14 BUT with ATOM 841 ΝΕ2 ΗΊ3 565 -12.430 27.006 -18.479 1.00 24.33 I to ATOM 842 WITH ΗΊ5 565 -9,589 25.467 -15. B50 1.00 24.4 $ BUT with ATOM 843 0 H18 565 -9.232 26.640 -16.046 1-00 25.19 BUT 0 ATSN 844 N TV * 566 -9.029 24.463 -16.611 1.00 24.82 BUT to ATOM 8 * 5 CA TNR 566 -8.034 24.710 -17.04? ] -00 25.49 BUT with ATON 846 NE TNR 566 -6.61V 24.503 -16,909 1.00 23.96 BUT with ATON 847 Sat TKR 566 -6-420 23.) 85 -16.290 1.00 24.74 BUT with ATON 848 Joint venture? TKR 566 -6.786 22,064 -14.944 1.00 24.42 BUT with ATOM 849 CE2 TKR 566 -6.434 21,519 -14.729 1.00 23.95 BUT with ATOM 850 Cez TKR 566 -7,369 23.586 -13, B96 1.00 25.18 BUT with ATOM 851 From 01 TKR 566 -5.086 22.051 -16.820 1.00 23.05 BUT with ATOM 852 ΝΕ1 TKR 566 -5, B87 21x046 “15.894 1.00 23-71 BUT to ATON 853 C22 TKR 566 -6.64V 20x077 -13.500 1.00 2 $.? 0 BUT with ATON 854 SGS TKR 566 -7.57V 22.951 -12.606 1 -00 24.07 BUT with ATON 555 CH2 TNR 566 -7 .220 21-600 -12.50 $ 1.00 25.51 BUT with ATOM 856 with TNR 566 -0.267 23.796 -18.746 1.00 25.03 BUT with AGON 857 0 TKR $ 66 -0.687 $ 22.64 -18.595 1.00 24.33 BUT with ATOM 858 N si 567 -7.990 24,310 -19, 934 1.00 24.46 BUT and ATOM 859 CA si 567 -0.361 23,645 -21.170 1.00 25.13 BUT with ATOM 860 NE Bt 567 -0. 547 24,685 -22.274 1.00 24.46 BUT with ATOM 861 SY si 567 -0.779 24.101 “$ 23-04 1.00 24.68 BUT with AGON 862 NE Bi 567 -9.514 25.05V -24.557 1.00 25.49 BUT with ATON 863 CE1 Si 567 -10.669 25,420 -24,233 1.00 26.55 BUT 13 AGON 864 Sho? her 567 0.939 25.449 -20.596 1-00 23.35 BUT 0 ATOM 865 WITH si Ϊ67 -7,333 22,603 -21,604 1.00 26.33 BUT with ATOM Y66 WITH 5th 567 -7,683 21.517 -22.07? $ 1.00 2 .57 BUT 0 ATOM 867 N fish $ 60 -6.063 22.953 -21.453 1.00 26.79 BUT and ATSM 868 CA UAY $ 60 -4-99? 22,112 -21.955 1.00 29.50 BUT with ATOM 869 NE UDD 560 -3.074 22.974 -22.571 1.00 20.46 BUT with ATOM 870 CC1 UDD 560 -2.660 22.109 -22.901 1, C0 20.66 BUT with Agom 871 SY? UAY 569 -4.402 23,646 -23.842 1.00 24.39 BUT with ATOM 87? WITH UAY 560 -4.42V 21.223 -20.353 1.00 32.40 BUT with AGON 873 WITH UAY 560 -3.985 21,710 -19.310 1.00 31.74 BUT 0 ATOM 874 N si 569 -1.465 10.914 -21.080 1.00 36.29 BUT N ATOM 875 CA STYY 569 -4.10V 10.95.3 -YO. 0 + 7 1.00 4.05 BUT with ATOM 876 NE si 569 -4.360 17,520 -20.530 1 .00 36.99 BUT with DTOM 877 Si si 569 -5-637 17,124 -20.604 1.00 31.50 BUT with ATOM 879 SI si 569 -6.534 17,605 -21.E60 1-OS 38.99 BUT with ATOM 879 OE1 Bp $ 6 * -7,? 28 1?, 206 -22.05С 1.00 31.44 BUT 0 ATOM 880 CE2 Yo 569 -5.093 10.299. ’.00 20.21 BUT 0 ATON 891 WITH bio $ 6 * -2.633 19,114 -19.603 1.00 48.32 BUT with ATOM 882 WITH si 569 -1.767 14,363 -20.424 1.00 47.22 BUT 0 ΑΤΌΜ 883 N AZR $ 70 -2,439 18.E $ 7 -18.295 1.00 55.96 BUT N ATOM 884 CA FER $ 70 -1.185 19.278 -17.60V 1.00 63.65 BUT with ATOM 885 NE AZR 570 0.627 10.094 -18.464 ’, 00 66.25 BUT with ATOM 886 SS AZR $ 70 3. 493 17.475 -18.207 1.00 69 .76 BUT with AGOM 887 001 AZR 570 0.436 17, 039 -17.035 1-00 72-02 BUT 0 ATOM 889 002 AZR 570 0.915 16,798 -19.172 1 .00 69-99 BUT 0 ATOM 889 WITH AZR 570 -one. 107 20,757 -17.236 1.00 67.33 BUT with ATON 890 ABOUT AEP 570 -0.426 21,538 -17.903 3-OS 60-92 BUT 0 ATOM 891 N Bw 571 -1.802 21,130 -16.161 1.00 69.07 BUT N AGOM 892 GA Bc 571 “1.922 22.532 -15.760 1.00 72.16 BUT with ATOM 893 GW ’-EO 571 -2.990 22.691 -34.664 1.00 71.90 BUT with ATOM 894 GB Bc 57 ’ -2,707 22.122 -33-265 1.00 71.59 L with DTOM 89 $ CP1 yee 571 3.756 22.633 -12.2 * 9 1.00 70.61 BUT with DTOM 8 * 6 SP2 yee $ 7 ’ -2-709 20.598 -13.104 1.00 72, 02 L with ATOM 897 with Bko $ 7) -0.591 23.094 -15.259 1.00 73.82 BUT with DTOM 89 $ 0 T.EP $ 71 -0-554 24 .116 -14,566 1.00 75.52 L about ATOM 899 N REY $ 77 4.838 21.651 -10.922 1.00 57.36 BUT and ATOM 900 SS REY 577 0.223 27.162 -11.012 1.00 59.00 BUT with ATOM 901 CA REY $ 77 4.535 2Β.1Θ6 -9.587 1.00 $ 6-03 BUT with ATOM 902 NE REY 577 5.864 2B.077 -8.036 1.00 56.74 BUT with ATOM 903 SY REY 577 6.621 27.019 563 $ 1.00 8.8? BUT Th ATOM 904 with REY 577 4.057 29.627 -9.671 $ 1.00 3.74 BUT WITH ATOM 905 0 REY 577 4.654 30.44 $ -10.305 1, 00 55.21 BUT 0 ATOM 906 N UAY 57 V 2.903 29.931 -8.956 ] .00 49.44 BUT at ATOM 907 GA UAY 57 V 2.397 31.260 -9.002 1.09 46.13 . BUT with DTON 908 GW UL 57 V 0.859 31.179 -8.697 1.00 45.53 L with ATOM 909 C01 UAY $ 70 0.250 32.570 -8.092 1.00 45.46 L with ATON 919 SB2 UAY 570 0.308 thirty . 370-10,057 1.00 47.41 BUT | “

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ATOM 911 WITH UAY 578 2.933 32.114 -7.859 1.0J 43-02 BUT WITH ATSM $ 12 ABOUT UAY 578 2.950 31.671 -6.707 1.08 43.37 BUT ABOUT ATON 913 N Bw 579 3.365 33.331 -AT . 100 1.08 30.55 BUT N ATOM 914 CA NYTG 57 $ 3.764 34.204 -7.150 1.08 36.60 D WITH ATON $ 15 NE Bw 579 4.5V6 35.429 -7,752 1.08 35.06 L WITH ATON 916 SS LIE 57 $ 5. $ 26 3 5.006 -0,460 1.00 35.00 BUT WITH ATSM $ 17 £ □ 1 LIE 579 6.660 36.379  0 * 130 1-00 34.09 BUT with ATON 910 £ 02 boo 57 $ 6.750 3) .216 -1, + J0 1.00 32.12 BUT with ATSM 91 $ WITH Bep 579 2.524 3) .056 “6.4? 5 1.08 35.58 BUT with ATOM 920 ABOUT Bw 579 1.469 3) .991 -7.101 1.00 35.13 BUT 0 ATOM 921 N L5 500 2.658 35,196 -5.198 1.00 35.00 BUT and ATSM $ 22 CA ABC 580 1,539 35.720 -four . 426 1.00 36.40 BUT with ATSM $ 23 NE AVN 500 1.224 37.154 -4. B63 1.00 36.2+ BUT £ ATOM 92+ ss ABC 500 2.223 38.184 -4,355 1.00 30.00 BUT WITH ATOM 925 with ICE 500 2.105 39.507 -5x099 1.00 30.47 D with ATON 926 ΝΕ LAN 500 2.801 40.504 -4.309 1.00 ZY.42 BUT eight ATON 927 £ 2 ABC 500 3.303 41.662 “$ 4-99 1-08 30.63 BUT WITH ATON 928 NI1 ICE 500 3.917 42.503 -4.27? 1-00 35.39 BUT N ATON $ 2 $ ΝΗ2 ICE 500 3.106 41.087 -6.311 1.00 35.21 BUT N ATON $ 30 WITH AKCT 5J0 0.299 34.039 -4,585 1.00 36.61 BUT WITH ATOM 931 ABOUT ABC 500 -0.709 35.326 -four . 901 1.00 36.06 BUT 0 ATOM 932 N RVO 501 0.453 33.52Θ -4.361 1.00 37.30 BUT N ATSM 933 With ? to 5Θ1 1.63Θ 32.925 -3. 717 1.00 36.05 BUT WITH ATOM 934 CA ro 5Θ1 -0.611 32.544 -4.570 1.00 39-33 BUT WITH ATON $ 35 NE PPO 5B1 0.051 31.211 -4-242 1.00 + 0-31 BUT WITH ATON $ 36 ss ΡΒϋ 501 1.147 31.569 -3.2J4 1-00 39.56 BUT with ATON 937 WITH PPO 501 1.049 32,7 $ 0 -3.724 1.00 +0.74 BUT with ATSM 938 ABOUT RVO 501 -2.935 32-322 -4,048 1.00 41.03 BUT 0 ATOM 939 N Ayo 582 -1.664 33.53Θ -2.633 1.00 41.3-4 BUT and ATSN 940 CA ABC 58? -2.8? 1 33-930 -1.809 1.00 13.35 L with ATSM 941 NE ARB 502 -2.391 34.085 -0. 346 1.00 44.09 L with ATOM $ 42 SS ABC 502 -1.819 32.011 3.257 1.00 40.45 71 with ATON $ 43 NE LR.S 502 -0.916 33.106 1.440 1.00 52.0+ BUT with ATOM $ 44 ΝΕ ABC 5Θ2 -0.250 31.901 2.942 1.00 55.65 BUT N ATON $ 45 ΓΖ FOREST 502 0.062 31-392 1,419 $ 1.00 8.45 BUT WITH ATON $ 46 ΝΗ1 two 5B2 1.336 30.291 1.935 1.00 59.76 BUT N ATON $ 47 NE2 Are 5B2 1.4 + 2 01.979 0.370 1.00 59.55 BUT N ATON $ 40 WITH ICE 502 -3.411 38.24 3 -2.315 1.00 44.15 BUT WITH ATON 949 ABOUT LAN 582 2.694 36.190 -2.612 1.00 +5.85 BUT with ATOM 950 n Yu 503 -4.731 36.301 -2,412 1, 00 43, 83 BUT N ATON 951 CA B ¥ 583 “5.352 36,495 -2.937 1.00 +4.47 BUT WITH ATON 952 WITH (B ¥ 5ВЗ -5-4) 1 37,509 -1.096 1.00 47.04 BUT WITH ATON 953 ABOUT 61Υ 583 -5.458 37.320 -0.696 1.00 +7.30 BUT 0 ATON 954 N SY 584 -5-491 30,833 -2.355 1.00 47.91 BUT N ATON 955 CA SY 584 -5.956 39.915 -1.513 1.00 50.80 BUT WITH ATOM 956 NE SY 584 -5.981 41,225 -2.382 1.00 54 .25 BUT with ATON 957 SS SY 504 -4.604 41.BO? -2.565 1.00 60.44 BUT with ATOM $ 59 With SY 504 -3,902 +2.226 -1.2E6 1.00 65.17 BUT with ATOM 959 & Ё1 SY 504 -4.44-0 +3.010 -0.499 1 .80 68.24 BUT 0 ATOM $ 80 SE2 SY 504 2.697 41.703 -1.060 1, 80 66.44 BUT N ATOM 961 £ SY 584 -7.061 39.5 + 8 -1,057 1-00 49.41 BUT WITH ATOI 982 WITH- SY 584 -0.005 30.675 -1.640 1.00 + Θ.96 BUT 0 ATOM $ 83 M RIO 505 -7.000 40.204 -0-002 1, 00 49.04 BUT N ATOM 964 SR PPO 505 -7,326 41.365 0-721 1, 00 49, 01 BUT WITH ATOM 965 CA RIO 585 ‘9.1 $ 9 39.83) 0.453 1, 80 47.47 BUT WITH ATOM 966 £ B PPO 580 -9,470 40,806 1.602 1.00 40.60 BUT WITH ATOM 967 SS PPO 585 -8.538 41.94 2 1.384 1 .00 49.00 BUT with ATOM 960 WITH RVO 535 -10.218 39,955 -0.677 1.00 +5.46 L with ATOM 969 about Ryu 585 -10.194 40.922 -1.441 1x00 +5.47 BUT 0 ATOM 970 N AZES 586 -11,073 30.953 0.784 1.00 +2.42 BUT S ATOM 971 CA AZES 586 -12.076 30.905 -1.036 1x00 09.41 BUT with ATOM 972 NE AND YOU 586 -12.92Ё 40.174 “1.010 3 .00 09.50 BUT with ATOM 973 SS AZES 586 -13.022 40.255 -0.595 3, 80 + 3-25 BUT with ATOM 974 001 AZES 586 -14.272 39.236 -0.072 1 .00 09.56 BUT with ATON $ 75 ΝΡ2 AND YOU 586 -14.000 11-473 “0-120 3.00 44.78 BUT N ATOM 976 WITH ABA 586 “11.401 30.706 -3-226 1 .00 36.56 BUT WITH ATOM 977 ABOUT AZES 586 -12.121 39,832 -4.222 1.00 37.07 BUT 0 ATOM 978 N 61.Ν 587 “10,266 38,163 -3,287 1.80 34.14 BUT N ATCI 979 CA SY 587 9, 82 9 37.82) -4.563 1.00 33.02 BUT WITH ATON 980 NE det 587 -8.337 30,631 -4.731 1.00 34.85 Τ- WITH ATON 991 SS 01.4 587 -7,551 38.349 -6.005 1.00 34.2V Α WITH ATON 982 sv SY 587 -6,272 39.1V9 -6.099 ! .00 37.50 BUT with ATON 983 OB1 SY 587 -6. 142 40.061 -6.966 2.00 36.43 . BUT 0 ATOI 984 NOT 2 SY 587 -5.32E BC .927 -5.204 3.00 34.00 BUT s ATON 985 WITH SY 587 -9. 316 36.925 “4.668 3-00 32.64 BUT with ATON 986 0 SY 587 -0.099 35.712 “3.679 1-00 3Ϊ- + 0 BUT 0

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ATSM 987 N CPS 58Θ -9.523 35.750 -5.847 1.00 29.94 BUT AND ΑΤΰΗ 98V CA with ties 58B -9.110 34.368 -6.130 1.00 29.32 BUT WITH ATOM 989 WITH suz 58Θ -7.901 34.316 -7.018 D.00 30,? 4 BUT with ATSM 990 and SUY 58B -7-692 35.196 -7.850 1.00 30.51 BUT 0 ATSM 991 □ in CPS ZEV  10.296 33.64 4 -6.880 1.00 28.96 BUT with ATOM 992 5C CPS 58B 41.77) 33.388 -5.926 1.00 34.01 BUT five ATOM 399 N UAY 509 -7.106 33.263 -6.966 1.00 27 .74 BUT eleven ATOM 994 CA UAY 589 -5,079 33.123 -7.644 1.00 28.03 BUT WITH ATOM 995 NE UL 589 -4.6 * 4 ZE.387 -6.752 1.00 2V.90 BUT with ATON 996 CC1 UAY 589 -3.364 33.266 -7.56V 1.00 2B.12 BUT with ATOM 997 CC2 UAY 589 -4.750 34.780 -6.123 1.00 29.60 BUT with ATON 99V WITH UAY 589 -5.761 31.72V -8.273. 1.00 29.72 BUT with ATOM 999 WITH UAY 589 -5.867 30.71V -7.5V0 1.00 29.20 BUT 0 ATOM yoo N SUE 580 -5.540 31.67 9 -9.585 1.00 29.03 BUT n ATON 1001 CA yb 590  5.365 30.401 -10.25 $ 1.00 29.41 BUT with ATOM 1002 WITH SUE 590 4.067 30.331 -11.037 1.00 10.32 BUT with ATOM USZ 0 SUE 590 -3.075 31.335 -11.179 1.00 31.55 BUT 0 ATOM 1004 N ΉΙΞ 591 -3.732 29.151 -11.549 1.00 31.69 BUT s ATOM 1005 CA SHZ 591 -2.535 28.989 -12.367 1.00 34.04 BUT with ATOM 1006 NE Ή1Ε 591 -2.343 27.516 -12.727 1.00 36.27 BUT with ATON 1007 se ΉΙ3 591 -2.045 26.64 9 -11.546 1.00 44.11 BUT with ATOM 100V CO2 H13 591 -Ξ.Β4Β 25.B56  10.796 1.00 46.70 BUT with ATON 1009 bottom W5 591 -0.78V 26.561 -1C. 1Y6 1.00 4?, "9 BUT S DTOM 1018 Behold! I1V 591 - Oh. 25-754 -9,940 1.00 46.20 BUT with ATOM UN HE2 I1B 591 -2.069 25.313 -9-803 1.00 49.17 BUT N ATOM 1012 with 1113 591 * 2.614 29.030 -13.640 1.00 34 .21 BUT with ATOM 1013 about I15 591 -3,699 38.211 -14.07? 1.00 32.59 BUT 0 ATOM 1014 N ABC 592 -1.464 30.125 -14.234 1.00 33.6? BUT N ATOM 1015 CA. ABC 592 -1.443 31.006 -15.393 1.00 36.88 71 with ATOM 1016 sv ABC 592 -0.004 31.430 -15.716 1.00 39.26 L € ATOM 1017 se ABC 592 0.995 30.303 -15.710 $ 1.00 4,? 9 BUT WITH ATON 101V with ABC 592 2.25V 30.600 - 16.456 1 .00 50.53 BUT WITH ATOM 1019 NOT ICE 532 3.009 31.749 -15.707 1.00 53.30 BUT s ATOM Ju20 HER Dyb 592 3.575 32 -773 “16-420 1.00 55.13 BUT with ATON Ju21 14H1 lvo 592 4-247 33-693 -15,740 1.00 55.24 BUT to ATOM 3,022 un g ABC 592 3.465 32.879 -17.738 1.00 57, 7V BUT N ATON 1083 with LAN 592 -2,112 30.419 -16.034 1.00 35.10 BUT WITH ATOM 1024 0 ABC 592 -2.566 31.149 -17.506 1.00 35.39 BUT 0 ATON 1025 s si 593 -2.192 29.084 -16.709 1.40 34.62 BUT N ATON 1026 CA si 593 -2. Q7? 2Θ.428 -17.823 1.00 33.7V BUT £ ATON 1027 sv si 593 -2.181 27.129 -13.189 1.00 36.33 BUT WITH ATON 1028 ss si 593 -0.983 27.299 -19.09V 1.00 46.12 L WITH ATON 1029 SR si 593 0.219 27.845 -13.362 1.00 52.97 BUT WITH ATON 1030 OE1 si 593 0.553 27.303 -17.284 3 .00 55.60 D 0 ATON 1031 CE2 si 593 0.829 28 .818 -13.861 5.00 5?, 96 BUT <1 ATON 1032 WITH si 593 -4.350 20-115 17.550 5.00 32.11 L £ ATOM 3 033 WITH si 593 5.019 27.525 -10.388 ΐ .00 29.63 BUT 0 ATOM 1034 n ABA 594 -4. B55 2B.559 - $ 16-40 1-00 28.88 BUT N ATOM SW 5 TA ABA 5E4 - 6.236 2J.267 -16.046 1.00 28.39 BUT WITH ATON 1036 NE ΑΙ.Α 594 ‘6,283 27.571 -14,607 1.00 26.56 BUT with ATOM SW? WITH ABA 594 - 7 - 092 29.52® -16.010 1.00 28.13 BUT with ATON 103V 0 ABA 594 -6.584 30.637 -15.843 1.00 28.05 BUT 0 ATON 1039 S 5 EB $ 95 -8.396 29.35? -10.197 1.00 25.46 BUT N ATON 1040 CA Yaw 595 -9.335 30.41'6 -15.844 1.00 25.16 BUT Yo ATON 1041 NE Yaw 598 -10.656 30.226 -16.588 1.00 24.79 BUT WITH ATON 1042 OS Yaw 595 -10.490 30.436 -17.976 1.00 27.76 BUT 0 ATOM 1043 YOEV 595 -9. 580 30.372 -14.338 1.00 24.98 I WITH ATON 1044 ΰ YOEV 595 -9. 479 28-312 -13-720 E .00 24.48 BUT 0 ATOM 1045 N 1b 596 -9.891 31.524  13.752 1.00 25.25 D N DTOM 1046 CA 1b 596 -10.212 33.601 -12.333 2.00 25.69 BUT WITH ATOM 1047 sa IIE 596 -9.165 32.467 -11.57? 1,00 2?, 1 $ BUT WITH ATOM U4V SSE 1b 596 U.259 33.923 -12.023 1.00 29.13 BUT WITH DTOM 1049 CC1 1b 596 -9.375 32-349 -10.067 1.00 26.07 BUT with ATSN 1050 CE? 1 1b $ 96 '8.902 31,029 -9.498 1.00 24.57 BUT with ATON U51 with Gye $ 96 -11-619 32.192 -12.154 1.00 24.88 BUT with ATSN 1052 0 1b 596 ‘12 .005 33.135 -12.049 1.00 24.39 BUT 0 ATOM 1053 N Nte 59? -12-385 31,613 -11.235 1.00 23.5b BUT to ATSN 1054 CA ΗΙ5 597 -13.795 31,956 -11.062 1.00 22.95 BUT with ATOM 1055 NE ΜΪ3 59? -14,639 30.798 -11.522 1.00 23.62 BUT with ATON 1056 ss ΗΙ3 597 -14.32 5 30.238 -12.063 1-09 22-4 " BUT with ATOM 1057 € 02 ΗΙ3 597 -13.774 29.053 -13.213 1.00 25.26 L with ATOM 105V NOT?! ΗΙ3 597 -14.579 30.904 -14.042 1.00 23.06 BUT N ATOM 1059 CE11 ΗΙΞ 597 -14.206 30.152 -15.063 1-00 23.37 , L G Bg ATOM 1060 NOT? H1 $ 597 -13.715 29-022 14.588 1.00 24.84 ' BUT N DTOM U61 WITH υιε 597 “14.876 32.224 -9.586 1.00 25.1V BUT with ATSN 1062 0 81? = 597 -13-767 31,394 -8.735 1.00 25.64 BUT 0

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ATOM 1003 s ABA 590 -14.672 33.373 -9.209 1-00 25-30 L N ATOM 1064 CA ABA 596 14.969 33-749 -7.909 1.00 26-23 BUT WITH ATOM 1065 sv ABA 590 -14.384 3 $ .111 - 7.606 1 -00 23.9? BUT WITH ATOM ; obb with ABA $ 90 -16.472 33-770 -1.600 1, 00 2? ,18 BUT WITH ATOM 1067 ABOUT ABA $ 99 -17.224 34 -295 -0,508 1, 00 27.20 BUT ABOUT ATOM 1060 N convict 599 -16.90? 33.723 -6.556 1.00 26.97 BUT [four ATON 1069 CA ZEK 599 -5O.266 33.395 -b.133 1, 00 29.40 BUT WITH ATON 1070 NE ZEK 599 -58.775 32.160 -5.3? 6 1.00 30.19 BUT WITH ATOM 1071 os ZEK 599 -20.054 32.417 -four . E26 1 .00 33.09 BUT 0 ATOM 2072 with ZEK 599 -10.3V7 34.610 -5.232 1 .00 30.33 L with ATOM 1073 about ΞΕΚ 599 -17.861 34.629 -four . 120 1 .00 31.52 BUT about ATOM 1074 N C ¥ 3 600 -19.064 35.646 •five. 720 1.00 32.3 $ L n ATOM 10'15 CA SUY 600 -19.170 36.923 • 5,036 1.00 35.21 BUT with ATOM ] 0? B WITH SUY 600 -20.606 37.142 —4.591 1.00 $ 6.07 BUT with ATOM 1077 ABOUT SUY £ 00 -21.520 37-174 -5.413 1, 00 35.83 BUT 0 ATON 1076 NE ΟΪ5 £ 00 -30.714 38.055 -5.971 1.00 35.ΘΘ BUT with ATOM 1079 8B SUB 600 -17.010 37.951 -6.513 1.00 39.20 BUT eight ATON 1000 N SU5 601 -20.016 37,282 -3.2V9 1.00 30.4? BUT M ATON 1091 CA CPS 601 -22.175 37.408 -2.790 1.00 40.53 BUT with ATOM 1002 WITH SUY 601 -22.415 38.723 -2.079 1 .00 * 2.20 BUT with ATON 1003 WITH SUY 601 -21.636 39.141 -1.210 1.00 40.46 L 0 ATOM 1004 NE SUY 601 -22.511 36.27? -1.632 1.00 40.11 BUT with ATOM 1005 ST SUY 601 -22.373 34.57? -2.469 1-00 41.5V BUT 3 ATOM 10J6 (four Part 1.Ch £ 02 -23.510 39-369 -2-45 $ 1, 00 44, 38 BUT 14 AGON 1007 CA NTV 602 • 2 * -001 40,410 -one. 637 1.00 *? .94 BUT WITH AGON 1008 NE NTV 602 -2 *, 0 $ 8 41,399 -2.510 1.00 51.93 BUT with ATOM 1009 Si H1Y 602 -25.222 42.674 -one. B26 1 .00 59.56 BUT with ATON 1090 C 02 H15 602 -24.451 43.620 -one. 237 1.00 60.B1 BUT with ATON 1091 N □ 1 ΗΪΔ 602 -26.526 43.095 -1.670 1.00 60-? ί L 14 AGON 1092 CE1 H1Y 602 -26.543 41.246 1.020 1.00 62.59 l with ATOM 109 $ NOT? 01-5 602 -25.297 44-587 0.749 1.00 62.05 BUT n AGON 1094 WITH ΚΙ3 602 -25.017 39.713 -0-661 1.00 4 0.23 BUT with ATSM 1095 WITH ΗΙ5 602 -26-025 39,129 -1.063 1, 00 * 5.00 BUT 0 ATSM 1096 N ABA 603 -24.661 39-746 0-619 1.00 * 9.0? BUT (four ATOM 1097 CA ABA 603 -25,450 39,089 1.653 1.00 52.49 BUT WITH ATSM 1098 NE ABA 603 -25-006 37.647 1. IN * 1, O0 5C .93 BUT WITH ATOM 1099 WITH ABA 603 -25.207 39.829 2. 9? 5 1 .00 53.94 BUT WITH ATOM 1100 ABOUT ABA 603 -24,103 39,934 3. 507 1.00 55.03 BUT 0 ATSM 1101 N geo 604 -26.394 40.340 3.530 1.00 55.31 BUT N ATON 1102 With RKO 604 -27.775 40.052 3.105 1.00 56.60 BUT with ATOM 1103 CA Ρκώ 604 -26.349 41.196 4.721 1 .00 55.19 BUT with ATON 1104 With PPO 604 -27.808 41.600 1.931 1.00 56.50 L with ATON 1105 Sat rio 604 -28.600 40.510 <3.278 1.00 5? .49 BUT with ATSN 110 £ WITH PPO 604 -25.762 4-3.50? 5.951 1.00 53.0 * L with ATON 1 107 0 rpo 604 -26.291 39.504 6.429 1.00 SZ L with ATSN 1 10V N eu 605 • 24.664 41.050 6.459 1.00 51.66 BUT N ATSN 1109 CA Be 605 -24.004 40.541 7.693 1.00 49,? 5 BUT WITH ATON 1110 WITH Yu 605 -23.101 39.350 7. 46 £ 1.00 49.:12 BUT WITH ATOM 1111 0 eat 60 $ • $ 22.69 35,750 0-426 1.00 49.78 BUT 0 ATON 1112 I BE0 606 -22-951 39-991 6.209 1.00 47.32 BUT AND ATOM 1113 CA Bw 606 -22,048 37,839 5.914 1.00 45.1 * BUT with ATSN 1114 NE Bw 606 -27.319 37.334 four . 516 1.00 46.10 BUT with ATSN 1115 Si BE0 606 -21.432 36.150 4,128 1 .00 46.60 BUT with ATON 1116 From 01 LEU 606 -21.603 35.03Θ 5.116 1.00 45.47 BUT with ATON 1117 £ □ 2 Brat 606 -21.794 35.665 2.731 1.00 47.05 BUT with ATON 1118 WITH Bw 606 -20.599 ZB.351 6.015 1.C0 43.35 BUT with ATSN 1119 ABOUT Yo 606 -20.226 39.381 5.460 1.00 42.13 BUT about ATON 1120 N si 607 19.792 37.584 6.737 1.00 41.02 BUT N ATSN 1 I 21 SD ETC 607 -18.306 37.-913 6.949 1.00 41.58 BUT with ATON 1122 NE si 607  18.194 ЗВ.40В 0. echo 1.00 43-33 BUT with ATSN 1133 Sat si 607 • 16.701 30.60 $ 0.708 $ 1.00 48.1 BUT with ATON 1124 With si 607 -16.505 38.939 ΐ0 - 289 1.00 52.26 BUT with ATON 1125 CE1 οι.υ 607 • 17.466 38,530 11,082 1.00 53.2 * BUT 0 ATON 1126 OE2 si 607 -15,564 39,548 10,675 1.00 52.4 * BUT 0 ATOM 1127 WITH her 607 -17.541 36,659 6,699 1.00 40.02 BUT with ATOM 1128 0 si 607 -17.84 $ 35.58? . 7,217 1.00 39.9 * BUT with ATSM 1129 N CPS 608 -16.483 36.786 5.905 1.00 38.50 BUT ϋ ATSN from CA SUY 608 -15.634 35.635 5.616 1.00 to 05 L with ATIM 1131 WITH CPS 608 -14.154 35.926 5.793 1.00 38.09 BUT with ATSN 1132 □ one hundred 608 -13.724 37.076 5.752 1.00 over 3? L about ATON 1133 Sat SUY 608 -15.861 35.139 4.192 1.00 36.3 * L with ATON ι: 34 5th SU 5 608 • 17.5V * 34.811 3.711 1.00 38.5 * BUT 3 ATSN 1135 N Bw 609 -13.301 31.864 5-98 1 1 .00 31-60 . BUT n ATSM 1 ΐ 36 SD Bub 609  11.938 34.967 6.13? 1.00 37.54 BUT with ATOM 1137 NE B5 609 -11,566 35-070 7.611 1.00 36.16 BUT with ATSM Izy ss Bw £ 09 -11.709 39.783 B-375 1.00 39.02 BUT with

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house 1139 CE Bw £ 09 -11-435 33-924 9,849 1.00 42.30 BUT WITH ATOM 1140 CE B? 5 £ 09 -And .04? 32.676 10.614 1.00 42.01 BUT WITH ATOM 1141 N7 ΕΥ3 £ 09 -I, 420 32.722 12,039 1.00 44.07 BUT AT ATOM 1142 and Bw £ 09 -11.309 33.710 5,530 1.00 37.29 BUT with ATON 1143 ABOUT Bw 609 -12.004 32.720 5.264 1.00 37.32 BUT ABOUT ATOM 1144 N UAY 610 -9.995 33.742 5.351 1.00 36.03 BUT N ATON 1145 SD UAY £ 10 -9.284 32.629 4,743 1.00 36.94 BUT WITH ATOM 1146 NE UAY 610 -0.484 33.091 3.511 1-00 37.Θ5 BUT WITH ATOM 1147 CC1 UAY 610 -7.745 31.913 2, E02 1.00 3Θ.22 BUT WITH ATOM 1 nv SB2 UAY 610 -9.423 33.721 2,400 1.00 37.85 BUT with ATOM 1149 WITH UAY 610 -0.323 31-984 5,729 1.00 37.00 BUT with ATOM 11.50 ABOUT UAY £ 10 -7.599 32.675 6.446 1.00 3Θ .07 BUT 0 ATOM 1151 n Bw £ 11 -0.330 30.655 5,761 1.00 37.56 BUT $ ATOM 1152 CA Bw 611 -7.38Θ 29.083 6, 560 1.00 30.62 BUT with ATOM 1153 08 Bw 611 -0.116 29.133 7.6B4 1.00 30.63 BUT with ATOM 1154 SS Bw 611 -0.917 30.008 B, 625 1.60 42.75 BUT with ATSN 1155 NE Bw 611 -9.432 29.193 9,793 1.00 42.52 BUT with ATOM 1156 CE Bw 611 -0.336 28.291 10.342 1-00 41.50 BUT with ltsm 1157 Ky Bw 611 -0.732 27.540 11,559 1.00 40 BUT g * ATOM 115V WITH Bw £ 11 -6.71V 28.065 5.664 1.00 39.23 BUT with ATOM 1159 about ya £ 11 -7.365 28.280 4.791 3.00 39.2? BUT 0 ATOM 1160 N CIO 612 '5.429 20.632 5, d? 4 1.00 39.16 BUT to ATOM 1161 CA si £ 12  4.126 27. £ 74 5,094 1.00 42.41 BUT with ATOM 1162 NE with yo 612 -3.Θ67 28.295 4,025 1.00 41.71 BUT with ATOM 1163 SS OBO 612 -2.009 29.235 4, 511 1.00 49.00 BUT with ATOM 1161 NE si 612 -2 .008 29.096 3.4 65 1.00 53 -20 BUT with ATOM 1165 Ο! Ζ1 si £ 12 -2.592 30.697 2,699 1.00 $ 4.0? BUT 0 ATON 1166 OE2 eat 612 -0.796 29.609 3.360 3.00 53.71 BUT 0 ATOM 1167 WITH CIO 612 -3.053 26.736 5-970 ) .00 42.40 BUT with DTOM 1 16V ABOUT drunk £ 12 -3-592 27.05V 7,127 1.00 43.10 BUT 0 ATOM 1169 TO ΗΙ3 £ 13 -3-114 25-613 5,415 1.00 41.33 BUT Th ATOM 1170 SD 1) 15 613 -2-430 24.758 6,074 1.00 42. £ 2 BUT with ATOM eleven?! se NTZ 613 -3.140 23.7Β3 7.025 1.00 44. thirty BUT with ATOM 1172 ss NTZ 6) 3 -2.222 22.782 7,650 1.00 44. 52 BUT with ATOM 1173 CB2 n: s 613 -1.137 22.941 8,453 -.00 44.27 BUT with ATON 1174 HB1 ΗΙ3 613 -2.381 21.421 7,490 1.00 45.05 D N ATOM 1175 CE1 ΗΙ5 £ 13 -1.435 20.786 8.167 1.00 43-50 BUT with ATON 1176 HE2 ΗΪ3 613 -0.667 21.685 8.755 1.00 44.92 BUT N ATON 1177 l ; 413 613 -1.677 23.994 5,003 1.00 41.32 BUT WITH ATON 117B ABOUT ΗΙ3 613 -2 .277 23.299 4. 1VZ 1.00 44.33 BUT 0 ATON 1179 N SUE 614 -0.356 21.142 5,000 Ϊ .00 45. 57 BUT to ATON 1180 CA eu 614 0.460 23.465 4.010 1 .00 46.92 BUT with ATON 1181 WITH eat 614 1.295 22.352 4.609 1.00 48.04 BUT with ATOM 1182 ABOUT OW 614 1.660 22.402 5.779 1.00 48.09 BUT 0 ATOM 1183 N I b 615 one . 594 21.342 3-061 1.00 50.5V BUT s ATSM 1,181 CA I b 615 2.451 20.237 4.214 1.00 53.77 BUT with ATON 1185 sa I b 615 1.64 3 19.935 4,407 1.00 55.20 BUT l ATSN 1186 Joint venture? NOT 615 2-575 1.7.7? " 4,701 1.00 54.79 BUT with ATSN 1187 CC1 their 615 0-640 10/19 5.551 1.00 55.97 BUT with ATON 1188 CB1 1b 615 1.290 19.599 £ .820 1.00 5V.58 BUT with ATOM 1189 0 1b 615 3,506 19.996 3.143 1.00 55.43 BUT with ATON 1190 ABOUT 1b 615 3.203 01.201 1.950 1.00 55.42 BUT 0 ATON 1191 L RAO 616 4.762 19.778 3.559 1.00 57.06 BUT N ATON 1192 NE RNS 616 5.226 19.BB5 4.952 1.00 $ 7.5? BUT with ATOM 1193 units RNS 616 5.878 19.575 2.627 1.00 $ £ .0 $ BUT with ATSN 1194 C8 RYAS 616 7.100 19.486 .3.341 $ 1.00 6.83 BUT with ATON 1195 OS RAS- 616 6.60 4 20.196 4.792 1.00 58.90 BUT with ATOM 1196 WITH PP-O 616 5.717 10.32? 1.760 1.00 58. £ 8 BUT with ATSN 1197 ABOUT FIG 616 5,755 10.392 0- $ 4P 1.0A 59.30 BUT 0 ATOM 1190 N ABA 617 5.539 17. 177 2.420 1.00 58.67 BUT and ATSN 1) 99 CA ABA 617 5.396 15.915 1.704 1.00 60.47 BUT with ATON 1200 NE ABA 617 6,501 15.005 2.006 1.00 60.68 BUT with ATON 1201 0 ABD 61? 4.09? 15.227 2.095 1.00 60.64 BUT with ATSN 1202 ABOUT ABD 61? 4.096 14.273 2.076 1.00 60.83 D 0 ATON 1203 n RIO Y8 0.971 15.JE6 1.541 1.00 60.54 BUT N ATSN 1204 NE RNO 618 2.883 16.045 0.417 1.00 60.69 BUT with ATSN 1205 CA rno 613 1,660 15.169 ’1.929 1.00 6ΰ. £ 0 Λ with ATSN 1206 Cez RNO 618 0.67 9 15.977 1-079 1.00 60.6 $ BUT with ATON 1207 se RNO 618 1,405 16.442 ‘0.093 1.00 61.12 BUT with ATOM 1208 with RNO 61B 1.557 13.669 1-673 1.00 60.54 BUT with ATSM 1209 ABOUT FIG 61B 1.962 13.178 0.621 1 - 00 60.46 BUT 0 ATSN 1210 N KN 619 1.017 12.94? 2.64 7 1.00 61.08 BUT I ATSN 1211 CA whined 619 0.972 11.493 2-59 5 1-00 62.08 , BUT with ATSN 1212 NE 45 [L 615 1 -260 10.90? 3.963 1.00 64.75 BUT with ATON 1213 Joint venture pym 619 2,736 10.820 4.294 1.00 69.13 BUT with ATSN 1214 with nym 619 3,405 9.620 3.650 Ι, οα 72.41 BUT with

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AG0M 1215 oh sy 619 4.537 9.3B1 Z.E4 + 1 -Oo 75-41 BUT 0 house 1216 NY’2 (1 619 2.636 8.855 2.079 Ί .00 73.28 BUT N ATOM 1217 WITH si 619 -0.366 10.97+ 2TO02 1 .co 00.67 BUT WITH ATOM 1218 0 Be 619 -0.690 $ 8.79 2.248 1-00 61.39 BUT 0 DTOM 1219 and Be 620 1.140 11-858 one . 463 1.00 58.38 BUT M ATOM 122O CA Be 620 -2.412 11,446 0.902 1.00 55.0V BUT WITH ATOM 1221 WITH B1. ¥ 620 -3-476 12.526 0.959 1.00 52.97 BUT WITH ATOM 1222 0 (Zu 620 -4.332 12.608 0.076 1 .co 52 .81 BUT ϋ ATOM 1223 N Be 621 -3.433 13.353 one . 93B 1.00 49.05 th N ATOM 1224 CA C'S 621 -4.334 14.486 2.084 1.00 4 £ .66 BUT WITH ATOM 1225 NE Be 621 -5.715 14.040 2.571 1.00 + 3-2 + L with DTOM 1226 SS SY 621 -5.7VZ 13.670 4.03V 1.0 (1 50.90 BUT with ATOM 1227 Οϋ Be 621 -7.107 13-203 + .4I 1-00 52.62 BUT with ATOM 1228 OE1 Be 621 TO-035 12-943 3.643 1.00 53.23 BUT 0 ATOM [229 HER Be 621 -7.440 Ί3-33Β 5.774 1.00 53.97 BUT n ATOM 1230 WITH 01.N 621 -3.793 15.570 2.99V 1.00 44.4? BUT with ATOM 1231 0 B1.N 621 -2-991 15.310 3.694 1.00 43.84 BUT 0 ATOM 12 32 N UAY 622 -4.230 16.795 2 .742 1.00 41.31 BUT N Agoy 1233 CA UAY 622 -3.895 17.932 3. 576 1.00 Z.V6 BUT WITH ATOM 1234 NE UAY 622 -3.022 18.943 2. B14 1.00 37.61 BUT with ATOM 1235 SB1 UAY 622 -2.539 20.029 3.759 1. OS 39-3? BUT with ATOM 1236 SB2 UAY 622 -1.85V 18.234 2.162 1.00 Z.S6 BUT WITH ATOM 1237 WITH UAY 622 -5.216 18.597 3-935 1-00 beyond .57 BUT with DTOM 1238 0 UL 622 -6.060 18.304 3.060 1.00 38.51 BUT 0 ATOM 1239 N ΤΕΕΙΪ 623 $ -392 1B-926 5.207 1.00 35.7? BUT S ATOM 1240 CA TK8 623 -6.656 19.479 five . 664 1.00 33.79 BUT with ATOM 1241 NE TCI 623 -7.387 18.504 6.604 1.00 34.25 th with ATOM 12 42 OS-1 Transnational corporation 623 -6.629 18.345 7.810 1.00 33.79 BUT □ ATOM 1243 SB2 Transnational corporation 622 -7.559 17.143 5.932 1.00 33-56 l with AGON 1244 WITH Transnational corporation 623 -6.457 20.786 6.407 1.00 33.76 BUT with ATOM 12 + 6 0 th 623 -5.zav 21.040 6,963 1-00 33.3? BUT 0 AGON 1246 N UAY 624 -7.495 21.615 6.401 1.00 32TO4 BUT N ATOM 12+? Si UAY £ 24 -7-503 22-74? 7.310 1.00 31.45 BUT with DTOM 1248 NE UAY 624 -6.990 24.032 6.674 1-00 32.64 BUT with ATOM 1249 soybeans UAY £ 2 + -7 _7zz 24, + 31 five . 445 1.00 31.89 BUT with DTOM 1250 SB2 UAY 624 -6-973 25-161 1.699 1.00 31.91 BUT with ATOM 1251 with UDD 624 -9.050 22.959 1.630 1.00 33.2V BUT with ATOM 1252 with UAY 624 -9.925 22.714 6.789 1.00 32 .07 BUT 0 ATOM 1253 N ABA 625 -9.346 23.392 B .852 1.00 33.71 BUT n ATOM 1254 CA ABA 625 -10.723 23.491 9.305 1.00 35.41 BUT with ATOM 1255 NE ABA 62 5 -10.971 28.4 92 10 .434 1.00 33.2 + BUT with ATOM 1256 WITH ABA 625 -11.060 24.900 9.768 1.00 37.55 BUT with ATOM 1257 Ο- ABA 625 -1C-.185 25.646 10.200 1.00 30.33 BUT 0 ATOM 1258 Ν CPS 626 -12.335 25.2 62 9 . 661 1.00 39.75 BUT N AGON 1259 CA poke 626 -12.340 26.477 10,23 £ 1.00 41, 17 BUT with ATOM 1260 WITH CPS 626 -13.170 26.144 11-743 one . by 43.54 BUT with house 1261 about suz 626 -13.781 25.110 12.02+ 1-PO 44.60 BUT 0 ATOM 12 62 SI SUY 626 -14.110 26.959 9-575 1.00 39.19 BUT with ATOM 12 63 es CPS £ 26 -13.999 g .167 1,765 1.00 41.43 BUT at ATOM 1264 N WOULD! £ 27 -12.770 27.010 12.669 1.00 45.20 BUT 14 ATOM 126 $ OD Bi £ 27 -13.077 26-793 14,065 1.00 47.32 BUT with ATOM 1266 NE Be 627 -12.212 21.696 14,966 1.00 47 .58 BUT with ATOM 1267 Sat wow £ 2! -12.348 29.175 14.660 1.00 49.95 BUT with ATOM 12 68 ST oh 62? -11.403 29.62? 13.566 1.00 52.51 BUT with AGON 1269 OE1 si 627 -10.990 30.804 13.592 1.00 55.13 BUT about AGON 1270 OE2 si 627 -11.071 28.810 12.681 1.00 52.16 BUT 0 AGON 1271 WITH si 62? -14.551 27.072 14.362 1.00 + 7.36 BUT with DTOM 1272 0 si 627 -15.252 27.648 13.522 1.00 46.45 BUT 0 ATOM 1273 N si 628 -15.022 26.665 15 - 930 1.00 four? , "6 BUT N DTOM 1274 CA si 628 -16.43V 26.788 15-85? 1.00 48.46 BUT with ATON 1276 NE Bi 62 V -16.740 26.197 17,243 1 LLP 53.92 BUT b- ATOM 1276 Sat si 628 16.323 27.076 10,415 1.00 59.91 BUT with ATOM 1277 Joint venture Bi 62 V -16.746 26-502 19,765 1.00 63.00 BUT with ATOM 1278 ΟΕι si 62 A -16-934 27.291 20, '119 1.00 63.7V BUT 0 ATOM 1279 082 Bi 62 V -16. B89 25.264 19,673 1.00 66.46 BUT 0 ATOM 1280 0 si 62 Θ -16.040 20.257 , 15.815 3.00 46.20 BUT with ATOM 1231 0 WOULD! 626 - 1 6 TO4 3 20.141 16.132 1.00 46.72 BUT about ATOM 1282 N Be 623 -10.07? 28.513 15.410 2.00 42.Ё9 BUT [ί A'GOM 1283 CA Be 629 -10.499 29.378 15.171 1.00 40.02 BUT with ATOM 1284 with SUE 62 9 -18.411 30.246 13.700 1.00 39.40 BUT with ATOM 1285 0 SUE 629 -19.083 31.173 13.250 1.00 4 0-26 L 0 DTOM 1286 N shopping mall 630 -17.582 29.526 12.947 1 LLP 37.59 BUT n ATON 1287 CA ΤΗ1 ¹ 630 -17.41V 29.790 11-515 1.00 35 .7 + . BUT with DTOM 1288 NE ΪΗ.Ρ 630 -15.966 30.140 11.191 1.00 33.84 BUT L ATOM 1289 With TAP 63V -15. + 93 31.408 11,607 1.00 36.54 BUT with ATOM 1280 whitefish TV.R 630 15.352 32.675 11,155 1.00 36.10 BUT with

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ATOM 1291 CE2 TCR 630 -14.864 $ 33.58 12.11 " 1.00 38.43 BUT WITH ATOM 1292 see TPP 630 + 15-584 33.130 9.053 1.00 36.07 BUT WITH ATOM 1293 SP1 TIR 630 - $ - 104 31.59 $ 13.105 1.00 06/37 BUT with AT0M ’294 SE1 TKR 630 -4-7 / 1 32,900 13.297 1.00 36.65 BUT n ATOM 5/95 ΟΖ2 tkr 630 -14.601 54.923 11, B18 1.00 36. & 2 BUT with ATOM 1296 S553 TKR 630 -15.3 / 8 34.4 55 9.556 1.00 37.24 BUT with ATOM 1297 SNZ tkr 630 -14.844 35.338 10.535 1.00 37-91 I with ATOM ΪΞ9Θ g- TVR 630 -17,821 28.570 10.701 1.00 35-13 BUT with ATOI 1299 ABOUT TVR 630 -17.703 27.434 11.16 $ 1.00 35.66 BUT 0 ATOM 1300 about TNV 631 -10.2V5 28.804 9.401 1.00 32.78 BUT and ATOM 1301 CA Transnational corporation 631 -18.715 27.711 8-6 / 6 ] .00 31.14 BUT with ATOM 1302 GZ TNR 63 ’ +20.210 27.847 8.289 100 31.87 BUT with ATOM 1303 Os-1 Transnational corporation 631 -20.961 2 / -95 9.508 1,0o 28.32 BUT but ATOM Ϊ 30 4 CC2 Transnational corporation 631 -20.686 26-666 7.452 1.00 28.98 BUT with ATOM 1305 WITH Transnational corporation 63] -17,900 /7.696 7.33? 1.00 30.23 BUT with ATOM ; 306 0 tmr 631 -11.683 28.714 6.708 1.00 29.72 BUT 0 ATOM 1307 N EEO 63 / -17.443 26.502 6.956 1.00 29-92 BUT m ATOM 130Θ CA Bb 632 -16.662 26.336 5.739 1.00 28.00 BUT WITH ATOM 1309 Sho BE0 63 / -16.011 24.954 5.746 1.00 /7.2(1 BUT with ATOM 1310 Sat Bf 632 -15.186 24.597 4.510 1.00 30.Θ1 BUT with ATOM 1311 C & 1 ΣΕυ 632 -14.066 2Ϊ.609 4,346 1.00 30.24 BUT with ATOM 1312 SB2 yee 632 14.624 23.184 4,657 1.00 31.20 BUT with ATOM 1313 WITH yee 632 + 11-550 /6.493 4.498 100 2B .43 BUT 0 ATOM 1314 0 ΣΕ0 632 -18-486 25.127 4,309 1.00 28.53 BUT 0 ATOM 1315 TO teak 633 Ί7.Ζ56 27.486 3.660 1.00 26.00 BUT n ATOM 1316 OD TNV £ 33 -1 V. 04 7 27,692 2.449 1.00 27. "6 BUT with ATON 1317 NE Transnational corporation 633 -1V.520 29.168 2.306 1-00 21.33 BUT with ATOM 131V OS1 ΤΉΒ 633 -17,382 30.024 2.156 100 25.74 BUT 0 ATOM 1319 CC2 TNV 633 -19.320 29.598 3-5311 1.00 23.90 BUT with ATON 132V WITH Transnational corporation 633 +17.271 27.309 1.188 100 29.32 BUT with ATOM 1321 ABOUT Transnational corporation 633 +17.864 $ 26.98 0-160 1.00 29.29 BUT th ATOM 1322 N Be 634 -15.94 6 27.352 1-267 1.00 29.44 BUT l ATOM 13/3 CA BET 634 15.131 27.C78 0.096 one . 00 29.46 BUT with ATOM 1324 ί- Be 634 -13,850 26.344 0.43? one . in 29.50 BUT with ATOM 1325 α BEU $ 34 -13,244 26.581 1.4V5 1.00 30-22 BUT ABOUT ATON 13/6 n sugh * 635 -13-432 25.453 -0.454 1.00 2V.O4 D n ATON 13/7 CA SUYA &?five -12.298 24.581 -0.190 1.00 26-82 BUT with ATSM 132V with CPS 635 -11.52 6 24.342 -1.477 1.00 29.22 BUT with ATOM 1329 0 CPS 635 -12.107 23.936 -2.477 100 2 9.7 " BUT 0 ATOM 1330 sv SU 8 635 -12.798 23.252 0.372 1.00 27.17 BUT with ATON 1331 ace CPS 635 -11.559 21.934 0.583 100 31.95 BUT £ ATOM 1332 N £ EB 636 -10.222 24.593 -1.449 1.00 2 9.87 BUT I ATON 1333 CA ZEK 636 +9.392 2 *. 423 -2.635 1.00 31.98 BUT with ATOM 1334 NE Yaw 636 + 9.557 25.623 -3.567 1.00 30.53 BUT with ATOM 1335 Yes BEV 630 + 9.0-13 26.792 -2.957 1.00 32.60 BUT 0 ATSM 133E with 636 • 7.916 24.274 -2-216 1.00 33.39 BUT with ATSM 1337 about BEN 636 • 7.5 / 6 24.394 -1.113 1.00 33.25 BUT with ATSN 1338 N LEA 631 -7.099 24.011 -3.289 1.00 35.31 BUT η ATON 1339 CA LEA £ 37 -5, b53 23,970 -3.117 1.00 37.67 BUT with ATSM 1 SJ NE ABA 637 -5.063 22, J2B -3.937 1.00 35.01 L with ATCI 1341 with AEA 63? -5.03 " 25.296 -3.554 1.00 38.01 BUT with ATSM 1342 0 ABA 631 -5.468 25.899 '4.537 1.00 39.00 BUT 0 ATOM 1343 I Bw 638 -4.038 25.746 -2.VI 100 40.5 " BUT I ATOM 1344 CA Bw bzv -3.236 26.893 -3.216 1.00 41-27 BUT with ATON 1345 NE Bw 638 -2.161 27.171 + 2 * 163 1.00 41.30 BUT with ATSM 1346 SS Bw 638 +1.633 2 V.595 -1 .974 1-00 43.45 BUT with ATOK 1347 CO2 Bw 638 -2.751 29.509 -1,502 1.00 43.30 BUT with ATOM 1348 Cez yee 638 -0.50 $ 28.637 -0.957 1-00 44.32 BUT with ATOM 1349 WITH EESG 638 +2.583 26-506 -4,536 1.00 43.36 BUT with ATOM 1350 ABOUT Bw 638 + 2-027 25-415 -4,665 1.00 43.89 BUT about ATOM 1351 S REY 639 +2.654 2?, 3 "6 -5, 541 1.00 44.54 BUT N ATOM 1352 CE kko 639 -3.210 28,751 -five . 535 1.00 42 .27 BUT with ATOM 1353 CA REY 639 + 2.07 / 27.020 -6. B38 1.00 45. $$ BUT with ATOM 1354 NE REY 639 -7.53V 28.144 -7,764 1.00 44.15 BUT with ATOM 1355 Sat REY 63 9 -2.731 29.322 -6.849 1.00 44.46 L with ATOM 1356 WITH RVO 639 -0.551 26.924 '6.745 100 4 0.67 BUT with ATOM 1357 ABOUT REY 639 0.128 27.928 -6. 530 100 9.30 BUT 0 ATOM 1358 N Be 640 -0.021 25.714 -6.895 100 52 .OV BUT N ATOM 1359 CA SUE 640 1.417 25.517 +6.809 100 55.60 BUT with ATOM 1360 WITH I beat 64 0 1.913 24.533 -7.849 1 - OS 5Θ. ten BUT with ATOM. 1361 WITH SUE 64 0 1.201 24.233 -8,802 ι, οΰ 5B.79 BUT 0 atom 1362 N Transnational corporation 641 3.129 24.025 -7.67 $ 1.00 61.94 BUT one" ATOM 1363 CA Transnational corporation 641 3.606 /2.939 -0.532 1.00 64. 61 . BUT with ATOM 1364 C 8 TNR 641 5-134 22-131 -0.392 1.00 65. AT? BUT with ATOM 3365 OB1 TNK 641 5.4bE 22,650 -7.006 100 67.83 BUT 0 ATOM 1366 Sat / TNR 64 1 five . "60 23.877 -9.04V 100 66 .73 BUT with

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agon 1367 WITH TNN 6 * 1 2-883 21.653 -8.152 1.00 66.27 BUT WITH ATOK 1368 0 TNN 641 3.336 20.54Y -8.461 1.00 67.72 BUT about ATON 1369 N Yaw 642 1,740 21.824 -7.4 92 1.00 67.29 BUT n ATOK 1370 CA 5 EN 6 * 2 0.977 20,732 6.903 1.00 66.68 BUT with ATON 1371 NE 5 EN 642 -0.227 21.301 -6.13V 1.00 68.50 BUT with ATOM 1372 SS ΞΞΗ 642 0.163 22.269 5.174 1.00 65.92 BUT 0 ATOM 1373 WITH VEN 642 0.4В0 19,719 -7.927 1.00 66.01 BUT with ATON 137 * WITH ZEN 642 0.079 20.001 -9,033 1.00 66.17 BUT 0 ATON 1375 N H13 6 * 3 0.507 18.4 * 5 -7.5 * 0 1.00 65.59 BUT n ETON 1376 ol H1Ya 6 * 3 -0.260 17.419 -8.250 1.00 63.85 BUT with ATON 137? sv ΗΙ5 643 0.565 7 6-13 * -8.4 * 5 1.00 68.67 BUT with ATOM 1378 ss NTV 643 2.049 16,339 -8.398 1.00 73.45 BUT with AGON 1379 stasis IT in 643 2,830 17.3 * 8 -8,853 1.00 75.15 L with ATOM 1380 s ΗΙ3 6 * 3 $ 2.90 15,423 -7.023 1.00 75.08 BUT 61 ATOM 1381 CE1 NTV 6 * 3 4 .148 15.859 -7.925 1.00 76.32 BUT with ATOM 1302 ΝΕ2 H1 £ 6 * 3 * .130 17.025 -0.5 * 6 1.00 7 6.69 BUT N ATOM 1383 WITH ΗΙ5 6 * 3 -1 .461 17,099 -7.368 1.00 59.62 BUT WITH AGOM 138 * 0 ΗΙΞ 643 -1.347 16.321 -6.418 1.00 61.00 BUT 0 ATOM 1305 and UAY 644 -2.606 17.697  7-672 1.00 53.01 BUT N ATOM ] 386 CA UAY 644 3.775 17.546 -6.813 1.00 47.08 BUT WITH ATON 1387 NE UAY 6 * 4 - *, 31ί 7J.933 -6,395 1.00 48.74 BUT with AGOM 1368 C61 UAY 64 * -5.721 18,813 -5.035 1.00 46.18 BUT with ATOM 1389 CO2 UAY 644 -3 .3 ?? 19.535 -5.359 1.00 46.52 L with ATOM 1390 WITH UAY 644 -4.89 * 16.729 -7.456 1.00 44.30 BUT with ATOM 1391 0 UAY 644 -5.270 10.973 -0. 605 1.00 41-49 L 0 AGOM 1392 Ή ΕΕϋ 645 -5.416 15.756 -6.711 1-00 39.48 BUT N AGPM 1393 CA ι, Ευ 645 -6.51 * 14.921 -7.19 $ 1-00 35.59 BUT WITH ATOM 139 * NE ΕΕϋ 645 -6-636 13.6 * 6 -6, 359 1.00 34.50 BUT WITH ATOM 139b With Bc 645 5, 395 12-1 * 9 -6, 310 1.00 33.63 BUT WITH and there '346 SO ' ί, βϋ 645 -5.660 11 -5? 0 -5, ** 9 1.00 29.01 BUT R ~ ATOM 5,397 sog Bw 6 * 5 -5.01 * 12.33? -7.722 1.00 32.25 BUT with ATOM 1398 with Bw 64 5 -7.820 15,699 -7,120 1.00 33.69 BUT with ATOM 1399 0 Bw 645 -8.741 15.482 -7.911 1.00 33-63 BUT 0 ATOM 1400 N SUE 64 6 -7.089 16.615 -6.164 1.00 30.73 BUT N ATOM 1 * 01 CA OW 64 6 -9.099 17.387 -5,900 1.00 29.59 BUT WITH ATOM 1 * 02 WITH SBU 646 -9.210 17.091 -4.599 1 -00 29.58 BUT WITH ATOM 1 * 03 ABOUT SBU 64 6 -B.271 17.766 -3.767 1 -00 29.34 BUT 0 ATOM 140 * TO ABA 647 -10.362 10.466 -4.239 1.00 27.24 BUT N ATOM 1 * 05 CA ABA 647 -10.592 1? .С * 0 -2-927 1, 00 2 *, 39 BUT WITH ATOL 1 * 06 se ABA 647 -10.0 * 3 20.453 -2.870 1, 00 23. 2 * BUT with ATOM 1 * 07 with ABA 647 -12.091 19.0 * 4 -2 - 660 1, 0P 27.99 BUT with ATCI 1400 0 LBA 6 * 7 -12.898 19.1 * 2 -3,590 1.00 26.92 BUT 0 ATOM 1 * 09 to TUK 6 * 0 - 12-462 10,923 -1,391 1.00 26.93 BUT 14 ATPN 1 * 10 SL TUI 6 * 8 -] .3. I65 18.9 * 9 -1.011 1 .00 2V .19 BUT WITH ATOL 1 * 11 With tour 6 * 8  ) *. $ 35 ) t, 621 -one. 373 1.00 27.1V BUT with ATOM 1413 ss TUI 6 * 0 -13.744 16.39? -0.960 1.00 29 .81 L with ATSN 1 413 C01 tour 6 * 9 -13.82Ϊ 15.899 0.136 1.00 20.83 BUT with ATSN 1 * 14 CE1 tour 649 -13.090 14.708 0.725 1.00 30.03 BUT with ATON 1 * 15 CP2 TUN 6 * 9 -12,912 15.747 -1.862 1.00 29.05 BUT with ATON 1416 CE2 TUK 648 -12.179 14,635 -1.486 1.00 32.33 BUT with ATON 1417 C2 TUN 648 -12.272 14.160 -0.187 1.00 31.63 BUT with ATON 1418 HE TUN 648 -11.5 * 4 13.057 0.195 1.00 33.44 BUT 0 ATON 1 * 19 WITH TUN 648 -14.021 19.210 0.477 1.00 30.23 BUT with ATOM .1 * 20 ϋ TUI 648 -13.126 1 B.00 $ 1 .272 1.00 30.3 * BUT 0 ATON 1421 AND ABA 6 * 9 -15.166 19.768 0.051 1.00 28.57 BUT N ATSN 1422 CA ABA 649 -15,455 20,020 2.251 1.00 29.86 BUT with ATOM 1423 NE ABA 649 -16.39 * 21,210 2,380 1.00 28.46 BUT with ATON 1424 WITH ΑΙ.Α 6 * 9 -16,083 18.783 2.884 1.00 32.30 Τι with ATON 1 425 ABOUT ABA 6 * 9 -16,920 18,115 2,276 1.00 33.16 BUT about ATOM 1426 N UAY € 50 -15.653 18.489 4.101 1.00 33.30 BUT n ATON one"? CA UAY 650 -16,356 17.509 4.93 9 1.00 32.70 L with ATOM 1428 NE UAY 650 -15.407 16,269 5.234 1.00 34.6 $ BUT with ATON 1429 C51 UAY 650 -16,177 15.385 6.257 1.00 35-80 L with ATOM 1430 CC2 UAY 650 -15.251 18.487 3.954 1.00 33.77 BUT with AGOM 1431 WITH UAY 650 -16.603 18.220 6.242 1.00 33-5 * BUT with ATOM 1432 0 UAY 650 -15.704 18.580 7 .005 1-00 34.44 BUT 0 ATON 1433 N A51 ^! 651 -17.970 18.436 6.404 1-00 32.32 BUT s ATOK 14 3 * CA AIR 651 -Y-396 19.313 7,560 1.00 33.07 BUT with AGOM 1435 NE AYOP 651 -1Β.04Θ 18.692 Y, 91 * 1.00 34.55 BUT with AGON 14 36 Sho A $ P 651 -13,670 17.316 9.101 1.00 37.44 BUT with ATOM 1 * 37 CO! AIR 651 -19.927 17.210 9,110 1.00 36.19 BUT but ATOM 1 * 38 OP2 ABP "51 -17,925 16.320 9,235 1.00 39.42 BUT 0 ATON 1439 WITH l & r 651 -17.696 20.650 7.3Θ2 1.00 33.97 , BUT with ATOM 1440 Ο- ABP 651 -17.895 21.319 6, 360 1.00 34.64 BUT 0 ATOM 1 ** 1 Ν Α5Ν 652 -16.884 21.060 B, 357 1.00 32.40 BUT N ATOM 1442 CA AND YOU 652 -16.196 22.34 6 0.273 1.00 .32.00 BUT with

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ATOM 1443 NE 652 16-502 23,197 9.511 1.00 32.46 D WITH ATSM 1444 Sat A8N 652 -17.927 23,747 9,500 1.00 3 5.25 Ά WITH ATOM 1445 001 Α5Ν 652 -16. $ 27 23,930 B.433 1.00 32.3-3 BUT 0 DTOM 1446 N02 Α3Ν 652 -18,414 24.010 10,687 1.00 33.95 BUT L ATSN 1447 WITH A5N 652 -14.693 22.176 0.102 1.00 31.47 BUT WITH DTOM 1448 WITH A5N 652 -13.903 23.057 0.451 1.00 30.18 BUT ΰ ATSN 1449 N THY 653 -14.309 21.033 7.544 1.00 29.69 BUT N ATOM 1450 CA Transnational corporation 653 -12.921 20.746 7.225 1.00 28.78 D WITH ATON Ί 451 NE TNN 653 -12.510 19.372 7.009 1.00 27.92 BUT WITH ATON 1,452 0B1 THI 653 -12.509 19.425 9.2 37 1.00 24.55 D 0 ATOM 1453 SB2 shadows 653 11.095 19.004 7.395 1.00 26.75 BUT with ATON 1454 WITH TNN 653 -12.712 20.726 5.707 1.00 2 0.67 D with ATOI 1455 0 TNN 653 “13-452 20,051 4.978 1.00 29.59 D 0 AGON 1456 N CPS 654 -11.705 21.454 5.236 1.00 28.76 D N ATSN 1457 CA CPS 654 -11.330 21. + 21 3.027 1.00 27.76 BUT WITH ATON 1458 WITH SUY 654 -10.320 20.324 3,598 1.00 28.97 BUT WITH ATOM 1459 □ 0Ϋ5 654 -9.254 20.321 4,215 1.00 31.24 BUT ΰ ATS *! 1460 NE SUY 654 -10.70-9 22.750 3.399 1.00 26.74 BUT with ATON 1 + 61 35 CPS 654 -10.001 $ 22.79 1.685 1.00 32.10 BUT five ATSN 1462 N UDD 653  10.649 19.402 2.700 1.00 26.34 BUT l ATSN 1463 Si UAY 65 $ “9.761 18.299 2-376 ι .oo 2 c, d) BUT with ATCI 1464 NE UD1. 655 -10-500 16,944 2-459 ΐ .00 26.71 D with ATON 1465 CC1 UDD 655 -9.552 15, $ 21 g. 103 1.00 28.30 BUT with ATOM 1466 CC2 UAY 655 -11,058 1 6.734 3.Θ51 1.00 29.74 BUT with ATOM 1467 WITH UDD 655 -9.107 1B.455 0.971 1.00 29.61 BUT with ATOM 1468 ABOUT UAY 655 -9.929 1B. 520 -0.011 1.00 29. 60 BUT about ATCI 1 + 03 μ UAY 656 -7.364 1B .520 0.077 1.00 2 0.42 BUT l ATSN 1,470 CA UDD 656 “7.199 1B.432 “0.411 1.00 2 9.18 BUT with ATSM 1471 NE UL 656 -6.1-10 19-550 -0-579 1-00 29.25 BUT with ATCI 1472 Sat) UDD 656 “5 - 363 19.352 -1.887 1 .00 23.76 D with ATSN 1473 082 UDD 656 -6-82? 20.915 -0.575 I .00 25.50 BUT with ATOM 1474 WITH UAY 6 $ 6 -6-52B 11.075 -O. $ 77 1-00 30 .76 D with ATOM 1475 0 UAY 656 -5.797 16.603 0.776 1.00 29. 50 BUT c ATCI 1476 AND Battery 657 -6? 16, 37 $ -1.625 1.00 33.71 BUT N DTOM 1477 CA A cop 657 -6.2018 15.062 -1.863 1.00 35.25 BUT with ATSM 147B NE ARS 657 -7.260 14.100 -2,409 1.00 35.66 BUT with ATSN 1,479 CE AYE 657 -8.393 13.791 -1,430 1.00 37.10 BUT with DTOM 1485 With AIS 657 -8.058 12.606 -0.5 + 1 1.00 37.52 BUT with ATSN 14J1 not ALE 657 -7.701 And. 393 -1.310 1.00 36, Η BUT l ATSN 1482 CE AYE 657 -8.701 10.4V9 -1.637 1.00 39.36 BUT with ATOM 1483 Lsh BUT NOT 657 -8.358 9.446 -2.339 ι .00 33.2? BUT l ATSM 1484 LI2 AYE 657 - 9.966 10.655 -1.264 1.00 36.06 BUT l ATSN 14J5 WITH Battery 6 $?  5-048 15.166 “2-6 + 6 100 37.95 BUT 0 ATSN 1486 0 Battery 657 “9.200 15.67 $ -3.960 1 .00 37.69 BUT 0 ATCI 1487 μ 5EV 658 “3_ $ 0? ] 4.673 -2.433 1.00 41. 37 BUT l ATCI 1488 CA 5EV 658 $ 2.60 14., 42 -3 - 254 1.00 44.93 D with ATON 1489 NE Seb 658 -1,502 1 5, 192 -2.397 Ι.00 45.44 BUT with ATON 1490 OS Yaw 65V -1.412 14.401 -1.223 1.00 50.04 D 0 ATON 1491 with 5EY 658 -2.392 13.37 $ -3.05V 1.00 46.73 BUT with ATOM 1492 0 ITS K 658 -2.864 $ 12.35 -3,357 1.00 45. 37 D ΰ ATSN 1493 l ABC 659 -1.617 13.356 -4.936 1.00 50.91 BUT l DTOM 1494 CA ICE 659 -1.109 12.095 “5.457 1.00 56.06 BUT with ATSN 14 * 5 NE A NA 659 -0.760 12.236 -6.920 1.00 60.94 BUT with ATSM ] 4 * 6 OS bottom 659 0.009 11.001 “7.473 1.00 66.87 BUT with ATON 14 * 7 SR ABE 659 -0.801 9.724 “7.2 + 4 1.00 70 .15 BUT with ATSN 1498 LE Ayb 659 -0.729 9.250 -5.063 1.00 73.8? BUT l ATSN 1499 0Ζ two 659  1.32 " 0.14 $ -5-410 1.00 75.97 BUT with ATOM 1500 LN1 two 659 -2.049 7.400 -6.2 + 7 1.00 76.24 BUT l A'GON 1501 OUT two 659 -1.3 + 2 7.792 -4.1 + 4 I .00 76.11 BUT Ή ATON 1502 WITH two 659 0,091 11.633 -4.643 1.00 57.33 BUT l ATSN 1503 0 ABC 659 -0.051 10.815 -3.703 I .00 59.34 BUT with ATSN 1504 L si 670 5.942 19.173 -5.231 1.00 59.80 BUT N ATSM 1505 CA si 670 6,370 19.330 -3.943 1.00 59.19 BUT with DTON 1506 NE si 670 7.326 20.523 -3,727 1.00 60.80 BUT with ATOM 1507 CE si 670 8.652 20.204 -3.026 1.00 65.12 BUT with ATON 1508 SR si 670 8.570 20.256 “1.508 1 .00 60.07 BUT with ATSN 1509 0E1 si 670 7.907 21.220 -0.971 1.00 66.75 BUT about ATOM 1510 0E2 si 670 9.101 19.341 “0.039 1.00 70.08 BUT ΰ ATON ] 51 * WITH si 670 5.291 19.476 2.765 1.00 57.96 BUT with ATON 1512 0 beat 670 4.409 10.567 -2-5 + 4 1.00 56.88 D 0 ATON 1513 L AY 671 5.273 20.02 $ Mr. OYCH $ 1.00 5-53 BUT l ATSN 1514 CA TWO 671 4,300 20.874 -1.013 1.00 52.14 BUT P ATSN 1515 NE ABA 671 4-729 72.07 $ -0.160 1.00 50.35 . BUT 1_G ATON 1516 WITH ABA 671 2,878 21.110 -1.532 1.00 50.50 BUT R ATSN 1517 0 ABA 671 2.60 5 21.547 -2.660 1.00 49.31 BUT ύ ATSN 151B L UAY 672 1.892 20.811 -0.689 1.00 4Β .22 BUT No.

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ATOI 1519 CA UDD 672 0.435 21.Ο3Θ -0.993 1.00 46.40 BUT WITH ATOM 1520 sv UAY 672 -0.264 19.700 -1.175 1.00 4 E.60 BUT WITH ATON. 1521 CE1 UAY 672 -1, 7 65 19.925 -1.123 1.00 4b.O9 BUT WITH AGON 1522 CC2 UAY 672 0.127 19.060 2.500 1-00 45.04 BUT WITH AGON. 1523 '_ · UAY 672 -0.164 01/21/2 O. 1 + 0 1.00 +4.64 BUT WITH ATOI 1524 ABOUT UAY 672 -0.012 21.460 1,308 1.00 44.63 BUT ABOUT ATON 152 $ N TNN 673 -0. B76 22.070 -0.205 1-00 42.97 BUT but ATOM 1526 CA tin 673 Ί.535 23.695 0, 603 1.00 42.42 BUT with ATON 152? NE tn 673 '1.014 26-1-51 0.769 1.00 41.03 BUT with ATOM 152 " □ s Transnational corporation 673 $ 0.40 25.156 0.961 1.00 +3.57 BUT ABOUT ATOM 1525 with? point 6? 3 -1.654 25.960 1,874 1.00 43.03 BUT with ATOM 1530 with Transnational corporation 673 -3.052 23.693 0. 609 1.00 40.73 BUT with ATOM 1531 0 tn 673 -3.551 23.941 -O.491 1.00 40.3 $ BUT about ATOM 1532 N ABA 674 -3.775 23.401 1.604 1.00 37.65 BUT at ATOM 1533 CA AL 674 -5, 22V 23.453 1.651 1.00 06.09 BUT with ATOM 1534 sv A1L 671 -5. BO9 22.404 2-509 1-00 32.65 BUT with ATOM. 1535 with LHA 674 -5.700 24 .J4V 2.05-1 1 .00 35.70 BUT with ATOM 1536 ABOUT DIA 674 -5.196 25.433 3,014 1.00 35.06 BUT 0 ATON ] B3? Ή UAY 675 -6, 669 25,370 1, 313 1.00 33.36 BUT N ATOM 153 " CA UAY 675 -? .155 26.732 1.554 1.00 31.12 BUT with ATOM 1539 CA UAY 675 -6.693 27.64 6 0.3 + 4 1.00 32.06 BUT with ATOM 15 + 0 SY UAY 675 - ?. 3 62 29.057 0.6 + 8 1.00 30.ZB BUT with ATOM 1541 SY UAY 675 -5.423 27.625 -0.015 1.00 31.11 BUT with ATOM 3512 with UAY 675 -0.652 26.721 1.914 1.00 32-06 BUT with ATOM. 1513 ABOUT UAY 675 -9.436 26.300 0.562 1.00 53.53 BUT 0 ATOM 3544 m A1A 676 -9.546 27.191 2-991 1.00 31.39 BUT m atom 3515 CA A1L 676 -10.446 27.210 3,369 1.00 31.28 BUT with ATOM 1546 Si ΑΙΑ 676 18-631 26.53? 4,731 1.00 36.37 BUT with ATOM 1547 WITH ΑΪΑ 676 -10.965 20.63 " 3.425 1.00 32.21 BUT with ATOM 54 " ABOUT DVD 676 -10.342 29.513 4.026 1.00 32.29 BUT about ATOM 1549 N NOT 677 -12,112 2B. Θ? 1 2.799 1.00 30.97 BUT at ATOM 1550 CA 1b 677 -12.0 $ 3 30.098 3.0 + 6 1.00 31 .5 V BUT with ATOM 3551 sa NOT 677 -13.511 30.625 1.755 1.00 30.’6 BUT with ATOM 1552 CC2 NOT 677 -14.405 32-B10 2.071 1.00 20.-01 BUT with ATOI 1553 CO! 1b 677 -12.42+ 31.014 0.719 1-00 29.20 BUT with ATOM 1554 SY 1b 677 -12.949 .31.27 B 0.653 1 -00 31 .33 BUT with ATOM 1555 with ΙΏΕ 677 -13.92 5 29.J12 4.094 ; .00 32.12 BUT with ATOM 5556 about 1 her 677 -14.759 20.916 -3-925 1, -00 29.55 BUT ABOUT ATOM 1557 and SUYO 67 V -13.080 30.516 $ -181 1.00 33.00 BUT and ATOM Ϊ B5 V CA Sue 67 V - 14.780 .thirty . ZYE 6.3’6 1.00 34.13 BUT £ atom 1559 WITH SUYO 670 -15.661 31.61ί 6-470 1.00 33.65 BUT with ATOM 15613 ABOUT SUY 675 -15,180 32.744 6,394 1.00 33.63 BUT ΰ ATOM 1563 NE CPS 67 a 13-366 30.3 79 7.594 1.00 35.39 BUT with ATOM ΐ 562 5C CPS 67 " -12.79 * 38.707 7. $ 23 1 .00 37.76 BUT 3 ATOM 1563 N CPS 679 -] b, 349 31.412 6.71V 1.00 33.05 BUT TO ATOM 1564 CA CPS 679 -17.842 32.54? 6.092 1.00 36.46 l g ATOM 1565 WITH CPS 67 9 -10.750 32.419 8,113 1.00 35.97 BUT with ATOM 1566 ABOUT CPS 679 -10.970 31.324 8.6Ϊ9 1.00 37 .89 BUT 0 ATON 1567 Sat CPS 67 9 -15.712 32.734 5.65V 1.00 36.27 BUT with ATOM Ϊ56Η 50 CPS 679 -17.854 32.630 4.054 ! .00 36.2? D five ATOM 1569 N ANS 680 -19.282 33.556 8.54 7 1, 00 43.34 BUT N ATOM 1570 CA AYAH 6В0 -20.257 33.591 9-630 1.00 4 ".20 BUT with ATOM 1571 NE ANS 680 -19.54? 33.641 10.983 1-00 47.10 BUT with DTsN 1572 SS LAN 680 -16.769 34.919 11,195 1.00 50.25 BUT with ATOM 1573 with ANS 600 -18.245 35.029 1? .6U 1.00 50.93 BUT with ATOM 1574 KE DAY 680 -17,474 36,250 12.186 1.00 53.09 BUT I ATON 157 $ sa bottom 6В0 -16.716 36,504 13,846 1.00 53.83 BUT with ATON 1576 LN1 bottom 680 -16,043 37.645 13.919 $ 1.00 4-26 but N ATOM 1577 μ NC bottom 680 -16-629 35.61? 14.029 1.00 53.05 BUT N ATON 1570 WITH ANO 600 -21.146 34.020 9.479 1.00 49.82 BUT with ATOM 1570 ABOUT du 680 -20.924 35,657 8.600 1.00 49.14 D ABOUT ATON 1580 I ZEK 601 -22.152 34.9’1 10.33V 1.00 5-3.31 BUT at ATON 1581 CA Yaw 6Θ1 -23.029 16.083 10.376 $ 1.00 .05 BUT with ATSM 1582 Sho Yaw 601 -24.423 35.673 10.037 1-00 5 $, 41 BUT with ATON 1583 00 Yaw 601 -24.392 35.272 12.195 1.00 60-93 BUT ABOUT ATOM 1584 WITH YOEV ev ι -22.4V6 37.127 11.346 $ 1.00 9.77 BUT with ATON 1585 0 ZEN 6Θ1 -21.714 36.806 12.2 * $ 1-00 60.55 BUT ABOUT ATOM 1586 I ANS 6J2 -22.8% 30,375 11,154 1.00 62.76 BUT I ATON 1587 CA bottom 6Θ2 22.616 39.429 12-12? 1.00 66.03 BUT with ATCI 150 " se DU 682 -21.647 40,440 11.528 1.00 68.33 BUT with ATON 1589 ss Bj 6B2 -20.316 39,874 11,065 1.00 71.05 BUT with ATON 1590 with two 682 -19.510 40.941 10.368 1.00 73.61 D with ATOM 1591 WB du 682 -20.303 41.661 9.64! 1.00 76.11 , BUT n ATON 1592 C2 BUT NOT 602 -19.966 42.729 B .723 1.00 76.34 BUT with ATSM 1593 JAN1 ANS 6Θ2 -20.839 43.523 0.117 1.00 7 * .95 BUT I ATSN 1594 YaN2 ABE 6B2 -18.678 42.801 6.409 1.00 71.06 BUT I

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ATOM 1595 with ANS 682 -22.989 40.130 12-514 1.00 66.05 BUT ATOM 1596 about Yv 682 -24.947 30.965 11-073 1.00 6’.70 BUT ATOM 159? pkht ANNE 682 -22.867 40,966 13.4) 6 1.00 60.39 BUT THEY 1598 AH <3 682 BUT ATOM 3134 sv ABA -2 -22,599 17.038 -50.667 1.00 3ϋ.97 S ATOM 3135 with ABA -2 -20,735 1B .001 -49.294 1.00 31.14 B1 ATOM 3136 0 ABA -2 -19.631 17.468 -49.156 1.00 30 .03 S ATOM 3131 n ABA -2 -20.438 17.670 -51.719 1.00 31.9V S ATOM 313B CA ABA -2 -21. 422 10.028 -50.655 1.00 32 .70 S ATOM 3139 and Bw -Ι -21.382 10.502  48.230 1.00 00.72 1.1 ATOM 3140 CA Bw -one -20.90) 10.4 + 3 46.923 1.00 $ T, 40 S ATOM 3141 sv Bw -one -20.620 01/190 -46.300 1.00 $ 0.42 s ATOM 31 42 Joint venture Bw -one -20.062 19.146 “44-072 1.00 $ 2.40 s ATSM 3143 From 01 Bw -one “18,735 19.087 -44.074 1.00 32.50 s ATOM 3144 CO2 Ι.Ε0 -one  19,875 21.346 -44.314 1.00 31.47 Bt ATOM 3145 with Bw -one -21 .939 17.701 -46.090 1.00 32.90 B1 ATOM 3146 0 Bw -one -23,076 10.154 -43.910 1.00 31 .46 s AYUM 3147 m ON one -21.543 16.551 -45.565 1.00 32.45 B1 ATOM 314V CA SY one -22,440 15.759 -44.739 1.00 36, eo s ATOM 3149 sv SY one -22.229 14.271 - 45.006 1 .00 39.08 s ATOM 3150 Joint venture SY one -23.162 13.354 -44.229 1.00 46.31 and ATOM 3151 Joint venture hundred one -22.290 11.970 -44.057 1.00 51.70 s ATOM 3153 OE1 hundred one -24.371 11.333 -4 + -Y61 1.00 55.34 and ATOM 3153 ΝΕ12 PTO one -22.105 And. 444 -45-304 1.00 50.89 s ATOM 3154 0 hundred I -22,148 16.113 -43.282 1.00 36.73 B1 ATOM 3155 0 hundred one -21 .03 " 15.904 -42.001 1.00 39.33 B1 ATOM 3156 I YEY 2 -23.143 16.660 -42.592 1.00 34.09 ι, ι ATOM 3157 CA 5EY 2 -22.931 17.045 -41.200 1.00 32.26 B1 ATOM 3156 NE YEH; 2 -23.663 10.394 -40.951 1.00 $ 3.33 s ATOM 3159 OS YEY 2 -22.995 19.426 -41.660 1.00 06.24 T, 1 ATOM 3168 WITH BAY 2 -23.579 15.97 $ - 40.2 90 1-00 31.1 ’ B1 ATOM 3161 0 ZEK 2 24.551 15.314 -40.651 1-00 29.93 B1 ATSM 3163 N UL 3 -22-990 15-086 -39.111 1.00 29.66 s ATOM 3163 CA UA1. 3 -29.345 14.692 -38-2 + 2 1. "0 27.5? P ATSM 3164 NE UAY 3 -22. 14.325 -37.304 1.00 26.77 s ATSM 3165 C01 7Ab 3 -22.60+ 13.235 -36.328 1.00 20.64 s ATOM 3166 002 UAY 3 -20.970 13.B59 -38.115 1.00 24.71 B1 ATSM 3167 WITH UAY 3 -24.573 14.995 -37.403 1.00 2V.7V s ATOM 316V ABOUT UAY 3 -25.360 10/14 -37.110 1.00 29.90 Ι.Ί ATOM 3169 N Bw four -24.736 16.256 -37.013 1.00 2 B.16 s ATOM 3178 CA Bw four -25.989 16.661 -36.219 1.00 20.0? ι, ι ATOM 3171 NE Bw four -25.540 17.7В0 -35.261 1.00 25.10 s ATOM 3172 Joint venture Bf four -24.396 17.4B1 -34.20 9 1.00 2 ’. $ 1 and ATOM 3173 C01 Bf four -24.060 19.739 33.403 1.00 27.20 1.1 ATOM 3114 C 02 Bw four -24.793 16.341  3-3-367 1-Οΰ 27.53 B1 ATOM 3175 with Bw + -26.996 17.146 ‘37.-90 1-00 26.91 s ATOM 31 76 ABOUT Ι.Ε13 four -26-781 17.620 1-00 25.87 B1 ATOM 3177 N THY five -28.251 17.031 “36-77? 1-00 27.45 and ATOM 3176 CA shooting gallery five  $ 29-96 17 - 405 -37.055 1.00 29.63 s ATSM 3179 NE TNR five -30,419 16,281 -37.709 1.00 30.65 and ATSM 3180 001 TNR five -2 9.81.3 15,091 -ZV.227 1.00 32.80 s ATOM 3182 C-C2 TNR five -31 .504 16.6Θ2 -38.615 1.00 30.25 and ATON 3182 0 TNR five -30,062 10,693 -37.216 1.00 29.39 B1 ATOM 3183 0 THY five -30.597 1B.773 -36.113 1.00 28.74 s ATON 3184 N from 6 -30.048 19.696 -38.893 1.00 27.91 s ATON 3185 CA hundred 6 -30.886 20.929 37.005 1.00 28.70 s ATON 3186 NE HUNDRED 6 -29,809 22.159 -37.066 1.00 26.66 bz ATSN 3187 Sat HUNDRED 6 -28.913 22.258 -36.721 1-00 24.05 and ATSN 3189 cn Hundred 6 -28.010 23-4 60  36.072 1.00 25-OE B1 ATOM 31E9 0E1 PTO 6 “26.843 23-341 -37.2 + 3 1.00 27.4? and ATSN 3190 ΝΕ2 hundred 6 -28-548 24-652 -36-507 1-00 22.42 B1 ATOM 3191 WITH hundred 6 -31,770 21,109 -39.044 1.00 28.56 s ATSM 3192 0 hundred 6 -11.47 $ 20-719 - + 0.1’0 1.00 27.37 s ATOM 3193 μ RVO 7 -32,921 21,745 -ZV.709 1.00 30.02 s ATOM 3194 with RVYA 7 -33.4’6 22,210 -37.403 1.00 30.00 B1 ATON 3195 CA RVO 7 -33,756 22.206 739.304 1.00 29.84 and ATOM 3196 NE RVO 7 -34,944 22,876 -39.215 1.00 30.46 B1 ATOM 3197 SS RVO 7 -34.421 23.27V -37.B59 1.00 31.00 and ATOM 3198 WITH RVO 7 -32.961 23.106 -40.761 1.00 30.79 B1 ATON 3199 0 No. 0 7 -32.286 2) .007 40.242 ] .00 30.95 s ATON 3208 AND ΡΛ0 eight -33.113 23.100 -42.007 1-00 29-99 and ATON 3201 Joint venture No. C1 eight -33.981 22.060 > 42.767 1-00 29.60 and ATSN 3202 CA Ryo eight -32.3В0 23.546 -40.036 1-00 30.24 . and ATSM 3203 sv RICE1 eight 32.75 $ 23-369 -44.404 1 -00 30.10 s ATOM 3204 Joint venture RVO eight 33-254 71-790 -44-113 1.00 31.61 B1 ATOM 3205 with RVO eight 32,747 25-428 -42.928 1.00 31.73 s

α α ϋ □ η η η o l o l o l α η p h o l l s u l o 0 l p l π p h o> π ο π ο ϊ o l ΰ η p s ( Ί κ ΰ ο ΰ η n h ΰ ί) ό π π η η

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ATOM 3206 0 REY 0 -33.9 * 3 25.308 -43.25V 1.00 31.46 B1 ATOM 3207 N 5 EP 9 -33,960 25.70? -42.467 1.00 30.72 B1 ATOM 3200 CA BEV 9 -39.4 * 6 27.080 -42.450 1.00 32-53 1.1 ATOM 3209 CE BEV 9 -35.0 * 3 27.456 -43. "OB 1.00 35, w S ATOM 321V OS BEK 9 -36,252 26.7 * 3 -44.030 1.00 39.1V s ATOM 3211 WITH BEK 9 -35.4 94 27.298 * 1.382 1.00 zg, 2 " s ATOM 3212 0 BEK 9 -36.151 26,359 ΊΟ.933 1.00 32.14 S ATOM 3213 N ABA ten -35.637 20.556 -4O-9Y2 1.00 32.69 B1 ATON 3211 CA A1L ten -36.66 " 20,970 -40.0 * 9 1.00 30.01 s ATOM 32 1 $ NE ABA ten -36.196 20.74 * -38-611 1.00 29.34 s ATOM 32 1 6 with AED ten -36.9 * 3 30.453 -10.294 1.00 31.41 B1 ATOM 3217 0 ABA ten -3 6.162 31.779 -40.950 1.00 31.03 s ATOM 3218 n Yaw eleven -30.058 30.9 * 6 -39.770 1.00 30.05 s ATOM 3219 CA 8EV eleven -38,366 32.36 * -39.076 1.00 33-10 s ATOM 3220 SI BEV eleven -39.055 32.667 -41.205 1.00 31.03 s ATOM 3221 OS BEV eleven - * 0.290 31.905 -41.292 1.00 31, (16 s ATOM 3222 WITH BEK and -39.255 32. B10 -38-731 1.00 33.60 B1 ATOM 3223 0 BEV eleven - * 0.016 32.023 -38.175 1.00 34.21 B1 ATOM 3221 N SUE 12 -39. OF 34.00 * -36.379 1.00 33.24 B1 ATOM 322 $ CA OW 12 -30.903 3 * .636 -37.3 * 4 1.00 3 * .06 s ATOM 3226 0 61Ύ 12 36.131 -37.594 1.00 34.70 B1 ATOM 322? 0 SUE 12 -39,510 36,736 -38.377 1.00 35.73 B1 ATOM 3220 N TNN 13 -41.23 * 36.66 * -36.926 1.00 35.43 s ATOL 3229 CA TNN 13 -41.543 30,077 -37.055 1.00 35.76 s ATON 3230 NE THY 13 -43.057 38.29-9 -36.915 1.00 37.03 B1 ATSN 3231 □ 01 Transnational corporation 13 -43,732 37.621 -37.900 1.00 40.63 s ATON 3232 SB2 TNR 13 • 13-309 39.101 -36.959 1.00 38.80 s ATSN 3233 WITH THY 13 -40.03 * 36.83 * -35.9 * 9 1-00 34.79 B1 ATOM 3234 ϋ Tiv 13 -40.766 39,356 -34.017 1.00-33, AB s ATON 3235 N RVD one* -40.296 10,021 -36.261 1.00 33.81 s ATON 3236 With moat one* -40.243 40.602 -37.579 1.00 33.59 s ATSN 323? CA moat and -39.670 40-845 -35.213 1.00 35.17 B1 ATSN 3238 NE RKO one* -39.510 42.210 -35. B01 1.00 35-17 bz ATSN 3239 SS moat one* -39.330 41.880 -37.339 1.00 32.62 S ATSN 32 * 0 WITH moat one* -40.562 40.904 -33 + 970 1-00 37.0 * s ATON 32 * 1 0 Nuclear weapons one* -41.700 10.E39 -3'1.07 6 1.00 36.13 s ATON 32 * 2 N Be 15 -39.933 40.880 -32.79 " 1-00 37.53 s ATOM 32 * 3 CA Be 15  40.60 * 10.805 -31.55 * 1.00 37.21 s ATON 32 * 4 WITH Be 15  41.09’1 33.514 -31.114 * 1.00 37.71 s ATON 32 * 5 ABOUT SUE 15 -41.394 39.35 * -29.06 * 1-00 39.10 s ATON 32 * 6 n z.i sixteen -41 -101 33.515 -31.918 1.00 30.20 s ATON 32 * 7 CA BYN sixteen -41.5 * 2 E7-1Y * -33.51 * 1.00 39.95 s ATCI 32 * 8 NE BON 36 -43,263 36.48Θ -32.671 1.00 42.22 s ATOI 32 * 9 SS lm sixteen - * 3, $ 14 37-217 -33.166 1.00 49.5? s ATSN 3250 With sn sixteen - **, 600 37.310 -32.106 1.00 53.19 s ATSM 3/51 OE1 ST.N sixteen -45.367 36.371 -3Ϊ.8Β9 1. ON 55.70 2.1 ATSN 3252 HE2 sn sixteen -44,693 38.472 -31.4 * 9 1.00 53-3 3 s ATOM 3253 WITH an 36 -40,393 36.301 -31.017 1.CO 39.30 s ATOM 325 * 0 oh sixteen -39.232 30.715 -39.990 1.00 36.61 s ATOM 3255 N Battery 17 - * S. 7 * 3 35.085 -30.609 1.00 39.0 * s ATOM 3256 CA ICE 17 -39.782 34.093 -30.1 * 2 1-00 * 0.32 B1 ATSM 3257 NE Battery 17 40 .225 33.551 -20.775 1 .00 40.01 s ATSM 325 " Sat Battery 17 -39.384 32.406 -20.239 1.00 43.3 * S ATOM 3259 With Battery 17 -39.923 31.930 -26. "EV 1.00 41.71 s ATOM 3260 NOT AVB 17 -39.086 30-906 -26,777 1.00 43.61 B1 ATSM 3261 CE ARB 17 -39. 1 $ 5 29-610 -26.565 1.00 43.6V B1 ATOM 3262 ΝΗ1 ARB I? • 40.019 29.170 -27.471 1.00 44.30 s ATOM 3263 HH 2 Battery AND -ZV.3? 6 20.7 * 0 -25.933 1.00 43.92 B1 ATOM 326 * WITH ABC 17 -39.697 32.9 * 9 -31.14V 1.00 39.25 S ATOM 3265 WITH ABC 17 -40.722 32.397 -31.5 * 8 1.00 40.22 S ATOM 3266 N UAY ten -38,400 32.601 -31.562 1-00 ZV.21 s ATOM 3267 CA UAY ten -30,269 31.428 -32.410 1.00 36.63 1,1 ATOM 326V NE UAY ten -37,608 31. B14 -32.790 1-00 37.12 s ATOM 3269 SB1 UAY 1B -38.6 * 2 32.7 * 0 -34.510 1.00 37.93 s ATOM 3270 CC2 UAY 1B -36,331 32,470 -33.624 1-00 37.49 s ATOM 3271 WITH UAY 1B -37.320 30.430 -31-755 1.00 36, oh s ATOM 3272 about UAY 1B -36. 493 30,300 -30.910 1.00 37.10 s ATOM 3273 N Transnational corporation nineteen -37.447 29.161 -E2.13? 1.00 34.19 B1 ATOM 3271 CA tnr nineteen -36.532 20.1 * 6 -31.635 1.00 33.85 s ATOM 3275 Si Tiv nineteen -37.231 ? $ 7.1 g -30.699 1.00 31.73 B1 ATOM 3276 003 TNR nineteen -38,256 26.159 -31.422 1.00 36.14 s ATOM 3277 CO 2 TNR nineteen -37,839 27.875 -29.510 1.00 36.05 s ATOM 3270 WITH TNR nineteen -35,932 27.367 -32.738 1.00 33.71 . s ATOM 3279 0 Transnational corporation nineteen -36.501 27,130 -33.Θ04 1.00 31.31 B1 ATOM 328 " s KIE 20 -34.600 26.96 * -32.627 1.00 32.6? s ATOM 3281 CA NOT 20 -34.013 26.136 -33.619 1.00 30.93 s

О 7 П О '1 ιΊ ΐ ΰ ΰ ΰ ΰ Г) g С | 1 g I С π О О η Г1 g ϋ Π Ζ С Г; G, G; G, E about with η ζ ο η η th η Y ΐ with G; Γ! ο ϋ 2 ο η D) ο ο ο ο ίί P r o <1 O | - r □ o □ Ο η r O

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ATOM 3282 NE 1ЪЕ 20 -32. B56 26.902 -34.267 1.00 30-09 ; .t with ATOM 3283 CC2 TIE 20 -32.090 25.991 -35.202 1.00 32.20 1D with ATOM 3284 CC1 NOT 20 -33.410 20.121 -3.5.018 1-00 31.0-2 s with ATSM 3235 sp1 1 bj 20 -32.340 29.896 -35. + 61 1.00 79.96 B1 with ATSM 3286 with I bj 20 -33.479 24.902 “32-912 1.00 29.12 s with ATOM 3287 0 I HER 20  32.02 5 25.00? -31.817 100 27.11 s ABOUT ATOM 3280 N ZEK 21 -33.372 23.731 -33.460 1.00 28.13 s N ATSM 3289 CA ZEK 21 -33.418 Ζ2.493 -32-791 1.00 27.0+ s with ATOM 329 (3 NE 5 EP 21 “34.51? 21.5Ο3 -32.857 1.00 20.51 s with ATOM 3291 OS 5 EP 21 -34.6 + 6 20.91 ϋ -34.144 1.00 36.31 E1 ABOUT ATOM 33 92 with ZEK 21 -32.133 21.856 -33.404 1.00 27.30 1.1 with ATOM 3293 0 ZEK 21 -31. B50 22.00? -34.576 1.00 26.13 s about ATOM 32 94 N CPS 22 -31.51+ 21.040 -32.599 1.00 26.91 1.1 to ATSN 3295 CA Sue 22 -30.300 20.349 -33.012 1.00 28.14 01 with ATSM 3296 <7 CPS 22 -30.370 10.953 -32-40? 1.00 27.39 s with ATOM 329? 0 CPS 22 = 30.492 10,805 -31-191 1.00 26.72 s 0 ATOM 3290 NE CPS 22 -29,070 21.109 “32,470 1.00 28.70 B1 with ATOM 3299 8C SUYA 22 -2? .428 20.36? -32,116 1.00 33.90 1.1 B ATOM 3300 N ZER 23 -30,349 11.926 -33.246 1.00 26.59 X.1 to ATOM 3301 CA ZER 23 -30.4 3+ 16.Y + -32.122 1.00 29 .26 £ 1 with ATOM 3302 Sz ZEK 23 -31.691 15.815 -33.2 + 4 1.00 30.37 s with ATSM 3303 OS ZEK 23 -31.715 15.896 -34.653 1.30 40.04 E1 0 ATOM 3304 £ ZEK 23 -29.202 15.750 -33.053 1.80 27.50 B1 with ATOM 3305 0 ZEK 29th -20.609 15.703 -34.171 1.00 25.1+ s 0 ATOM 3306 N SUE 24 -20.734 15.017 ‘32 -0 + 9 T-00 27.83 s th ATOM 3307 CA S1.U 24 -27.548 14.20+ -32-195 T.00 20.19 s with ATOM 3300 WITH S1.U 24 -27,832 12.832 -31.632 1.00 29.00 s with ATOM 3309 0 Οϊ.γ 24 -28,902 1? .- 31.367 1.00 29. +3 1,1 about ATOM 3310 BUT) ZEK 25 -26.836 12.291 -ZO.E70 1.00 26-0 * B1 GT ATOM 3311 CA ZEK 25 -27,045 10.942 -30.372 1.00 27.01 s with ATOM 3312 NE ZEK 25 -26.7 + 7 9.930 -31.418 1.00 26.36 s £ ATOM zlz OS ZEK 25 -25.400 10.061 - 31.079 1.00 26.75 B1 0 ATOM szn £ ZEK 25 -26.113 10 .705 -29.209 1.00 26.33 s with ATSM 3315 ABOUT ZEK 25 -25.447 11.629 -28.7 + 6 1.00 2?, 16 1.1 0 ATOM HW $ N ZEK 26 -26-056 9.462 “23.7 + 2 1.00 2 5.3? s and ATOM 3317 CA ZEK 26 25.345 9.137 -27.622 1.00 25.5? s with ATOM 3310 NE ZER 26 '25, 508 7.678 -27.1 + 3 1.00 26.57 S with ATON 3319 OS ZER 26 -25.035 6,804 -28,119 1.00 32.72 s 0 ATOM 3320 WITH ZER 26 -23.84? 9 . ZEO -27.673 1.00 25.31 s with ATOM 33 ?! 0 ZER 26 -23.153 9.613 -26.68V 1.00 26.31 s 0 ATON 3322 N ZEK 2? -23.347 9.36? -28.90+ 1.00 25.12 1.1 N ATOM ZE23 CA ZEK 27 -21,916 3.549 -29.129 1.00 23.30 s with ATON 3324 NE ZEK 2.1 -21.495 0.940 -30.472 1.03 22.37 B1 with ATON 3325 OS ZEK 2Ί -21,943 9.746 -31.551 1.00 21.2® S 0 ATON 3326 WITH ZEK 27 -21.521 11.023 -29.035 1.00 24.26 1.3 with ATON 332? 0 ZEK 2? -20.342 11.342 -20.959 1.00 23.93 B1 0 ATOM 3320 N AZES 20 -22.497 11.926 -29.195 1.00 23.53 1.1 μ ATOM 3329 CA AZES 20 -22.197 13.34B ‘29 .020 1.00 23.52 1,1 with ATON zezo SC AZN 26 -22.302 14.111 -30.361 1-00 21.1? s with ATOM 333Ϊ Joint venture AZES 29th “2 3.4 67 13-656 -.31,228 1-00 23.3+ s with ATON 3332 OP1 Α3Ν 28 -24.629 13.89 $ -30,908 1.00 23.92 s 0 ATOM 3333 NP2 Α3Ν 2® -23.15+ 13.009 -32.3 + 5 1.00 21.27 s N ATON 3334 with AZN 28 es.oga 14.033 -27.93? 1.00 23.95 s with ATSN 3335 0 AZES 28 -22.5 ίίί 1 + .156 -26.799 1.00 25.36 s 0 ATSN 3336 A ¹ 1b 29th -2 +, 230 1 +. + 86 -20.26? 1.00 24.55 s and ATSM 3337 CA 1b 29th -24,995 15.263 -27.300 1.00 24.06 B1 with ATON 3330 NE ΙΟΕ 29th -26.300 15.799 -21.929 1.00 26.12 1.1 with ATOM 3339 022 1b 29th -27.120 16.554 -26. B03 1.00 21.66 s with ATON 3340 051 1EE 29th -25.951 16.716 -29.103 1.00 21.06 II with ATON 3341 001 NOT 29th -27.1 + 6 17.356 -29.766 1.00 26.70 1.3 with ATON 3342 WITH ΙΪ.Ε 29th -25.313 14.456 -26.0 + 0 1.00 25-43 s with ATON 3343 0 1b 29th -25.440 15.021 -24.956 1-software 24.3+ s 0 ATON 334 + N SUE thirty -25.401 13.134 -26.170 1 -00 25.71 B1 and ATOM 3345 CA SUE thirty -25.640 12.301 -25.000 1.00 25.11 s with ATON 3346 WITH Be thirty -24-619 12.46? “YZ, B? 5 1.00 28.74 51 with ATON 334? 0 Τ.Ι-Ύ thirty -24.952 12-284 -72.7 (12 1.00 28.98 B1 0 ATSM 334® I ZEK 31 “23.376 12.806 -24,217 1.00 26.07 s and ATSM 3349 CA ZEN 31 -22.3 + 2 13.023 -23.20? 1.00 25.52 s with ATOM 3 350 NE ZEN 31 -21.1-04 12.176 -23.511 1.00 25.93 s with ATSM 3351 OS ZEN 31 -21.357 10.799 -23.314 1.00 27.04 1.1 0 ATOM 3352 with BEN 31 -21,905 1 + .48 + -23.092 1.00 26.39 1,1 with ATON 3 353 0 BAY 31 -21.490 14.925 -22.022 1.00 25.9? and 0 ATON 3 354 I AZES 32 -21.991 15.227 -2 + .192 1.00 25-12 . s n ATOM 3355 CA A5P 32 -21.2 * 0 16.471 -24.316 1 .CO 25.9? G, 1 with ATSM 3356 NE AZN 32 -20.279 16.3 + 2 -25.494 1.00 22.19 s with ATON 3357 her DINE 32 -19.380 15.133 -25.362 1 -00 25.36 s with

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ATOM 3358 OSB DON sg '18, 840 14. $ 64 -24.284 1.00 24.71 B1 ϋ ATOM 3359 HC12 D5N 32 -19,220 14 . 387 -26.451 1.00 23.92 AND η ATOM zeo WITH A5N 32 -22.007 17,742 -24,445 1.00 26.14 s with ATOM 3361 0 AZES 32 -23,258 17.697-24. 1.00 26.61 S about ATSM 3362 I TYAN 33 -21.477 18,873 -24.106 1.00 25-64 s 14 ATOM 3363 CA taya 33 -22.15Ϊ 20.167 -24.125 1.00 25.44 s with ATSM 3364 NE THY 33 -21,272 21.272 -23.484 1-00 36.1 $ s with ATSM 3365 051 chan 33 05.204 21.487 -24.231 1.00 27.99 s 0 ATSM 3366 CH2 tin 33 -20.937 $ 20.92 -22,040 1-00 25.80 s with ATSM 3467 WITH tin 33 -22.478 30.509 -25.553 1-00 24.65 s with ATON 3368 0 tgsn 33 -21,778 20,230 -26.492 1.00 23.55 s about ATON 3369 I FA 6 34 -23,542 21,367 -25.713 1.00 22.97 s I ATON 3370 CA UAY 34 -23,901 21.889 -27.024 1.00 20.22 s with ATON 3371 NE FAY 34 -25.422 21.766 -27.273 1.00 20.79 Bz with ATOM 3372 CC1 UAY 34 -25.765 22.309 -2V. 640 1.00 17.13 s with ATSM 3373 CC2 UAY 34 -25.849 20.303 -27.162 1.00 18.06 1,1 with ATOM 3974 WITH UA1, 34 -23.497 23.349 -27.126 1.00 20-72 1.1 with ATSM $ 337 about UAB 34 -23.588 24.092 -26.153 1.00 20.35 1,1 0 ATOM $ 337 N D5M 35 -23.062 23.760 “56-311 1 - 00 21.11 s N ATSM 3377 SD HOUSE 35 -22.553 25.104 -28.515 1 -00 20.37 s with ATON $ 337 NE house 35 -21.02 " "$ 5,066 -28.67 1.00 20.30 s with ATON 3379 SS DON 35 -20,345 24.360 -27.513 1.00 20.02 s with ATON 3360 OSB A5N 35 -20.061 24.968 -26. "7? 1.00 20.69 s □ ATOM 3331 HC2 DON 35 -20,092 23.069 -27.675 1.00 18.74 B1 n ATSM 3332 WITH LINEN 35 -2 3.190 25,664 -29.765 1-00 23-63 B1 with ATSM 3333 about Dates 35 -2 3.363 24.943 “30.750 1.00 25-23 s 0 ATOM 3384 μ TNR 36 -23.53 $ 26.950 ““ 9.72? 1-00 24.33 s n ATSM ZZY5 SD TIR 36 “24.249 27.581 -30.028 1-0 (1 23.53 s with ATON 3336 sv tnr 36 “25,637 28.0 "3 -30.361 1.00 24.65 s with ATSN 3337 ss TNR 36 -26.56 $ 26-864 -30.058 1-00 23.30 B1 with ATON 3389 C 02 TNR 36 -27.466 26.254 -30.973 1.00 21.45 s with ATON 3339 CE2 TNR 36 -28,163 25,261 -30.257 1.00 22.89 B1 with ATOM 3390 sez TNR 36 -27,754 26.436 -32.330 1.00 24.for Bz with ATOM ZEE1 C01 TNR 36 -26.744 26.264 -20. 1.00 22.a $ B1 with ATOM 3392 NOT! TER 36 -27,706 25.204 -20.965 1.00 "" .07 s n ATSM 3393 C £ 2 TNR 36 -29,131 24.4 52 -3Ο.Β53 1.00 23.37 B) with ATSM 339 " C3 TNR 36 -28,728 25.630 '32 .920 1.00 "4.94 s with ATSM 1395 CH2 TYR 36 -29.393 24.652 “32.101 1.00 23-94 b: with ATON 3396 WITH TNR 36 -23-492 28.793 '31 -393 1-00 24.76 s with ATSM 3397 0 TNR 36 -22.862 29.539 -36.651 1.00 24.29 1.1 with ATOM $ 339 HS ΤΪΗ 37 -73-500 56-950 -32,710 1-00 23.23 s I ATSM 3399 SD TUN 37 “22.890 30.017 -33.419 1-OO 25.41 AND with ATSN 1409 NE tun 37 -21.710 29.4 "4 -34.223 1.00 23.97 AND with ATSM 3401 SS TUN 37 -20-751 28.674 -30.348 1.00 24 .70 s with ATON 3402 C01 ΤΪΗ 37 -21.020 27.357 -32.993 1.00 23.14 s with ATOM 3403 CE1 TUN 37 -20,220 26.679 -32.095 1.00 24.44 B1 with ATSM 3404 C 02 ΤΪΗ 3? -19.639 29.291 -32.789 1.00 21.55 s 0 ATOM 3405 CE2 T ¥ th 37 -18.826 28.610 -31. BB7 1.00 23.33 B1 with ATOM 3406 C1 T ¥ N 37 -19.127 27,312 -31,541 1.00 23.69 1,1 with ATON 3407 04 TUI 37 -18.359 26.630 -30.018 1.00 20.32 s □ ATSM 3406 WITH ΤΪΕ 37 -23.845 30.737 -34.360 1.00 "6.66 1.1 with ATSM 1403 0 ΤΪΗ 37 -24.741 30.131 “34.946 1.00 "7.00 B1 about ATON 3410 HS drunk 38 -23.640 32-040 -34.492 1.00 "6.80 s n ATSM 341 1 SD MFN 38 -24.39 $ 32.050 -35-423 1.00 20.14 s with ATON 341 " sv SBGS 38 -24.986 34-0113 -3 ", 6? 4 1.00 29.55 s with ATOM 3413 ss ΠΙ.Η 38 -25.560 35-128 -3 $, 559 1.00 29.51 s with ATOM 3414 With sn 36 -25.992 36,335 -34,764 1.00 32.32 and with ATOM 3415 OE1 sn 36 -25.167 37.159 -34.364 1.00 32.45 s about ATOM 3416 IE2 sn 36 -27.292 36.449 -34.526 1.00 31.43 s N ATOM 3417 WITH sya 38 -23.428 33.339 -36,497 1.00 27.48 B1 with ATOM 3418 WITH sn behind -22.313 33.746 -36.1E1 1.80 27.04 s about ATON 3419 N sn 39 -23.839 33.284 -37.760 1.80 27.49 B1 N ATON 3420 CA sn 39 -22.977 33,751 -38, $ 38 1.00 "a.01 1,1 with ATON 3421 NE sn 39 -22.396 32.569 -39.630 1.00 "y .56 1,1 with ATON 3422 SS sn 39 -21.371 33.003 -40.604 1 .00 "5.91 s with ATSN 3423 With sn 39 -20.727 31.042 -41.432 1.00 "6.00 s with ATON 3424 CE1 drunk 39 -21.345 30-791 -41.602 1.00 "5.62 s 0 ATOM 3425 GSE2 sn 39 “19-476 32,020 -41,932 1.00 22.22 s N ATSN 3426 WITH sn 39 -23.691 34-68 "-39-000 1.00 29.80 B1 with ATOM 3427 0 sn 39 -24.710 34,318 -40.387 1.00 28.22 s 0 ATSM 3438 > 1 1.15’3 YU -23,143 35,081 -39.957 1.00 32.04 B1 N ATON 3429 CA Bw 40 -23,601 36.030 -40.957 1.00 34.34 S with ATOM 3430 NE LIE 40 -23,473 38.267 -4Ο.41Θ 1.00 33.92 . s with ATSM 3431 SS YEL 40 -24.221 33.579 -39,117 1.00 37.04 B1 with ATSN 3432 From 01 LEA 40 -23.977 40.031 -ZV.129 1.00 30.63 s with ATOM 3433 C 02 BEO 40 -25.711 32V -39.297 1.00 37.35 s with

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ATOM 3434 WITH Bw 40 -22 .765 36.686 -42,226 1.00 36. "0 1,1 with ATOM 3435 0 Bf 40 -21.659 36.142 Ί2-194 1.00 39.60 [,one η ATOM 3436 d) 990 41 -23 .285 37.167 -43.366 $ 1.00 39.0 S N ATOM 3437 C £ RIO 41 -24.597 37.019 -43.534 1.00 30.64 S with ATOM 3430 CA Ryo 41 -22.597 36.981 -14.691 1.00 30.77 s with ATOM 3439 NE REY 41 -23.531 37.655 -45.659 1.00 40.02 s with* _ ATOM 3440 with vomit 41 -24.884 37.619 -15,000 1.00 36.99 B1 and- ATOM 3441 with RKO four] -21.197 37,590 -41,660 1.00 30.71 C1 with ATOM 34 "g about RIO 41  20.970 30,690 -44,162 1.00 30.71 C1 □ ATOM 3443 N 51, U 42 -20.24Θ 36,956 -45.236 1.00 39.60 C1 to ATOM 3444 CA Be 42 -10.90 ’ 37.375 -45.3B2 3.00 40.14 s with ATOM 3445 WITH <Zu 42 -10.135 37,520 -44. 1.00 40.10 C1 ;? ATOM 3446 ABOUT <B ¥ 42 -17.077 30.147 -44.042 1.00 41.37 T-1 0 A'GOM 3447 M Tne 43 -19.655 36.941 -43.007 1.00 37.47 B1 TO ATOM 3449 CA THY 43 -17.872 37.040 -41.732 1.00 36.?0 s WITH L TOM 3449 NE GNK 43 -19.660 39.090 “49-841 1.00 30.93 B1 with ATOM 3450 0С1 tn 43 -17.927 39-239 -89.619 1.00 44.97 s 0 ATOM 3451 SB2 YOU 43 -20.073 37.67-3 -40.529 1.00 40.20 S < ATOM 34 5? WITH TNV 43 17.890 35,692 -43.007 1.00 33.50 C1 with ATOM 34 53 0 Transnational corporation 43 -10.693 34. 70'ί -41.26Θ 1.00 32.26 C1 0 ATOM 3454 N ABA 44 -16.921 35.556 -4-0.114 3.00 29.3? C1 n ATOM 3455 CA ABA 44 -16.74V 34.320 -39.36V 1.00 29.17 C1 g ATOM 3456 B ABA 41 -15.469 34. 376 -38.542 1.00 24.90 1-1 g ATOM 3457 WITH ABA 44 -17.944 31.104 '38 .453 1.00 2 0.00 t ATON 3459 ABOUT Aba 44 -19.580 35.057 -38.022 3-00 20.39 s 0 LT0M 3459 N Ryo 45 -19.249 32.039 -39,139 1.00 20.41 S I ATOM 3460 cn Ryo 46  17.620 31.619 -38.670 1.00 26.65 S with ATOM 3461 CA REY 45 -19.282 32.538 -37,143 1.00 27.06 B1 with ATOM 3462 NE PPO 45 -19.2 $ 4 31.013 -37.036 1.00 25.83 s with ATOM 3463 se RNO 45 -10.623 30.552 -38.310 1.00 27.1V s with ATON 3464 with REY 45 -19.922 33.199 -35.910 1.00 20.31 Bt with ATOM 3465 0 REY 45 -17,745 33.412 -35.520 1.00 29.04 WITH! 3 ATOM 3466 to Bw 46 -19.934 33.527 -35.029 1.00 37.77 Bt 0 ATOM 3467 CA EU5 46 -19 .71V 34. 126 '33 .720 1.00 29.30 s with ATON 3469 NE SU5 46 -20.324 36.529 '33 .693 1-00 30.36 s with ATOM 3469 ss SUYA 46 -20.595 36.090 -32.309 1.00 35.69 s with ATOM 3470 CE CPS 46 -21.147 37,342 -32-399 1.00 38.46 s with ATOM 3471 C5 SUYA 46 21.611 39,008 -31-040 1.00 41.17 s with ATON 31? 2 M CPS 46 22.115 39,245 -31,131 1.00 43.66 B1 I ATOM 3473 WITH SUYA 4 6, -20-366 33.249 -32,054 1.00 27.70 s with ATON 31? 4 0 T.U5 46 --21-527 32,069 -32.734 1.00 2 B.72 s about ATON 3475 N CEO 47 -19.811 32.927 -31.609 1.00 25.77 s n ATON 3416 CA CEO 4'ί -20.109 32,072 -30.530 1.00 2 6.00 B1 with ATON 3471 NE sei 47 -16.971 31.738 -29.556 1.00 22.4 3 s with ATON 3470 SS Bw 47 -19.368 30.964 -28.294 1.00 24.81 S with ATON 3479 SEN Bw four? -19.762 29.550 -28.63ϋ 1.00 20.56 C1 with ATON 3480 SY2 yee four? -10.207 3-3.937 -27.298 1.00 22.03 s with ATON 3481 € ive 47 -21.233 32.770 “29.772 1.00 2 6.08 ],one with ATS1-1 3482 WITH yee 47 -21.056 Z.V95 -29.312 1.00 2 5.15 s 0 ATON 3483 N yee 4B -22.376 32.097 -29.642 1.00 26.83 s h ATON 3484 CA B £ and 48 -23.040 32.643 -28.934 1.00 $ 28.4 s with ATON 3485 NE yee 4B 24.814 32.464 -29.763 1-00 30.33 s with ATON 3486 SS Sho 48 -25.021 33.27 $ -31.04? 1-00 35.48 B1 with ATON 3487 sp1 T. £ and 48 -26.383 32,926 -31.613 1.00 3 5.81 s with ATON 348Y co2 b 48 -24,939 34,774 -30.756 1.00 34.18 s with ATSM 3489 WITH Bw 48 -23.757 31,955 -27.599 1.00 27.72 1L with ATSM 5490 0 Bw 48 -24.010 32,590 -26.598 1.00 27.24 B1 about ATON 3491 N NOT 49 -2 3,603 30.636 -27.590 1.00 27.22 ],five S ATSN 3492 CA 1ЪЕ 49 -23,903 29.810 -26.428 1.00 2 3.99 B1 with ATSN 3493 NE 1b 49 -25.270 29.109 -26.590 1.00 23-11 with ATON 3494 CC2 NOT 49 -25.514 28.171 -25.427 1.00 23-24 B7 with ATOs 3495 CC1 1b 49 -26.307 30.153 '26 .717 1.00 25-09 s with ATOs 3496 CB1 11C 49 -26.846 30.741 -25.395 1.00 26.07 s with ATOM 3497 with NOT 49 -22.830 28.739 -26.293 1.00 24-62 s with ATSN 3499 about not 49 -22.472 28.077 -27.272 1.00 25.03 s 0 ATOM 3499 N TUI 50 '22 ..314 28.558 -25.005 1.00 25.53 s and ATOM 3500 CA tgv 50 -21.466 27.403 -21.911 1.00 26.67 B1 with ATOM 350 E NE TUK 50 “20,093 27, £ 33 -24.628 1.00 25.70 S with ATSN 3502 Sat TUI 50 “18-718 28-689 -23.408 1.00 26.62 B1 with ATSN 3503 0ϋ1 TUK 50 -18.874 30.068 -23.166 1.00 26.79 s with ATON 3504 CE1 TUI 50 -19-915 30,858 -22.343 1.00 23.90 B1 with ATON 3505 Οϋ2 TUI 50 -19.303 28.110 -22.396 1.00 26.72 1.1 with ATON 3506 C 82 TUI 50 -19,153 28.882 -21.071 1.00 29.12 , and with ATOM 3507 C2 TUI 50 -19.203 30.259 -21.148 1.90 30.76 eleven with A10I 1508 HE TUK 50 -19.005 31.030 -20.026 1.00 20.9-6 1.1 0 ATOM 3509 WITH TUI 50 -21,976 26.697 -23.563 1-00 25-04 B1 with

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ATON 3510 th TUI 50 -22.784 27.251 -22.82 ’ 1-00 24.7? N ATON 3511 and YEY 51 -21.516 25.470 -23.3 + 3 1-00 26.19 S ATON 3512 CA ZEK 51 -21.871 24.680 “22-198 1.00 26.90 S ATON 3513 sv Her 51 -21.436 25.204 - <20.096 1.00 27.94 S ATON 3514 ABOUT Seb 51 -20.133 24,813 -20.676 1.00 31.95 AND ATON 3515 with YEV 51 -23-494 2 + .628 -22.129 1.00 24.91 AND ATON 3516 ABOUT Yaw $ 1 -24.O & 0 24.808 -21.060 1.00 22.95 B1 ATON 3517 n D5M 53 -24.122 24,304 -23.275 1.00 24.45 B1 ATON 3518 CA Α5Ν 52 -25.571 24.212 -23.35 ’ 1.00 25.66 B1 ATSM 3519 NE D5M 52 -26.051 23,237 -22.270 1.00 24.57 AND ATON 35Ζ0 With D5N 52 -25.501 21.835 -22.463 1.00 25.41 1.1 ATON 3521 οϋΐ AIN 52 -25.299 21, EVZ -23.589 1.00 26.77 and ATON 3522 »02 AIN 52 -25.251 21.1 + 2 -21.361 1.00 25.99 and ATON 3523 with AYY 52 -26.350 25.520 -23.224 1-00 24.22 s ATON 3524 about AIN 52 -27.273 25.767 -23.999 1-00 24.09 s ATON 3525 and AZES 53 “25.982 26.351 -32-231 1.00 25.54 s ATSN 3526 SD D5M $ 3 26,821 27,402 -21,075 1.00 27.46 and ATON 3527 sv D.9M 53 -27,830 27,038 -20.Θ1Ι 1.00 27.71 B1 ATOM 352Y ss D5M 53 -27,154 26.453 -19.570 1.00 33.27 s A'GOM 3529 OE31 Α5Ν 53 -26,023 26.819 -19.226 1.00 32-11 B1 ATOM 3530 N02 A5M 53 -27.8 + 6 25.537 -18.894 1.00 32.47 s ATOM 3531 WITH AYA 53 -26.064 28.712 -21.374 1.00 28-20 B1 ATOM 3532 ABOUT AIN 53 -26.664 28.601 -20.766 1-00 26.89 s ATON 3533 n SEN 54 -24.756 28.772 -21.625 1-00 27.94 s ATOM 3534 SD JS $ 4 -23.949 29,907 -21.182 1.00 26.56 s ATOM 3535 sv OSH 54 -22-620 29.410 -20.599 1.00 27.00 B1 ATOM 3536 ss SI 54 -22.77? 28.528 -19.362 1.00 26.24 1.1 ATOM 3537 with School 54 -23,498 29.231 -18.222 1.00 29.64 and ATOM 3538 OE1 CEM 54 -22.971 38.174 -17.630 1.00 28. + 0 N ATOM 3539 YE2 SEN 54 -24,708 2B.774 -27.914 1.00 26.55 B3 ATOM 3540 WITH ΰυί 54 -23.670 38.923 “22.29; 1.0 "h", 39 s ATON 3541 ABOUT SEN 54 -23.313 30.557 -23.424 1-00 37.97 and ATOM 35 + 2 N Battery 55 -23.79 ’ 32.205 -21.911 1-00 27.97 s ATON 3543 SL ay 55 23.526 33.247 -22.952 1-00 31.26 s ATON 35 + 4 Sat two 5 $ '24 -612 34,327 -22.09 “ 1.00 31.77 s ATOM 35 + 5 Si Liy 55 “25.921 33-416 -23.531 1-00 35.02 s ATON 35 + 6 With DAY 55 -27,092 34,966 -23.340 1.00 37.92 B1 ATON 35+? YE A NA 55 -27.466 34,997 -21,956 1.00 40.09 s ATOM 35 + 8 cg two 55 -27.106 35.969 -21.093 1.00 42.68 s ATOM 35 + 9 MH1 Battery 55 -26.4 + 2 37,003 -21.171 1.00 42-75 s AGON 3590 NE2 ABC 55 -27.6 + 2 35.900 -19.845 1.00 42.31 E) ATOM 3591 with ABC 55 -22.160 33.892 -22.755 1.00 31.3+ and ATON 3,592 ύ ICE 55 -21.785 34.257 -21.647 1.00 30.63 and ATON 3533 N vomit 56 -21.396 34 .041 -23. B42 1.00 32.93 s ATSN 3594 with out of 56 -21.569 33.417 -25.162 1.00 30. 1.1 ATSN 3535 CA RVO 56 -20.205 34.891 -23.707 1.00 33.01 s ATSN 3536 sv T-bills 56 -19.605 34.772 - 25.10 " 1-00 33.09 s ATON 3597 se PPO 56 -20.196 33.82V -25.754 1.00 33.63 1.1 ATON 3598 with RNO 56 -20.632 36-322 -23.405 1.00 36.31 B1 ATON 3558 about RIO 56 “21.763 36.723 -23.707 1-00 36.25 s ATOM 35 60 n BEV 57 -19.791 37.08+ “22,861 1.00 37.50 s DTOM 3561 SD 5EE 57 -19.946 38-501 -72.603 1.00 41 TOE and house 3562 sv 5BN 57 “1J.J07 39.1ZE -22.880 1.00 12.30 s house 3563 OS ZEN 9? -18-841 + 0 .537 -21.919 1.00 40.81 s ATON 3564 with ZEE 9? -20.259 39.151 -2 + .833 1.00 42.62 and DTOM 3565 0 ZEK 97 -19.503 38.883 -25.828 1.00 41.85 s ATOM 3 566 N SUE 98 -21.290 39.990 -24.868 1.00 13.09 s ATOM 3567 CA SUE 58 -21.639 +0.665 -25.308 1.00 4 + .33 1.1 ATOM 3,568 with SUE 98 -22.635 39.90? -26.160 1.00 4 + .22 s ATOM 3569 with SUE 58 -22.762 40.151 -27.362 1.00 46.95 s ATOM 3570 S Yb 59 -23.329 38.949 “$ 25.94 1 LLP 41.04 s ATOM 3571 SL UDE 59 -24.456 28.2B4 -26.187 1.00 30.40 s ATOM 3572 sv UAY 59 -24.213 36-759 “26-312 1.00 37 .83 s DTOM 3573 ce1 UDE 59 -25.456 36-073 -26.85+ 1TO0 35.01 E1 ATON 351 + CE2 UAY 59 -23.019 36.43+ “27.223 1 LLP 34.54 s DTOM 3575 with UDD 59 -25.710 38.523 -25.353 1.00 37.09 s ATOM 3576 0 UAY 59 -7 $ .750 38,195 -24.17? 1TO0 36.97 s DTOM 3577 N RVO 60 -2 ".753 39.089 -25.967 1.00 38.59 s ATOM 35? 8 Οϋ Ryo 60 -26.703 39.481 -27,387 1 TOO 30 TO5 s ATOM 3579 CA PPO 60 -28.000 39.460 -25.281 1.00 39.12 s ATOM 3580 sv PPO 60 -23.852 40.083 -26.364 1TO0 30, 07 s ATOM 3581 ss Ryo 60 -27.881 10.495 -27.420 1.00 +0.32 s ATOM 3582 with Ryo 60 -28.694 38.253 -24.657 1.00 39-92 . s DTOM 3583 0 KEO 60 -28.709 37.16? -25.230 1.00 4 (1.29 s DTOM 3504 N Hey? 61 -29.261 3 ". + 45 -23, 4В2 1 LLP 30 .79 s DTOM 3585 CA LOR 61 -29.944 37.362 -22.7JE) 1.00 39TO1 and

ΐ о о □ Λ π С ϊ С ι7 о г. Λ □ ή ο Λ Λ ϊ ο η с π η g 5 ο η ο η п з ο η ξ ζ η g η σ g <о g $ о g ο η Ώ η g: a ο η a ο η η η ϊ s a ο η η ώ ϊ η η ο η ώ g o

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ATSM 3586 WITH" ABP 61 -30.266 37.774 -21.339 1.00 46.00 B1 with ATSN 35 $ 7 with AZR 61 -31, ¢ 94 09.054 -21.259 1.00 50.76 B1 with ATSN 3580 OE> 1 AZR 61 ‘31 .389 39,489 -20. 123 1.CO 53 -B5 B1 □ ATSM 5589 0E> 2 AZR 61 -11,446 09.634 -32,317 1.CO 52 .25 B1 0 ATSM 3580 WITH AZR 61 -31.213 36.86V -23.467 1 .CO 3? .81 B1 with ATSN 3581 0 AZR 61 -31.Θ37 35.9Π -23.004 1.00 39.36 S 0 ATON 3582 N ICE 62 -31.601 37.485 -24.571 1.00 36.5? S n ATOM 3593 CA ABC 62 -32.735 36.985 -25.332 1.00 .05.73 B1 with ATOM 3594 sa ICE 62 -33.302 HEY 073 -26.240 ] .CO 36.90 B1 with ATOM 3505 ss APS 62  32.312 38.621 -27, £ 40 1 -CO 40.00 B1 with ATOM 3596 with ICE 62 -32,035 39-Θ89 “21-898 1.00 40.90 B1 with ATON 359? not DLP 62 “31,060 ¢ 0.430 -38,036 1.00 30.44 B1 N ATSM 359B cg ICE 62 31.799 40,072 -30.111 1.00 36.96 B1 with ATON 3599 ΝΗ1 ABC 62 -32.664 09.190 -30.560 1.C0 37. AT 4 B1 eleven ATSN 3600 ΝΗ2 ICE 62 -30.870 40,589 -30.905 ι.so 36.az B1 n ATOM 3601 with ABC 62 -32.342 05.752 ‘26 .153 1 .00 34.56 B1 h ATSN 3602 with ABC 62 -33.199 35.055 -26.607 1.00 32-53 S 0 ATOM 3603 to RNE 63 -31.041 35.489 -26.240 1.00 34.56 B1 n ATOM 3604 CA RNE 63 -30.561 34.182 ‘26 -136 1, 00 33 .02 B1 with Anti-terrorist operation " 3605 NE rye 63 -29.210 34.345 -27.406 1.00 31.07 B1 with ATSM 3606 se RNE 63 -29-212 35,142 ‘20, 706 1.00 31.60 B1 with ATSN 360? Wed! RNE 63 -29-616 $ 04.53 -29, 903 1.00 30.71 B1 € ATSM 3600 CO? RNE 63 -ΪΒ.971 36,496 -20.703 1.00 31.31 B1 WITH ATSN 3609 CE1 RNE 60 -29.664 35,262 -31,074 1.00 32.32 B1 E ATSN 3610 CE2 RNE 63 -29.023 37.231 -29.375 1.00 33-14 B1 WITH ATON 3611 cg RNE 63 -29.367 36.612 -31.062 1 .00 33.35 S WITH ATSN 3612 WITH RNE 63 -30.104 33 -236 -25.564 ..PO 33.16 B1 with ATOM 3613 ABOUT RNE 63 29.770 33.576 -24.666 1.00 34.53 1,1 0 ATSN 3614 I ZEK 61 30,962 32,046 -25,616 1.00 31.90 B1 η ATOM 361 $ units Zek 64 ‘30 .029 01-042 -24-600 1.00 31.99 s with ATSM 3616 sv Yaw 64 -31.98 * 31,139 -23,627 1.00 33.55 B1 with ATSN 361? OS ZEK 61 -33-196 36-640 -24.176 1.00 34.69 B1 0 ATOM 3618 with YER 64 -30,777 29.639 -25.226 1.00 30.65 m E ATOM 3619 <3 8EV 64 -31.400 29,060 -26.247 1.00 32.44 s ABOUT ATSN 3629 to SBU 65 -30.029 23.750 -24.501 1.00 30.00 t.1 at ATOI 3621 CA SBU 65 -29.917 27.396 “25.006 1 .00 2B .03 B1 E ATON 3622 with SBU 65 -30.410 26.371 “24.097 1.00 20.41 B1 WITH ATON 3623 0 SBU 65 -30.419 26.609 22.393 1.00 28.15 s 0 ATON 2624 to YOEV 66 -30.054 25.223 -24.603 1, 00 29.79 B1 N ATON 3625 CA YEY 66 -31.205 24.113-23. 7 sun 1.00 29-50 s WITH ATON 3626 NE 5EY 66 -32.700 24.111 -23.439 1.00 30.04 s with ATSN 3627 05 ZEK 66 -33.461 23.989 -24.632 1.00 03.56 s 0 ATSM 3628 WITH 6 ITS 66 - 30.79? 22,702 -24-337 1.00 29.31 s with ATON 3629 ABOUT ZEK 66 -30.605 22.661 -2 $. £ 51 1.00 20.96 s 0 ATOM 3630 N ΙΛ5 6? -30 - 816 21,790 -23.472 1.00 29.49 s I ATOM 3631 units Bw 6? - ZU! 2 HER 20 . 44 $ -00-866 1.00 31.34 s with ATSM 3632 NE Bw 67 -2 B.ι $ 9 20.102 -23.587 1.00 29.79 B1 with ATON 1633 ss Bw £ 7 -20 - 427 10,100 -23.590 1.00 30.92 s with Atin 3634 with Bw 67 -26.945 1Θ.400 -23.271 1.00 31.59 B1 with ATON 3635 CE Bw 67 -26.665 17.014 -22.971 1.00 31.1V S with ATON 3636 yag Bw 67 -25.207 16.754 -22.008 1.00 32.99 bz I ATSN 3637 with Bw 67 -31.123 19.451 “23.119 1.00 32.11 B1 with ATSN 3638 with Bw 67 -31.355 19.614 -21.921 1-00 33.29 B1 0 ATON 3 639 N ZEK 6B -31.591 1B.420 -23.ase 1.00 02.41 s I ATON 3640 CA Yaw 6B -32.289 17.334 “23.131 1.00 33.97 B1 with ATOM 3641 ev Yen 60 “33,780 17.62 * -23-090 1.00 35.12 s with ATSM 3642 05 SER 65 -31-401 16.551 -22.492 1.00 39.24 B1 with ATOM 3 64 3 e Yaw 69 -32.03J 16.010 -23.851 1.00 32.19 s with ATOM 3644 about 9Ϊ.Β 69 -32.356 15.061 -25.027 1.00 31.42 B1 0 ATOM 3645 I OBU 69 by 15,046 -23,134 1.00 31.82 B1 I ATSN 3,646 CA SUE 69 -31.165 13.768 -23.750 1.00 30.65 s with ATON 3647 with SUE 69 -30.145 13, 927-24.065 1.00 31.46 and with ATON 3648 0 SBU 69 -28.026 14.364 -24.623 1.00 31.98 1.1 0 ATON 3619 I TNV 70 -30.531 13.572 -26.037 1.00 30.21 s n ATON 3 650 CA So 70 -29.621 13 .705 -27.221 1.00 29.74 s with AGON 3651 NE Transnational corporation 70 -29.511 12.EV4 τ23.011 1.00 31-03 s with ATON 3 652 OS1 Transnational corporation 70 -30.813 11.994 -28.472 1.00 33.35 s with ATOM 3653 CC2 THY 70 28.934 And .269 -27.12 6 $ 1.00 26.2 s with AGON 3654 0 tn 70 ‘30 .040 14.820 “20.179 1.00 29.23 B1 with ATOM 365 $ 0 tn 70 “29-630 14.00? -29.076 1.00 28.90 s 0 ATOM 3656 μ Yen 71 -30.841 15,759 -27,607 1.00 28.99 B1 I ATOM 3057 CA Yen 71 -31.244 $ 16.90 -26.406 1.00 27.69 s with ATOM 3658 NE Yen 71 “32,710 16.795 -29.060 1.00 29.27 . s with ATON 3659 ss Yaw 71 -3?, 8? 4 15.805 -29.086 1.00 38.45 1.1 with ATON 3660 with Yen 71 -31.003 10,200 -27.745 1.00 24-99 1.1 with ATOM 3661 0 Yaw 71 -30.824 10.208 “26.535 1.00 25.72 s with

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ATOM 3662 N ABA 12 -30.995 19.315 “28.480 1.00 33.9+ S ATOM 3663 CA ABA 72 -30.769 20.626 -27.884 1-00 36.16 S ATOM 3664 NE ABA 72 -29.272 20,976 -27. $ 03 1-00 22.79 S ATOM 3665 WITH ABA 72 -31.555 21.669 -28.65+ 1.00 2 6.58 S ATOM 3666 ABOUT aba 72 -32.062 21.3 * 6 -29.142 1.00 26.75 S ATOM 3667 N 5 her 73 -31,645 22.872 -29.202 1.00 28.14 S ATOM 3660 CA ZEK 73 -32-436 23,910 -28.745 1.00 29.91 S ATOM 3669 NE 5EK 73 -33.900 23.788 -29.305 1.00 30.13 S ATOM Zb? 0 With ZEK 73 -34.639 2 + .715 -29.010 1.00 37.35 S ATOM 3671 with ZEK 73 -31.926 25.313 -28.453 1.00 20.7+ 1.1 ATOM 3672 ABOUT ZEK 73 -31.501 25.633 -27.337 1.00 30. $$ s ATOM 3673 N Bw 74 -31.955 26.161 “29.472 1.00 29.11 1.1 ATOM 3674 CA yee 74 -31.628 27.574 -29.321 1-00 3] .7 * s ATOM 3675 Sat Bw 74 30.694 28,029 “30.449 1.00 20.58 s ATSM 3676 Sat jeo 74 “30.226 $ 29.48 -30,412 1.00 29.48 s ATOM 367? CP1 THOSE(] 74 “29-347 29,689 - 29.201 1.00 29.08 s ATOM 3676 whitefish Bw AND -29.464 29.82? -31.694 1.00 28.84 s ATOM 3679 with Bw 74 -32.931 29.366 -29.3Θ4 1.00 32.05 s ATOM 368 $ about Bjeo 74 -33.707 20.221 -30.327 1.00 31.82 5.1 ATSN 3601 N ABA 75 -33.176 29.194 -28.376 1.00 31.88 7.1 ATOM 3682 CA ABA 75 -34.368 30.028 -28.374 1-00 32.47 1.1 ATOM 3683 sv ABA 75 -35.148 29.833 -27 .077 1.00 32-36 S ATOM 3684 □ ABA 75 -33.952 $ 1.479 -20,520 1.00 32.90 s ATSN 3685 with ABA 75 33.072 31.055 -2? .003 1-00 35.92 s ATON 36 * 6 M 1b 76  34.5? $ 32-173 -29,462 1.00 31.40 s ATOM 368? SD Gye 76 -34.331 33.59? -29.635 1.00 34.46 s ATSN 3680 sv Gye 76 -33.824 33.906 -31.058 1.00 34.25 s ATSN 3689 CC2 Gye 7 6 -33.403 35.370 -31.155 1.00 32.73 s ATOM 369-0 CC1 Gye 76 -32.626 33.014 -31.39 $ 1.00 35.06 B1 ΑΊ'ΟΗ 3691 CO! Gye 76 -32.170 33.122 --32.B47 1.00 35.60 1.1 ATSN 3692 with not 76 -35.648 31.331 -29,110 1.00 36.20 s ATOM 3693 with Ι1Λ 76 “E6.5V6 3 + .210 -30.204 1.00 35.91 B1 ATOM 36 * 4 N ZEK 77 “35.722 39,082 -26,319 1.00 56.94 s ATOM 3605 CA 8 HER 77 -36.907 39.878 -20.035 1-GJ 30.93 s ATSN 369 * SE ZEK 71 -37.Ζ ?? 35.77? -26,555 1.00 59.60 s ATOM 3691 SJ ZEK 77 -36-215 36.2 + 2 -25.739 1.00 42.01 E.1 ATON 369Θ with ZEK 71 -36,655 37.331 -20. + 24 1.00 39.07 s ATSN 3699 ABOUT ZEK 77 -35.503 37,756 -28.574 1.00 37.94 s ATOM 3700 N Ovt 70 -37,733 33.089 -20.600 1.00 37.57 S ATSN 3703 SD C1L 78 -37.505 39.435 -20.966 1.00 35.79 s ATOM 3702 WITH C1L 70 -36.939 39.619 -30.276 1.00 35.60 s ATON 3703 WITH Ο1Υ 70 -35.946 40.459 -30.423 1.00 33.90 s ATON 3704 N boo 79 -37.212 38.781 -31.236 1.00 35.?Y s ATOM 3705 SD Bf 79 -36.506 38.703 -32.506. 1.00 35.73 t.1 ATSM 3706 se yee 79 -37.290 37.812 -33.468 1.00 36, E4 B1 ATOM 3707 ss yee 79 -36.602 37.311 -31.738 1.00 37.13 s ATSN 370V CP1 Bw 79 -35.333 .36.537 -31.392 1 .00 34, 69 s ATSM .3709 CO2 yyo 79 -37.583 36.423 -35- + 90 1.00 3? .56 and ATSN 3710 with boo 79 - 36.301 +0.082 -53,124 1, 00 36. OT s ATON 3711 ABOUT Ι.Ε0 79 -37.2 + 1 40.872 -33.2 + 4 1.00 36.62 s ATSM 3? 12 N CH4 Nuclear weapons -35-064 +0.362 -33.519 1.00 37.03 s ATOM 3713 CA si 80 -34.739 11.593 -34.221 1.00 30.15 s ATSN 3? 1ί se C1.H 80 -33,139 42.405 -33.403 1.00 42.19 s ATOM 3715 ss si 80 -34.200 42.669 -31.979 1.00 49.70 s ATSM 3716 with si 80 -33,230 43.539 -31.213 1.00 56.13 B7 ATON 3717 OE1 sn $ 0 -32.224 43.999 “31.761 1 .00 58.59 s ATON 3718 HE2 sn 80 -33,520 43.772 -29.932 $ 1.00 0.20 and ATON 3719 with sy 80 -34.154 41.270 -39.592 1.00 30. + 9 s ATOM 3720 ABOUT si 80 -33,627 40.177 -39.811 1.00 36.40 s ATON 3721 N 5E0: 81 -34.243 42.220 -36.516 1 .00 36.90 s ATON 3722 Si ΞΕΒ 81 -33,800 41.975 -37.883 1.00 30.24 s ATCI 372 3 sv 5EK 81 “34.‘35 43.181-s. ?? 1 1.00 37.34 s ATON 3724 05 ΞΕΗ 81 “33-436 +4,336 -38.3 + 6 1.00 41.79 s ATSM 372 5 with 5K.N 81 -32.298 +1.661 -37.959 1.00 30.41 s ATSN 3726 0 OVR 81 -31.057 + 0.97? -30,076 1.00 39.41 s ATON 3727 n si 82 -31,510 +2.156 -37.001 1.00 37.61 s AT SI 372 $ CA oh 02 -30,695 +1.057 -36.964 1.00 37.59 s DTON 372 9 sv si 92 -29.332 + 2.649 -35.055 1.00 41.17 s ATSN 3730 ss si 82 -29.897 44.126 -35.830 1.00 50.5 + s DTON 3731 Οϋ si 92 -31.072 +4.401 “35.270 ; .oo 53, p s ATSN 3752 OE1 si 92 -31.236 44 .292 -34.036 1.00 57. b5 s ATOM 3733 OE2 si 82 -31.986 + 4 .727 “36-057 ; .00 5 6.15 s ATOM 3734 WITH si 82 -29.860 40.370 - 36.706 ’. , 00 34.12 . s ΑΤίΙΜ 3738 P si 82 -20.765 39.V62 -36.099 1.00 31.06 s DTON 3736 TO AZ? 83 -30.0 * 3 39,601 -36,250 1.00 31.15 s ATOM 3737 CA l $ r 83 30,779 30.265 -35.941 1.00 30.79 s

Г> 2 О! ': С> О Л П П Π Ϊ С г ‘> 1} ΠΠ ζ; Ο ή g 5 Π Π .1 g, s; ή (ϊ ϋ «0 · Ί? □ η g '; th С Г1 Ο ΰ Ο Γι Ω ΠίΊ Π Ζ Ο Ω Ω Ω 3 Л ΙΊ Γ: Γί Γί Г) С 3; 1 С Γ1 Π Ο Γί ·: ’ί С1 В

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ATOM 3738 00 AIR 83 -31,877 37.043 -34.962 4, 0O $ 0.65 S ATOM 3739 SS AIR az 31.797 30.587 -33-6 + 4 one . thirty 32.56 S ATOM 3740 ΰπΐ Aye 03 -30,697 06/39! - $ 3,269 one . 00 34.97 S house 3741 O02 AZR az -32.834 30.692 -32-961 Ϊ .00 03.03 S YTOM 3742 WITH AIR 03 -30.846 37E $ 5 - $ 7,194 1.00 29.63 S YTOM 3743 ABOUT AZR to “30-649 36.16 $ -37,113 1.00 29.37 S ATOM 3744 S her 04 -31,121 $ 0.002 -38.34Θ 1.00 29.00 B1 ATOM 3745 CA οι, υ 04 -31.109 37.234 -39.58Θ one . 00 03/30 S ATOM 3746 NE si 04 “31,730 30.088 -40,741 1.00 30.22 S ATOM 3747 se BIG 04 -31.723 37.358 -42.0V9 1.00 01/31 S ATOM 3748 with si 04 -32.799 37.846 -43.050 1.00 $ 35-9 S AGON 3749 CE1 EIG 84 -32,515 37.939 “44.265 1.00 37.52 S ATOM 3750 CE2 No! 04 -33,930 30.132 - + 2.590 1.00 36.38 S ATOM 3751 WITH SI! 04 29.800 36.714 -39-949 100 30.69 S ATOM 3752 WITH si 04 -26.87 $ $ 7. + 96 - + 0.160 one . 00 31.59 S ATOM 3753 N ABA 05 -29.663 $ 5-394 -40,021 100 29.97 S YTOM 3704 CA ABA 0 $ 28.5 + 5 34.700 -40.110 1.00 2B .04 S ATOM 3? 5b NE ABA 05 -27,499 35.206 -38,915 1.00 2B .83 S ATOM 3756 0 ABA 05 -28,440 33.265 -40.153 1.00 27.69 S ATOM 3757 WITH ABA 05 -29.522 32.692 39.9BB 1.00 24.93 S ATOM 3758 N AIR 06 -27.293 32.625 - + 0.377 1.00 20.63 S ATOM 3759 CA AIR 06 27,171 31.173 -40.263 1.00 77.36 S ATOM 3760 NE AIR 06 -26,098 .30.6 $ .3  41 -23 + 100 $ 0.73 s ATOM 3761 se Decision maker 06 -26.49 + .30.79+ -42-683 100 32.29 s ATOM 3762 ost AZR 66 -27.65 $ 30.501 -43.017 1.00 36.16 s ATOM 3763 002 AZR 06 -25-609 $ 1.194 -43.497 1.00 33.33 s ATOM 3764 with AIR 06 -26.775 30, 013 -38,935 1.00 $ 26.7 s ATOM 3765 with AZR 06 -25.899 31.451 -38.245 1.00 26.47 s ATOM 3766 N TUN 07 -27,419 29.709 -38.2J6 1.00 2 5.70 s ATOM 3767 CA TUN 07 -27.11 $ 29.317  36.946 1.00 26.34 s ATOM 37 63 NE TUYA 07 -28.046 29.450 - 3 6 - 04 3 1-00 26.23 s ATOM 3769 se TU11 07 -28,702 30.098 “35.752 1-00 25.63 s ATOM 3776 CP1 TUYA 07 -29.451 $ 1,606 -36.656 1.00 2 6.50 s ATOM 3771 CE1 tue 07 ‘29 .700 32.973 -36-414 1.00 27.24 s ATOM $ 772 cms knock 07 -28-220 31.520 -34.612 1.00 25.13 s ATOM 3773 CE2 TUK 07 -28.479 32.356 -1 + .17V 1.00 26.81 s ATSM 3774 C2 TUK 07 -29.216 33.579 -35.292 1.00 27.91 s ATOM 3775 HE TUN 07 -28-44Ϊ 34.914 -35.069 100 02/28 s ATOM 3776 WITH TUK 07 -26.642 27.B70 -36.983 1.00 27.8! s ATSM 3777 0 TUK 97 -27,238 27.031 -37.662 1.00 28.78 s ATOM 3776 s TUK 00 -25.560 27.592 -36.2 + 7 1.00 26.11 s ATOM 3779 CA TUN 99 -24.955 26.271 -36.230 1.00 2 3.64 s ATOM 3780 NE knock 90 -23.557 26.328 -36.053 1.00 $ 22.5 s ATON 3781 se TUK 09 -23.532 26.659 -38.331 1.00 22, $ + s ATON 3782 Joint venture! knock 00 -23.269 $ 27.95 -38.768 1.00 23.36 B5 ATON 3783 SY TUN 0V -23.236 28.260 40.115 1.00 $ 22-5 s ATOM 3784 SP2 TUN 0V -23.763 2 $ .67 $ - 39.266 ! , 00 22.71 s ATON 3785 CE2 TUK 00 -23.732 25.977 -40.64.5 100 22-56 s ATOM 3786 S-5 TUN 00 ’2 $ -467 27. $ 70 -41.051 1.00 23.14 s ATON 3737 he TUK 00 -23-430 27-591 -42.399 1.00 2 3.24 s ATSM 3? O0 with TUI 80 -2 + .03 $ 25,759 -34.003 1.00 24.19 s ATSM 3789 0 TUYA 90 -24.509 26-525 -3 $ .887 1.00 2 3.05 s ATSM 3790 N CPS 90 -25.007 24,466 -34.613 1.00 23.34 s ATSM 3791 CA CPS 89 -34.701 2 3.809 -33.371 1.00 2+ .76 eleven ATOM 3792 WITH CPS 80 -23.428 22.986 -33.551 1.00 24-26 s ATOM 3793 0 CPS 89 -23.127 22.513 -3 + .6 + 4 1.00 24.97 s ATON 3794 sv Sui 89 -25.029 22.909 -32. B + 4 ι. with 2+ -9 $ s ATON 3795 The EU SUY 89 -26. + B2 21.652 -30.993 1.00 29-02 1.1 ATOM 3796 N ABA 90 -22.6V4 22.824 -32-467 1-00 !20 s ATOM 3787 CA ABA 90 ‘21 .419 22.110 -32-511 1.00 $ 21-9 B1 ATOM $ 796 03 ABA 90 20.279 25.103  32.663 1.00 05.21 s ATOM 3799 WITH ABA 90 -21.262 21-320 -31 -22 $ 1.00 22.39 B1 ATOM .3000 about ABA 90 -21.57 $ $ 21-01 -30.139 1.00 2 3.97 s ATOI $ 001 N H'a 91 -20.790 20.097 -31.365 1.00 21.91 eleven ATOM $ 0132 CA UAY 93 20.639 19,150 -30.241 1.00 22.14 s ATOI $ 003 NE ΙίΑΙ, 9] -21.992 18,315 -30.112 1.00 22.2 + eleven AGON 3004 CO! TEA 93 -21.908 17.407 -20.898 1.00 1a.74 s ATOI $ 805 CC2 1? 91 -23.211 19.230 -30.01 $ 1.00 1 $ .37 s ATSM 1806 WITH 7Ab 91 -19.530 18.209 -30.497 100 23-01 s ATOM $ 807 0 7Ab 93 -19.290 17.79V  $ 31.61 1.00 24.6? s ATOM 1808 I TNR 92 -10.792 17.864 -29,436 one . CO 22-10 s ATOM $ 809 CA YOU? 92 -17.7 + 9 16.05? -29-566 1. ¢ 0 21-63 s ATON 3810 NE TNR 92 -16.050 16.962 -29- $ 31 100 20.72 . s ATSM 3811 Joint venture YOU 92 -15.604 16.033 -? + Y0 one . With 07/24 eleven ATOM 3012 C 02 TIR $ 2 -14,339 16-4 & 3 -29.011 1.-Oo 23.79 eleven ATOI $ 013 CE2 TYR 92 -13.453 15.372 -28.914 1.00 24.92 eleven

Π Π П С · Π Σ 5 Π Π Π σ Π Ζ С Π Ω Π Σ й й ι; Π th Ε 7; С s ϋ й й Ω Π 3 3 3 ιΊ Π ς Ω Ω Ω Ω Ω Ω ΐ ϋ · ϋ ϋ ί '/ Ρ

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ATOM 3514 SEZ TNR 92 -13,074 17,663 -29.55B 1.00 24.00 s ATON 3815 0ϋ1 TNR 92 -15,435 14.735 -20.100 1.00 24.13 s ATOM 3816 HE1 TKR 92 -14.147 14.331 -20.356 1.00 2 6-35 s ATON 3817 C22 TNR 92 -12.125 15.443 • 29.339 1.00 25.22 S ATOM 3818 C23 TNR 92 -12.551 17.734 -29.8E1 1.00 27.22 s ATOM 3813 CH2 TNR 92 -11.694 16.629 -29.863 1-00 26.53 s ATON 3820 0 TNR 92 -10,370 15.470  29,739 1-00 22.42 s ATON "821 ABOUT tyr 92 -15-333 15,120 -29,053 1.00 21.21 s ATON 3922 I ABP 33 -17.030 14,684 -30.661 1.00 22.63 s ATOM s t CA A5P 93 -18,303 13,316 -30.847 1.00 22.79 s ATOM 3824 NE D5R 93 -10.629 13,054 -32. 312 1.00 22.67 B1 ATON 3825 With AZR 93 -19,345 11.732 -32.517 1.00 24.52 s ATON 1826 OSI DBD 93 -20.593 11.733 -32.528 1.00 24.55 1.1 ATOM 3827 OO2 DBD 93 -10.662 10.695 -32x662 1.00 24.78 s ATON 3828 WITH AZR 93 -17.2 34 12.338 -30.393 1.00 23-59 s ATON 3829 ABOUT AIR 93 -16.J85 12.438 -30.815 1.00 21.15 AND ATON 3830 N AIR 94 -17.622 11.396 • 29-541 1 - OS ϊ2 .Ξ2 s ATON 3031 CA Ay ₽ 34 -16.672 10.480 -28,931 1.00 23.56 s ATON 3032 Joint venture AIR 34 • 17.222 10-018 -27,579 1.00 22.41 s ATOM 3833 ss AZR 94 -17,423 11.162 -26.610 1.00 03.03 s ATOM 3834 axis A-9P 94 -16,432 11,869 -25.310 1.00 24.18 s ATOM 3835 002 AZR 94 -18.567 11.367 -26.153 1.00 23.B2 s ATSM 2936 0 DBD 94 -16.291 9.279 -29. WHO 1.00 22.66 one.) ATOM 3837 ABOUT AIR 34 -15.3 37 3.576 29.498 1.00 23.33 B) ATON 2038 N 5EY 95 -17.827 9.043 -ZO.VV5 1.00 23-4 $ s ATON 3033 CA YEM 95 • 16.603 7.979 -31,021 1.00 22.7 $ s ATSN 30 * 0 C0 5EP 95 17,913 7.340 -32,444 1.00 21.53 s ATON 3041 ABOUT 5 her 95 -18,715 6.725 -31.450 1.00 19.73 s ATOM 3842 WITH Yaw 95 -15.762 I, 524 -32.918 1.00 04/24 s ATOM 384 3 ABOUT Yaw 95 -14,806 7.86? -33.329 1.00 24.34 s ATOM 2844 N Bw 96 -16,068 9.736 -33.374 1.00 22.90 s ATOM 384 5 CA Bw 96 -15,206 10.427 -34. 328 1.00 23.33 s ATON ZV46 NE Bw 96 -16.022 11.488 -35.076 1.00 25-43 s ATON 3847 SS Bw 96 -17.131 30.906 • 35.962 1.00 26.90 1.1 ATON 3048 CO! Bw 96 -10.143 11.991 -36.235 100 23.29 s ATOM 304 9 B-2 Bw 96 -16.522 10.341 -37 .226 100 27.63 s ATON 3050 WITH Bc 36 -14.000 11.093 - 33.644 100 23.40 s ATSN 3051 about Bw 96 • 13.029 11.442 -34.300 1-00 22.31 B1 ATSN 3052 n AII 97 -14x004 3 1-26? -32.32? 1-00 21.76 s ATOM 3053 CA AVI 97 -13.032 11,919 -31.564 1-00 23.62 B1 ATON 3354 CE) DBA 9?  11-765 11-064 -31.594 1.00 23.22 s ATOM 3855 Si D.JAI 97 -11.961 9,742 -30.897 1.00 25.94 s ATSM 3956 001 D5M 97 - 12, 281 9,698 -29.701 1.00 24.63 s ATOM 385? HC2 DBM 97 -P, 7 9 * 8,651 -31.637 1.00 27.24 s ATOM 3958 WITH DBM 97 -12.719 13,326 -32.854 1.00 24.97 1.1 ATOM 2959 0 DBN 97 -11.554 13.677 -32.290 1.00 24.92 s ATOM 2860 I B7 98 -13,764 14.134 -32.199 1.00 9 p.m. s ATOM 3861 CA SAT 98 -13.575 15.504 -32.632 1.00 01/23 s ATSN 2862 WITH SUE EV -14.908 16.223 -32.796 1.00 22.94 and ATON 3963 0 0ΕΪ 98 -15x901 15.668 • 32.5 1 E 1.00 19.38 s ATON 3064 I TNR 99 -14 .B35 17.465 33-258 1.00 21-4 " '.one ATOM 3065 CA TNR 99 • 16.017 ha. 309 -33, 354 1.00 21.60 S ATON 3866 NE TNR 99 -15.602 19.784 33, 405 1.00 go.41 s ATSN 3867 Si TNR 99 -15.097 20,349 -32,201 1.00 21.29 s ATON 3068 CP2 TNR 39 -15.007 20-731 -31-870 1.00 03/20 s ATOM 3869 CE2 shooting gallery 99 -I, 993 21,130 -30.052 1.00 21.78 s ATOM E8? 0 Cez TNR 99 -17.364 20.73 -30.819 1.00 01/21 s ATON 3871 C01 TNR 99 -13,792 20.533 -31.V38 1.00 20.69 1.1 ATOM 3872 YE1 TNR 99 -73.723 21,000 -30.548 1.00 1E .42 B1 ATON 2873 sgg TNR 99 -15.429 21.565 -28,757 1.00 21.72 s ATOM 3874 saz TNR 99 -17,701 21.207 -29.572 1.00 24.75 s ATOI 287 5 CH2 TNR 39 -16.732 21.597 • 28.575 ] .00 23.40 s PBX AND 3876 with TNR 99 -16.096 17.015 -34,530 1.00 21-60 s ATOM 3877 0 TNR 99 -16,411 17.673 -35. B40 1.00 20.77 B1 ATON 3878 N UAY 108 -1B.196 17.043 -34.200 100 21.15 s atom 3879 CA UAY 100 • 19.155 17.745 ‘35 -366 1.00 20.99 s ATON 3890 sv UAY 108 -19.959 16.412 35,299 100 21.63 B1 ATOM 3881 SY1 UL 108 -19.013 15,237 -35,493 1.00 18.33 s ATOM 3892 CC2 UAY 108 28.685 16,283 -33,965 1.00 08.20 S ATOI 3883 with UL 103 -20 . 094 18.94 5 -35, 310 1.00 22.73 E1 ATOM 3884 0 UL 103 -20.206 19,604 -34,271 1.00 21.19 E1 ATOM 3885 N RNE 101 -20.731 19.244 -36, 439 1.00 23.17 1.1 ATOM 3386 CA RNE 101 -21-625 20,393 -36.556 1.00 04/24 , S ATOM 2887 NE RNE 101 -21.352 21.421 -37.538 1.00 23.68 s ATOM 2883 SS RNE 101 -19. B47 22.175 -37.015 1.00 25.65 s ATOM 2809 COT RNE 101 -18.558 21.762 -37.330 100 25.40 s

П г · · · · Г Г α G1 П ζ ζ σ Г Г Г Λ Λ ζ ζ О □ η Λ Λ Λ η η η η η Λ ο Ο Π 3 Ο η q o I G; 11 g □ th O ¢ 1 | · g, Π Ζ Y Ο η P th g

- 389 032 106

ATOM 3890 002 RNE 101 -20.005 23.323 “36-253 1 -CO 25.22 eleven ATOM 3851 CE1 RNE 101 -17.449 22.484 -36.900 1-00 27.16 S ATON. 389? CE2 RNE 101 -1V.V99 24.053 -35-619 100 26.53 B1 ATOM. 3893 0Ϊ RNE 101 “17.621 23.632 -36, 144 1.00 25.47 S ATOM 3894 0 RNE 101 -22.995 19.941 -37,060 1.00 24.46 B1 ATOM 3895 WITH I DO NOT U1 -23.134 ten . Θ56 -31.620 1.00 25.98 B1 atom 3896 N OW 102 -24.006 20.182 -38,356 1.00 12/24 B1 AGOM 3897 CA 5b ¥ 102 -25,261 20.601 -37,560 1.00 23.71 B1 ATOM $ 339 WITH ΟΤ.Υ 102 -25.106 21.230 -38,930 1.00 03/24 I ATOM 3899 ABOUT ayu nineteen? -24.139 21.951 -39.169 1.80 25.59 I ATOM 3900 N C1L 103 -26.049 20.974 -39.831 1.00 24.86 I ATOM 3901 CA B ¥ 103 -25,923 21.487 -41. 1st 1.00 23.3? I ATOM 390? 0 B ¥ 103 -26.21V 22.973 -41,301 100 23.92 s ATOM 3903 0 Y ¥ 103 -20.063 23,565 -42,365 1.00 23.16 I ATOM 3904 N Y ¥ 104 -2 6.637 23.590 40,205 1.00 09/24 I atom 3905 ate th!, ¥ 4 04 -26.940 25.010 -40,247 1.00 25.44 B1 atom 3906 with Yb ¥ 104 -20-406 25, 294 -40,535 1.00 26.46 I atom 3907 with (ΪΤ.Υ 104 -29,032 24.613 -41.340 ί .ao 25.23 B1 atom 3906 N Transnational corporation 10 $ -28.951 26.296 -39.850 1.00 27.15 I ATOM 3909 CA Transnational corporation 105 -30,313 26.762 “40, OBO 1.00 11/27 1,1 ATOM 3910 NE TNN 105 -31,161 26.699 -38,801 1.00 26-94 I ATOM 3911 CC1 TNN 105 -31.235 25.348 “38.335 1.00 ? 5.27 B1 ATOM 3912 002 TNN 105 -32,574 27.229 “39-014 1 -Oa 27.10 B1 ATOM 3913 0 TNN 105 “30.275 2B.230 -40-511 1, oo 2Θ. 67 I ATOM 3914 0 TNN 105 -29.776 29.072 -39,170 1. ao 28.70 B1 ATOM 3915 N BU $ 106 -30.911 20.511 -41.693 ί. ao 27.94 B1 ATOM 3916 CA BU5 To -36.954 29.095 -42,132 1.00 27.7J I ATOM 3917 NE 0Ϊ5 106 -31,076 29.959 -43,660 ί. ao 30.73 B1 ATOM 3918 With BU5 106 -31,292 31.370 -44.224 1.00 34-36 01 AGOM 3919 With BU5 106 -31,505 3Ϊ.327 -45.743 ί. 00 40-73 B1 ATOM 3920 CE S '£ 106 -32,204 32.599 -46.269 1-PO 43.20 s ATOM 3921 N2 ! L5 106 -31.412 33.B28 45.992 1.00 43.79 B1 ATOM 3922 WITH BUOY 106 -32.204 30.506 -41-492 ί. ao 20.25 I ATOM 3923 0 BUOY 106 “33.324 30.102 -41.790 one . 00 27.19 B1 ATOM 392 * and BE0 107 -32.002 31.476 -40.606 one . oo 2B .39 B1 ATOM 392 = CA BE (] 107 -33.115 32.167 -39,965 1.00 11/29 I ATOM 3926 cl yee 107 -32.359 32.529 -38.524 one . oo 27.64 B1 AGOM 3927 se Betz 107 -33.833 33.302 -37.750 1.00 30.76 s AGOM 392 $ SB1 yee U7 -35,095 32.460 -37.646 1.00 26.82 1,1 ATOM 3929 CO2 Betz 107 -33,320 33.665 -36.364 1.00 29.24 I ATOM 3930 with Ϊ-Ε0 107 -33,433 33.440 -40.731 1.00 29.95 I ATOM 3931 about Bjeo 107 -32.563 34.313 -40.883 1.00 30.1 * I ATOM 3932 N TNN 100 -34.668 33.544 -41.222 ί. ao 29.2 * TL ATOM 3933 CA Transnational corporation 106 -35,124 34.7Θ1 -41.Θ35 1.00 29.21 TL ATOM 3934 OH THEY 108 -35.949 34,519 -43.11V ί a b 30.64 s ATOM 3935 001 Transnational corporation 106 -35,126 ЗЗ.ВВ8 -44.107 100 30.87 s ATEIN 3936 002 GNK 100 -36,402 35.637 13-6 $ 6 I, o0 30.92 s ATON 3937 WITH Transnational corporation 109 -35.993 35.535 40.B40 1.00 29.75 S ATON 393B 0 Transnational corporation 100 -36,926 34.973 -40.25? 1.00 29.93 I ATOM 3939 N UA1. 109 -35.605 36,806 -10.631 1.00 30 .82 B1 ATSN 3940 CA UAB 109 -36.5 * 9 31.666 -39,037 1.00 06/31 B1 ATSN 3941 sya Ole 109 -35-720 36,675 -39.012 1.00 29.89 B1 ATSN 3942 CC1 UAE 109  36-636 39,619 -38.253 1.00 03/31 B1 ATOM 3943 CC2 UAY 109 -34.827 37.922 -38.04 3 100 3ϋ. ten I ATSN 3944 WITH UAY 109 -37-469 ZE.404 -40.003 1.00 30.26 B1 ATSN 3945 0 UAY 109 -37.037 39,294 -41.537 1.00 28.33 and ATON 3946 N Bw 110 -38.737 33,007 -40.80V 1.00 2 9.00 I ATON 3947 CA LIE 110 -39,672 ST 430 -41.B44 1.00 30.56 S ATOM 394Θ OH ho 110 -41.047 37,813 -41.571 100 29.96 B1 ATOM 3949 SS Bf 110 -41.036 36.279 -41 .5.36 100 29. ST B1 ATSm 395V OS! yee 110 -42.339 35.739 “40,950 100 28.86 B1 ATON 3951 CO2 Bw 110 -40.820 35-757 -42,930 1.00 22.82 B1 AT0H 3952 WITH Bw 110 -39.779 39.950  41.934 1.00 30.13 B1 ATOM 3953 but ive 110 -40.124 40-616 -40,962 1.00 30.33 B1 ATON 3954 to Obu 111 -35.469 40-406 -43,110 1.00 B, 70 B1 ATOM 3955 CA SBU 111 -39-525 41,923 -43.327 100 32,20 I ATOM 3956 WITH SBU 111 40. $ 10 42-28 $ -44.428 1.00 33.43 1,1 ATOM 3957 0 OBU 111 -40,669 4 3.4 61 -44.768 1.00 35.10 s ATON 3950 N (5BM 112 -41 L 50 41,286 -44.990 1.00 33.16 s ATOM 3959 CA SBM 112 -42.217 41.4 65 -45.964 1.00 35.01 s ATON 1960 NE oh 112 -41.627 41.71V -47.3 = 4 1.00 37.16 I ATOM 3961 SS soybeans 112 -40.657 40.542 -47.931 100 37.31 B1 ATSN 3962 with 0 Would 112 -40.276 40,863 -49.291 1-00 See and . B1 ATOM 3963 0E1 0124 112 -40.967 40.775 -50.305 100 40.76 B1 ATON 3964 ΝΕ2 OBM 112 -39.004 11.243 -49-320 1.00 35.15 B1 ATOM 3965 WITH OBM 112 -43.097 40.219 -45,904 100 3 6.50 B1

ϋ О (] Ο (Ί ϊ ο η L ϊί s ί'ι Г) о ΐ Ο ΓΊ η η Π Π ζ о Г ^- ] о О О] ί □ г ¹ ] П Гз π г? Ϊ о л ί П Yu Π I O G) O □ Π Π ϊ Ρ Γ> Π Ζ s? Π Π Σ ο Π Π Ζ Ο ίΊ Π Π Π Π

- 390 032 106

ATOM 3956 ABOUT STL 112 “+ 2.78E 39.228 -45.333 1.00 35.56 S ATOM 396? N Ryu OF - ++. 22+ +0.263 -46.714 1.00 37.98 B1 ATOM 3953 With RVO 113 “+ 4,796 41.426 -47.415 1.00 38.44 S ATON 3969 CA T-bills 11’3 -45.108 39.091 -46.709 1.00 36.56 B1 ATON 3970 NE RNO 113 -46.269 39.566 -47.669 1.00 39.32 S ATON 3971 se RIO 113 -46.2 + 8 41.05? ”47.550 1.00 38.11 S ATOM 3972 ί- Ryo 113 -44.401 37.887 -47.403 1.00 33.28 S ATSN 3973 ο Ryo 113 -13.603 33.037 -15.330 1.00 38.01 s ATON 397 + N Bub 114 -44.699 36.697 -46.091 1.00 39.70 s ATOM 3915 cl LUZ. 114 - + + .209 35. + 72 -47.515 1.00 43. ten s ATON 3976 sv ΕΪ5- 11+ - + 4.6 + 6 34.243 -16,708 1.00 41.99 B1 ATOM 3917 ss Bub 31+ - + 4-033 34.152 -45.310 1.00 44.06 s ATOM 3973 with B5 11+ -44,233 32.820 -44.6 + 6 1.00 44.49 S ATOM 3979 CE Bw 114 -43,571 32.774 -43.276 1.00 46.38 s ATOM 3990 YE Bw 114 -43.874 31.518 -42.529 1.00 + 7.56 B1 ATON 3951 WITH Bw 114 -44.754 35.387 937 1.00 41.55 s ATON 3932 ABOUT Bw 114 - + 5.ВВ9 35.782 -19.192 1.00 "5.57 s ATOM 3903 I ABA 115 -43.936 34.389 -19.061 1.00 4 $, 01 s ATSM 395+ CA ABA 115 -44.316 3 + .8E0 -51.26Ϊ 1.00 45.57 s ATOM 3 985 NE ABA 115 -43.751 36.030 -52.015 1.00 43.32 s ATOM 3956 with A1L 115 -13.031 33.5 + 0 -51.920 1.00 47.27 s ATOM 3987 ABOUT ATA 115 -42-63 $ 33.736 -51.918 1.00 47.27 B1 ATSM 3908 I ABA 116 -44.774 32.789 -52,478 1.0С- 47.90 s ATON 3989 CA ABA 116 -4 4.469 31.572 -53.213 1.00 48.80 s ATOM 3990 NE ABA 116 -45,758 30.823 -53.533 1.00 +9.43 td ATON 3991 WITH ABA 116 -13.724 31.90+ -54.500 1.00 49, + 5 s ATSM 3992 ABOUT ABA 116 -43-959 32-922 -5 $, 139 1.0S 49.52 s ATON 3993 N RKO 117 42.779 31.035 -54.092 1.00 50.68 s ATON 399 + With RNO 111 -43.512 29.768 -54.194 1.00 50.62 s ATOM 399 $ CA FIG 11 7 -41.90+ 31.21V -56.055 1.00 52.06 s ATSN 3996 NE RNS 1 17 -40,870 30.110 -55.097 1.00 52.12 s ATOM 3997 SS RNO 117 -41-59 + 29.013 -55.1 + 1 1.00 51.66 s ATON 3993 WITH FIG 117 -42.639 31.105 -57.385 1.00 50.83 s ATON 3999 ABOUT RM 317 -43.584 30.327 -57.518 1.00 53. + O 1.3 ATSN + 000 n Yaw 113 -42.193 31.884 ”50.366 1.00 $ 6.36 s ATON + 001 CA £ her 118 -12.597 31.679 -59.755 1.00 $ 9.62 s ATON + 002 NE BEK 118 -42.565 33.003 -60.526 1 - OS 60.11 s ATSN + 003 About £ BAY 118 -13.416 33.970 ”59.935 1.00 62.95 s ATON + 001 WITH BEN 118 -11.621 30.703 -60.106 1.00 60.53 s ATON + 009 □ BAY 118 “10.406 30.85+ -60.272 1-00 61.04 s ATOM + 006 I UD) - 11 9 -43-152 29-700 -61,110 1.00 62.70 s ATOM + 007 CA UL 119 -41.313 23.719 -61.719 1.00 64.16 s ATOM + 008 NE UAY 13 “41,591 27,300 -61,236 1.00 63.53 s ATOM + 009 CC1 UL 119 -40.70+ 26.281 -61, 9 + 5 1.00 63.31 s ATOM + 010 CC2 UAB 119 -41.3 + 4 27.263 -59.737 Ι.Οΰ 64.05 s ATSM + 011 WITH UAY 119 -41.522 26-715 -63.293 1.00 65. + 9 s ATSM + 012 ABOUT UAY 119 -12.626 28. + 71 -63.779 1.00 65.80 1.1 ATON + 013 AND THY 120 -40,450 28.987 -64.032 1.00 67. + 3 B1 ATON + 014 CA Transnational corporation 120 -40.470 28.914 -65.490 1.00 6 $, 7® 1D ATON + 015 NE THY 120 -10.051 30.262 66.117 1.00 68.82 s ATON + 010 and1 THY 120 -40.923 31.290 -65.6 + 8 1.00 $ 8.76 1.1 ATON + 017 SY2 Transnational corporation 120 -40.125 30.192 -67.636 1.00 68.58 T.1 Anti-terrorist operation " + 018 WITH TNN 120 -39.515 27.820 -6 $, 9? 1 1.00 69.56 s ATON + 019 □ Transnational corporation 120 -30.316 27.656 -65.669 1-00 69.35 s ATSN + 020 N LEU 121 -10.036 26.853 “66.720 1.00 70.38 s ATOM + 021 CA Bw 121 -39.257 25.683 -67.122 1.00 70.76 s ATOM + 022 NE Bw 121 '39 .920 2 +, 411 -66.59+ 1.00 70.00 s ATOM + 023 SS Bw 121 -39.202 23-105 -66.926 1.00 69.81 s ATOM + 024 οϋΐ Bw 121 -37,057 23.072 -66,219 1.00 69.72 s ATOM + 025 CO2 Bw 121 -40.001 21.928 -66.496 1.00 70.35 s ATOM + 026 with Bw 121 -ZE.OE? 25.565 -68.637 1.00 71.13 1D ATOM + 027 C ¹ Bw 121 - + 0 .050 25.372 ”69.363 1.00 70.75 s ATOM + 028 N RNE 122 -37.046 25.663 -69.101 1.00 71.79 s ATOM + 029 CA RNE 122 -37. $ 4? 25.537 -70.523 1.00 73-09 s RTOM + 030 NE RNE 122 -36.521 26.591 -7O.94 + 1.00 72.5+ s ATOM + 031 se RNE 122 • 37.013 23.004 -70.821 1.00 73.59 s ATON + 032 co1 RNE 122 -36.67Θ 20.777 -69.722 1.00? 2.0b s ATOM + 033 € □ 2 RNE 122 -37.503 28.564 - D.V13 1-00 72.99 s ATOM + 03+ CE1 RNE 122 -37-121 30.061 “69.513 1.00 73.02 s ATOM + 03? CE? RNE 122 -30,250 29.873 -71.71] 1.00 72.95 s agon + 036 CE RYAE 122 31-900 30,633 -79,610 1.00 72.77 s ATOM + 037 WITH RYE 122 -37-009 2+ -149 -70.864 1.00 71.17 s ATOM + 038 ABOUT RNE ί22 -36.059 23.669 -70.243 1.00 74.07 . s ATOM + 039 N T-bills 123 -37-618 23.485 -71. B61 1.00 71.9® s ATON + 040 With RKO 323 -30.079 23.087 -72.509 1.00 '75, 22 s ATOM + 041 CA Ryo 123 -3? .079 22.2 + 3 -72.430 1.00 7 +, 86 s

Π а ο Π η Ο ώ L O L S ϊ 0 Π Π G! Π Γ) ή ϊ Л Л ο ο Π Π ϊ ο Ο η ϋ Γ) ώ 2 <1 L; ι L Π ϊ Π Π Γί Π Ω R K o ίί η Ϊ O D) ή (Ί E oy 3 Π Γ; ή η Ω Ζ о l ή Ω

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ATSM 41) 42 NE REY 123 -38./19 21.72 $ +73.305 1-СО 74.02 S with ATOM 4043 SS REY 123 -ZY.910 22.961 -73.693 1.00 75.30 S with ATON 4044 WITH REY 123 + 371,808 22.515 -73.230 1.00 74.60 s with ATOM 4045 about REY 12 3 -35.491 23.666 -73.542 1.00 74.30 s with ATOM 4046 and REY 124 -35.061 21.456 -73.591 1.00 75.00 s I ATON 404? with REY 124 -35.268 20.052 -73.190 1.00 74.06 1.1 with ATSN 404V CA REY 124 -33.841 21.625 -74.390 1.00 74.74 AND with ATON 4049 sa REY 124 -33.309 20.199 +74.545 1.00 74.36 s with ATON 4050 Sat REY 124 -33.908 19.440 -73.404 1.00 74.67 s with ATOM 4051 with REY 124 -34.141 22.267 + 75-742 1.00 74.62 s with ATSM 4052 0 REY 124 + 35.13 $ 21 * 934 -76.307 1.00 74.35 s 0 ATOM 4O53 14 5 her 125 -33.284 23.189 -76.167 1.00 74.96 s n ATOM 4054 CA YER 125 -33.440 23 * 013 -77.475 1.00 75.14 s with ATON 4055 sa 5 her 125 -32.533 25.043 -77.591 1.00 73.75 s with ATON 4056 OS 5 EB 125 -31.171 24.70 $ -77.195 1 .00 72.15 s 0 ATON 4057 Yen 125 -33.005 22.601 -78.563 1 .00 76.50 : +1 with ATON 405V 0 ZEK 125 -32.531 21.743 -78.2V2 1.00 76.63 s 0 ATON 405 " n Yen 126 -33.446 23.120 + -79.804 1.00 77.77 s N ATSN 4060 CA ξ ev 126 -33.135 22.240 +80.924 1 .00 70.66 s with ATOM 4061 sv 5 to her. 126 +33.941 22.651 -J2.160 1.00 79.00 s with ATOM 4052 well ZEK 126 -35-334 22,551 +81.917 1.00 79.az s with ATOM 4063 with I am her. 126 -31.641 22,294 - & 1.235 1.00 79.02 s with ATON 406-4 0 ZEK 126 -31.039 21.208-B1.61C 1.00 78.71 s but ATON 4055 N C1, C 127 -31, 051 23.474-01.063 1.00 79.12 Σ1 n ATSN 4066 units si 127 -29.627 23.677 -81.312 1 .00 80.10 s with ATSN 4,067 sv si 127 -29.247 25.144 - 01.071 1.00 $ 0.24 1 * 1 with ATSN 4068 Sat si 127 -29.926 26.127 -82.070 I .00 81.24 s with ATOM 4069 OS si 127 -31.272 26.496 -81.707 $ 1.00 2.17 s with ATON 4070 with ₽ | CEO 12? 31.928 $ 25.78 -80.993 1.00 82.13 s 0 ATOM 4071 CE.2 C1Y.1 127 -31.754 27,499 -Θ2-356 ] .00 81.00 s 0 ATOM 4072 with soybeans 127 28.763 22 * 706-00.424 1.00 80.55 S with ATOM 4073 with (51.S 127 -27.606 22.5) 6 -00.742 1 then 80. BB s 0 ATON 4074 N si 128 -29.326 22.335 -79.30V 1.00 01-34 E * T 14 ATON 4075 CA With cop 1 20 -28,570 21.553 -78.339 1 .00 82.00 1.1 with ATSN 4076 sv si 12V -28.967 21.953 -76.911 1.oo a; .2 $ [*one with ATON 4,077 ss soybeans 120 -28.026 21.427 + 75.a34 1.00 81.02 T.1 with ATOM 407B SR si 128 -28.481 21.778 +74.438 1-00 $ 1.09 s with ATON 4079 CE1 si 120 -27.643 21.730 -73.505 1.00 79.10 1.1 0 ATON 4080 OE2 si 12V -29.674 22,099 * 14.5 $ 1 1 .00 51.40 B1 0 ATSM 4081 WITH si 120 -29.794 20.057 +70.534 1.00 82.77 1 * 1 with ATON 4032 ABOUT co 128 -27.84 $ 19,273 -46.510 1.00 81.56 s ΰ ATOM 4083 N ΣΕϋ 129  30.047 19.664 -76.746 1.00 82.77 AND m ATSN 4084 SR Bw 1/9 -30,367 18-262 -78.984 1.00 83.70 AND with ATON 4085 NE ΣΕ0 129 31.860 10.099 -79.203 1.00 83.20 AND with ATSN 4,086 ss Bc 129 32.9O0 18,383 -78.116 1.00 83 .2V s with ATSM 4 08? sy T.EC 129 -34,253 18,193 -78.557 1.00 02.64 s with ATSM 4080 CE2 ΐ-Ευ 129 -32.476 17,449 -76.965 1.00 93-46 s with ATSM 4089 WITH Bc 129 -29.544 17,733 -60.154 1.00 04.66 s with ATON 4090 0 ho 129 -29.147 16.567 -00.172 1.00 $ 4.86 1-1 with ATSM 4091 AT sn 130 -29.2V6 18.602-01.127 1.00 85.33 T.1 N ATON 4092 CA C [4 130 -28.463 16.242 -62.275 1 * 00 86-P s with ATSN 4093 B with cm 130 -28.619 19.2B1 -az. 390 1.00 86.49 TL with ATOM 4094 SS sn 130 -28.015 20.639 + 83-063 1.00 86.00 1 * 1 with ATON 4095 SS SY 130 + 2V. 1B1 21.640 +84.191 1.00 87.75 B1 with ATSN 4096 C1E1 With 120 -27.319 22.496 -84.409 1.00 87.10 and 0 ATSM 4097 KE2 □ ΣΝ 130 -29.292 21.540 -84.915 1.00 06.91 AND 14 ATSM 4090 WITH □ 811 130 -26,997 t, 152 -61.863 1.00 96.31 s with ATSM 4099 0 □ 1.Ν 130 -26,260 17.289 -02.342 1.00 07.49 s 0 ATSM 4100 n A1L 131 26.581 19,046 -60.971 1.00 85.27 s N ATSM 4101 CA ABA 131 -25.210 19.055 -60.478 1.00 84.10 1 * 1 with ATSM 4 102 NE A1L 131 -24.91V 20.373 -79.770 1.00 83.24 VI g ATSN 4103 WITH ABA 131 -24.971 17.862 -79.528 1.00 03.51 1 * 1 with ATSM 4104 WITH ABA 131 -23.918 17.792 -78.094 1.00 83.40 T * 1 Ώ ATSN 4105 N Α5Ν 132 -25.959 16.994 -79.433 1.00 82.94 s n ATOM 4106 CA AZP 132 -25.842 15.767 -70.649 1.00 82.64 s with ATSN 4107 C8 AIN 132 -24.526 15.054 -70.903 1.00 02.7 ’ s with ATSN 410V ss D514 132 -24.503 13.611 +78.608 1.00 82.60 and G ATSN 4109 OST AIN 122 25.549 12,972 -70,367 1.00 02.40 B1 0 ATSN 4 110 N02 AIN 122 -23.304 13.090 -78.251 1.00 01.72 s N ATSM 41 And WITH Α5-Ν 132 -25.920 16,049 -77.146 1.00 02.67 Σ1 ΓΙ- ATSN 4112 0 Α5Ν 132 + 25-553 16.209 -76.322 1.00 92.72 s Ο ATSM 4113 Bw 133 -26,400 17,241 -76.001 1.00 92.45 Σ1 n ATOM 4114 CA ΣΥ5 133 -26.575 17.639 -75.408 1.00 91.60 . Σ1 € ATSM 4115 NE Bw 133 -25.705 1 ".861 -75.100 1.00 91.90 s € ATSN 4116 SS Bw 133 -24.Ξ7Θ 18.755 -75.616 1.00 82-02 s WITH ATSN 4117 With Bw 133 -23,373 18.012 -74.641 1.00 04.00 T.1 WITH

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ATOM 4118 CE Boo 133 -22,792 18,960 -73.604 1.00 05.00 B1 with ATOM 4119 ΝΖ Bw 133 -21.971 20,039 -74,232 1.00 05.73 B1 N DTOM 41.20 WITH Bw 133 28-04 + 17,979 -75.156 1.00 01.04 B1 WITH ATON 4121 ABOUT Bw 133 -28.780 10.307 -76.007 1.00 61.66 B1 about ATOM 4122 N ABA 134 -28,469 17.900 -73.900 1.00 79.38 s Ή ATOM 4123 CA ABA 134 -29.825 10.294 -73.537 1.00 77.93 s WITH ATOK 4124 NE ABA 134 -30,769 17.107 -73.607 B.o. 77.34 B1 with ATOM I25 with ABA 134 -29.8E2 1Θ.Θ39 -72-110 1.00 77.09 s with ATOK 4126 ABOUT ABA 134 -2 9,507 1E.126 -71.147 1-00> 6.45 B1 0 ATON 4127 N Transnational corporation 135 -39,262 20.107 -71,903 1-00 75.44 B1 and ATON 4128 CA Transnational corporation 135 -30,332 20.765 -70.602 1.00 73.38 B1 with ATOM 412 $ NE TNV 135 -29.333 21,937 -70,590 1.00 72.52 B1 with ATON 4130 SS) Transnational corporation 135 -28.001 21.455 -70.806 1.00 71.97 B1 0 ATOK 4131 CH2 TNV 135 -29.414 "2,596 -69,221 1.00 71.78 s with ATSM 4132 WITH TNV 135 -31,724 21,320 -70.404 1.00 72-81 1.1 with ATOK 41.33 ABOUT TNV 135 -32,213 22.1 $ 6 -71.131 1.00 72.54 s 0 ATOM 4134 N LIE 136 -32,358 20.024 -69. 346 1.00 71.97 s and ATOK 4135 CA Bf 136 -33.573 21.446 -60 * 833 1.00 $ 71.2 s with ATON 4136 NE LIE 136 -34,423 20.421 -60.076 1-00 70.06 s with ATON 4137 Ss 1X1? 136 -35.265 19.454 -68.911 1-00 70.08 B1 with DTOM 4138 st LIE 136 -34,370 16.679 “$ 69.85 1.00 70.16 s with ATOK 4139 ΟΌ2 yee 136 -36.016 16.50? -67,992 1.00 69.02 s with ATOM 4110 WITH LIE 136 “33-20 $ 22,601 -67,901 1.00 71.09 B1 with ATOM 4141 ABOUT hgi 1.36 -32,394 22,441 -66,967 1.00 71.21 AND about ATOM 4142 N UDD 137 -33,30 $ 23.764 -60.141 1.00 69.73 s "one ATOK 4143 CA UDD 137 -33.551 24.943 -67,321 1.00 67.62 s with ATON 4144 NE UDD 137 -3 3.154 26.153 '66, 190 1, 00 67.33 s with DTOM 4145 CC1 UAY 137 -32,927 27.370 -67 * 311 1.00 6 $, 63 s with DTOM 4146 CC2 UDD 137 -31 - 901 25,630 -66,969 1.00 67.16 s with house 1147 with UAY 137 -34.70.3 25.317 -66,509 1.00 66.67 s with ATON 41 46 with UAY 137  35.820 25.671 -67.067 1.00 66.72 s ΰ DTOM 4149 N CPS 138 -3 + .662 25,230 -85,160 1.00 65.71 B1 N DTOM 4150 CA CPS 138 -35,747 25.811 -64,290 1.00 63.69 s with ATOK 4151 WITH C U 5 13 $ -35.3Θ6 26.693 -63.559 1.00 62.65 s with ATOK 4152 ABOUT ΟΪ5 130 -34.407 26.939 -62.812 1.00 62-10 S 0 ATOM 4153 NE SU5 138 -36.011 2 + .507 -63,260 1.00 64.16 s with DTOM 4154 AP ΟΥ5 138 -37,540 24.736 -62,308 1.00 64.66 s 3 ATON 4155 N Brat 139 -36.1Θ2 27.933 -63.775 1.00 61.05 eleven I ATOM 4156 CA LIE 139 -35.925 29.224 -63.156 1-00 59.25 s with ATON 4157 NE Bf 139 -35.920 30.313 -64.223 1.00 59.69 s with ATOM 4158 SS Bw 139 -34.894 30,039 -65,322 1.00 60.35 s with ATOM 41 59 CB1 Bw 13E -34.800 31.163 -66.302 1.00 61.00 s with DTOM 41B0 002 ! Hee 139 -33.5: 8 29-650 -64,700 1.00 60.90 s with DTOM 4161 with Bw 139 -36.957 29,540 -62.070 1.00 57.07 s with ATOM 41 62 with Bw 139 38-167 29.469 -62.317 1.00 57.52 s about ATON 4163 N 1b 140 -36.462 $ 29.80 -60.893 1.00 55.44 AND N ATOM 4164 SD Sie 140 -37,306 30.104 -59.723 1.00 52.95 s with ATOM 4165 NE YOU 140 -36.927 $ 29-123 -5, 601 1.-00 52.69 s with DTOM 4166 CO2 1b 140 -38.000 29.115 -57.525 1.00 50.12 bk with ATOM 4167 CC1 1b 146 -36.764 27,717 -59.165 1.00 51.20 s with ATOM 416V cm 1b 140 -35.977 26.778 -58.301 1.00 51.25 s with ATOM. 4169 with 1b 140 -37.097 31.531 -59,230 1.00 52-13 B1 with ATON 4170 ABOUT 1b 140 -35.9V5 31,912 -58.974 1.00 51.51 s with ATOM 4171 N 5EP. 141 -38.165 32,321 -59.214 1.00 52.05 s N ATOM 4172 CA £ EC 141 -38.045 33.739 -58.892 1.00 51.99 s with DTOM 4173 NE Yaw 141 38.136 34.569 -60-176 1, 00 52.46 s with house 4174 OS Yaw 141 -39.277 34.202 -60.934 1.00 55.32 s 0 ATCI 4175 WITH Yaw 141 -39.086 34,235 -57.009 1.00 50.72 s with DTSA 9176 ABOUT 5 EB 141 40-109 33,563 -57.661 1.00 50.55 s 0 PBX + 171 N ΑΞΡ 142 -36.602 35,307 -57.285 1.00 4Θ.Θ7 s n ATOs 4178 SD ΑΞΡ 1 42 -39,777 36.103 -56.47C 1.00 47.69 s with ATOs 4179 NE A5P 142 - + 0.939 36,507 -57.342 1 .00 40.13 S with ATOM 4190 06 A5P 142 -40.522 17,671 -58.310 1.00 47.67 s with ATOM + 181 001 ΑΞΡ 142 -40,004 37,500 -59.500 1.00 49.96 s 0 PBX 4182 002 A8P 142 -39.832 ZB.615 -57.079 1.00 46-34 s 0 ATOM 4183 WITH A5P 142 - + 0.339 35.310 -.55.286 1 * 00 46.46 s with ATSM 4184 0 ΑΞΡ 142 -41.513 35.458 -54.956 1.00 47.09 s 0 ATCI 1185 N RNE 143 -ZE.521 34.467 -54.676 1.00 45.07 s N ATOs 4186 CA 0 NOT 143 -39.969 33.806 “53-462 ; , 00 43.57 s with ATCI 4187 sa RNE 143 39.630 32.304 -53.483 1.00 45.13 s with ATON 4180 ss RNE 143 -38-186 31,969 -53,730 1.00 46. + B s with ATSN 4189 CB1 RNE 143 -37.335 31-673 -52,686 1.00 46.51 s with ATOM 4190 SE2 RNE 143  37.684 31,363 -55.032 1.00 46.16 . and with ATOM 4191 CP.1 RNE 143 -36-0U 31,334 -52,919 1.00 45.94 with PBX 4192 CE 2 ENE 143 -36.360 31,626 -55.273 1.00 46.60 s with ATOM 4193 CH RNE 1 +3 -35,522 31,310 -54.217 1 .00 46.20 s with

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ATON + 19+ WITH RNE 1 + 3 33,377 34. + 65 -52.230 1.00 41.63 S ATON + 195 WITH RNE B + 3 -38-354 35.150 -52.331 1.00 39.49 AND ATOM + 196 AND TTN 144 “40.050 34.200 -51.098 1.00 39.96 S ATON + 197 CA ΤΪΗ 1 + 4 -39.596 31.030 -49.827 1.00 40.17 AND ATOM + 198 NE ΤΪΗ 14+ -39.838 36.343 -49.777 1.00 37-41 S ATOM + 199 SS ΤΪΚ 1 + 4 -39.404 36.963 -48.468 1.00 36-24 S ATOM + 200 SY TUI 1 + 4 -40.278 37 TO 34 -47.386 1.00 33.04 AND ATOM 4201 C £ 1 TUN 144 -39.873 37.566 -46.176 1-00 32.19 S ATON + 202 PPE TUI 1 + 4 -38.111 37.445 “48.300 1-00 34.26 AND ATOM + $ 20 Сё2 Tui 144 -37.698 37.978 - + 7-095 1-00 32.36 S ATOM + 20+ Sho TUP 14+ “38-582 30.038 “45.038 1.00 31.01 S ATON + $ 20 ha TUI 1 + 4 -38.100 39,508 -44.844 1.00 32.61 AND ATON + 206 WITH ΤΪΚ 144 “40,340 34.158 -43.690 1.00 40.52 s ATOM + 207 0 ΤΪΗ 1 + 4 -41.560 31.011 -48.723 1.00 42.06 and ATON + 208 N RNO 1 + 5 -39.615 33.7 + 0 -47.633 1.00 40-04 s ATON + 209 B RNO 1 + 5 -40.238 33.151 -46.436 1.00 39-62 s ATON + 210 CA T-bills 1 + 5 -38.156 33.052 -47.500 1 - 00 41.17 s ATON 4211 NE rio 145 -37.875 33.348 -46.080 1.00 40.32 s ATOM 4212 SS ry 145 -39.073 32.561 - + 5.692 1-00 39.21 and ATOM + 213 WITH RIO 145 -37.354 33,806 - + 8,555 1.00 43.02 and ATON + 21 + 0 RNO 145 -37.312 32.315 “+9.340 1.00 42.96 s ATOM + 235 N SUE 1+ 6 -36-041 33. 370 -48,569 1.00 44.40 and ATOM + 216 CA SUE 1 + 6 “35,200 32, 759 -49.650 1.00 46.46 s ATOM + 217 WITH SUE 1 + 6 -34.687 31.351 -49.356 1.00 40.24 s ATOK + 210 0 SUE 1 + 6 -33.401 31.137 -49.233 1.00 47.83 1.1 ATON 4219 N ABA 1 + 7 -35.6 (13 30.309 -49.279 1.00 49.04 s ATON 4220 CA ABA 147 -35.233 28.992 -49.084 1.00 50.76 s ATON 4221 Sho ABA 147 -39.225 20.657 “+7.597 1.00 40.27 and ATON + 222 WITH ABA 147 -36.193 28.063 - + 9.825 1.00 52.27 s ATOM + 223 0 ABA 147 37.394 28.034 - + 9.544 1-00 54.27 s ATOM + 22 + N UAY 4 (5 -35,658 27.302 -50.773 1.00 52.93 B1 ATOM + 225 CA UDD 1 + 8 -36.448 26.317 -51.504 1.00 53.70 s AT them + 226 NE UDD 1 + 8 -36,700 26.009 -52.935 1.00 52.32 B3 ATON + 227 CO! UDD 3 + 8 -37.633 26.061 -52.372 1.00 51.32 and ATON + 228 CC2 1Ab 1 + 8 -35.495 27,004 -53.698 1.00 50-98 and ATON + 229 WITH UAB 1 + 8 -35.704 24.990 “51.615 1.00 54.30 s ATOM 4230 ΰ UAY 1 + 8 -34.493 24.927 -51.4’5 1.00 53.73 s ATOM 4231 N TNN 1 + 9 -36.442 23.930 -51.928 1.00 55.67 B3 ATOM 4232 CA YOU 149 -35.835 22.680 “52.369 1-00 56.75 s ATON 4233 NE TNN 149 -36.112 21.540 -51.373 1.00 56-63 s ATON 423 + I5'1 TNN 149 -37.519 21.462 -51.135 1.00 55.06 s ATON 4235 SY2 type of 149 -35.384 21 .700 -50.071 1 -00 55.91 s ATOM + 236 WITH TNN 149 -36-392 22-294 -53.73+ 1.00 53.13 B1 ATON + 237 □ shadows 149 -37.597 22.400 -53.977 1.00 53.23 s ATON + 23 " N ude 1.50 35-510 21.8 + 9 -54.623 1.00 59.53 B1 ATOM + 239 CA UAY 150 -35.98 9 21.510 -55.983 1.00 62.22 and ATOM + 2 + 0 NE UDE B $ 0 -35, eh? 4 22.235 -57.015 1.00 62.03 B1 ATOM + 2 + 1 SB1 UDD 150 -35,498 21.913 -58.422 1.00 62.67 s ATOM + 2 + 2 CO2 UAY 150 -35,063 23.732 -56.768 1.00 62.69 B1 ATON 42 + 3 WITH UDD 150 -35.833 20.008 “56.240 1.00 63.79 s ATOM 42 + 4 ABOUT UAY 150 -34.762 19.401 -56.166 1.00 64. $ £ 1.1 ATOM 42 + 5 N ABA 151 -36.978 19.414 -56.566 1.00 6 + .50 s ΑΤΰΜ + 2 + 6 CA ABA 151 -37.034 10.014 -56.964 1.00 65. + 9 and DTOM 4247 Sho ABA 151 -38.066 17.202 -56.14+ 1.00 64.19 T.7 ATOM 42 + 8 WITH Ya 151 -37.364 17.913 - 68- + 813 1-00 66.04 and house + 249 0 ABA 151 -38.276 1B.500 -58.939 1.00 67.6J s house + 250 and TNR 152 -36-613 17.064 -59,167 1,0a 67.94 n house + 251 CA TNR 152 -36-862 16.0 + 2 -60.579 1.00 69.16 and house + 253 NE Tör 152 -ZEY. 819 16.851 -61.360 1.00 67.01 s house + 253 Sat TVR 152 -34,968 18.213 -61.549 1.00 64.07 s house 425 + ST2 TNR 152 -35-151 19.103 -62.650 1.00 62.91 B1 house 4255 CE2 TPP 152 -34,345 20.235 -62.422 1.00 62.02 B3 house 4256 Oez TPP 152 -35.916 19.050 -63.029 1.00 62.20 bz ATOM 4257 CE1 TPP 152 -34.000 1B.827 -60.707 1.00 62.61 S ATOM + 258 ΝΕ1 TPP 152 -33.707 20.0 + 2 -61.225 1.00 61-18 bz ATOM + 259 C82 TPP 152 -34.231 21.304 “63.313 1.00 61.3+ bz ATOM 4260 SEZ TPP 152 -35.850 20.113 -64.711 1.00 61 - + 3 and DTOM 4261 OH 2 Tör 152 -35.038 21 .224 ‘64 .451 1.00 61.91 s ATOM 4262 WITH Tör 152 -37.579 15.500 60.751 1 LLP 71.64 s DTOM 4263 0 TPP 152 -37.339 14.564 -59.905 1.00 71.01 and house 426 + Ή Bw 153 -38.440 15,407 -61.159 1TO0 73.03 and ATOM 1265 CA Bw 153 -39-267 14.221 -61.939 1TO0 76.53 s ATOM 42 & 6 NE Bw 153 -40.706 1 4.531 -61.520 1 LLP 77.51 . s house + 26? Sat to be 153 - + 1 - + 53 13.361 -60.900 1.00 73.87 s ATOM + 268 With Bw 153 -41-399 13.407 -59.376 1.00 79.45 s ATOM + 269 CE ΕΪ5 153 -39,901 13.219 -58.055 1.00 80.16 s

Γΐ Ζ 0 Ο (Ί Ω ·; Ί h η η η η Π η Ζ ο ϋ Ί Π 5 ο Π η η [Ί η ΐ о [Ω ϋ ·: Ί О ϋ η ΰ Π ϋ Π Σ with Ω ϋ ΐ ο η Γι а ο ο ί'ί ί'3 Г] а ο η ϋ Ο ο ο ί'3

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ATOM. 4270 N2 !, U5 153 -39.927 13.194 -57.366 1.00 79.77 S ATON 4271 WITH WUI 153 -39.243 13.737 -63.3B9 1.00 77.70 s ATOM 4272 ABOUT Bw 153 -39.608 14 . 475 -64.3-04 1.00 77.96 s ATON 4273 N ABA 154 -38.809 12.495 63.59C 1.00 79.25 s ATON 4274 CA ABA 154 -38.815 11.ВВО -64.917 1.00 $ 80.0 s ATON + 275 NE ABA 154 -37.575 11.013 -65.090 1.00 79.9+ s ATOM + 276 WITH ABA 154 -40.075 11.035 -65.085 1-00 81.09 s ATON 4277 about ABA 154 40.23+ 10.008 -64. + 26 1.00 80.56 s ATON 4273 N DYAR 155 -40.002 11.470 -55.9? 6 1.00 82.50 s ATOM 4279 CA AZR 15 $ -42.319 10.933 -Ob, 034 1.00 04.19 s ATOM 4280 NE AZR 155 -42.302 9. + + 6 -66. + 14 1.00 85.20 s ATOM 4201 SS AIR 155 -42.03+ 9.222 -67.993 1.00 V6.13 s ATOM 4202 OO1 AZR 15 $ -42.635 9.939 -68.723 1.00 85.34 s ATOM + 203 ΟΟΖ AIR 155 -41,225 B.326 - 68.225 1.00 V6.10 IN 1 ATON + 264 0 AIR 155 -42.901 11.105 -64.673 1.00 V + -5.3 bj ATON + 205 with AZR 155 -43.575 12.144 -64.3ΒΘ 1.00 V + .90 s ATON + 206 N YEON 156 -42.866 10.081 -63.83+ 1 -00 84.19 one.] ATON 4207 CA ΞΕΕ 156 -43.303 10.136 -62, + 72 1-00 8 +, 82 s ATON 4203 With BEN 156 -44.5 + 5 9.15+ -62,310 1.00 85.15 s ATON 4209 OS VEYA 156 -45.52? 9.350 -63.312 1.00 05.88 s ATOM 4290 with Yen 156 -42,270 9,177 -61.495 1.00 04.72 s ATSM 4291 0 ZEN 156 -42.31+ 10.029 -60.295 1.00 04.40 s ATOM 4292 N ZEN 157 -41.205 9.182 -62.023 1.00 Θ + .73 s ATON 4293 CA ZEK 157 -40,101 0.708 -61.190 1.00 04.69 s ATOM 4294 NE Yen 157 -39.301 7.635 -61.946 1.00 6 +, 54 1.1 ATON 4295 OH ΞΕΚ 157 -4E.079 6.469 -62.163 1-00 04-37 1.3 ATSN + 296 WITH Yen 157 -39-169 9-Θ + 3 -60-196 1.00 04.54 s ATON 429? 0 Bee 157 -30,933 10.776 -61-565 1 -00 8’3.92 s ATOM 4298 n RYA 158 36, $ 31 9,? 73 -59.571 1.00 04.51 s ATSM 4299 SR Nuclear weapons 158 -39.056 B, 032-50.521 Ι, ΟΟ 04.52 s Agin 4 LL1 and I gay - 3 g, s 33 ιυ, ‘£ о - □ ϊ.υ ι one . AI and +. ΰζ B1 ATOM 4301 NE RVO 158 -37,393 10,286 -57,635 1.00 04.58 s ATOM 4302 se AI 158 -30.625 9.522 -57.263 1.00 0 +, + 6 bj ATON 4303 with RAO 158 -36.352 10,680 -59.909 1.00 V + .68 s ATOM 4304 about RYAS 158 -35.918 9.607 -60.333 1.00 6 +, 90 s ATOM 4305 I UAY 159 -35.753 11.0 + 4 -60.141 1.00 64.33 s ATOM + 306 cl UAB 159 -34.479 11.919 -60.8 + 7 1.00 V 3.83 s ATON + 307 se UAY 15E 34.463 13.086 -61.860 1.00 64.0+ B3 ATON 4 308 SY1 UAY 153 -33.004 10.210 -62, + 92 1.00 V 3.62 s ATOM + 309 CC2 HOUR 159 -35.516 12.057 -62.931 1.00 8 3.67 s ATON 4310 WITH il 159 -31,328 13-110 -59.864 1.00 V 3.32 s ATSM + 311 0 UAY 159 -30.329 10.0 + 2 -50.060 1-00 63.25 s ATON 431Ζ I Bw 160 -32.3 + 5 11,221 -59.937 1.00 V2.48 s ATSN 4313 CA High school 160 -31,199 P. 284 -59,040 1.00 01.67 s ATSN 4314 NE B0 160 -30. $ 33 9.90 $ -50.947 1.00 01.53 s ATSM 4315 SS Bw 160 -31.408 0.J39 -50.305 1 00 V 1.07 s ATOM 4316 si Bw 160 -31.257 7.491 -5 .997 1.00 60.52 s ATSM 4317 CE Bw 160 -32.2 + 9 6.483 -50.140 1.00 VO.19 IN 1 ATOM + 318 yga. 160 -32.296 5.224 -59.240 1.00 60.2 $ in 1 ATOM 4319 with Igv- 360 -30.190 12.32V -59.499 1.00 60.59 s ATOM 4,320 ABOUT Bw 160 -30.155 13.449 -50.990 1.00 60.48 s ATSN 4321 I TWO 161 -29.352 11.95V -60.112 1.00 78 s ATSM 4 322 CA DIA 161 -20.194 12.764 60.83 $ 1.00 76.98 s ATON + 323 sv ABA 161 -27.015 11.855 -61.163 1.00 17.49 s ATON 4324 with ABA 161 -20,471 13-694 -62.014 1-00 75.33 s ATSM 4 325 0 TWO 161 -29.570 13.719 -62.55+ 1.00 1 +, 70 s ATON 4326 n SAT 162 -21.450 $ 14.43 -62,400 1.00 73.68 s ATOM 4 327 CA IED 162 -21.592 15,40+ -63,490 1.00 71.48 s ATSM 4,328 WITH OW 162 -26.313 16,746 -63.013 1.00 70.15 s ATSN 4329 0 SUE 162 -20.263 17.681 -6E.V02 1.00 69.01 s ATOM 4 330 I UAY 163 -20.333 16.039 -61.713 1.00 69.08 AND ATOM 4331 CA UAY 163 -29.013 10.020 61.132 1.00 67.56 s ATON 4 332 NE UAY 163 -23.963 17.627 -59.978 1.00 67.21 s ATON 4333 SY1 UAY 163 -30.631 10.Β6Θ -59.406 1.00 66.09 s ATOM 4,334 ce2 UAY 163 -31.006 16.642 -60.477 1.00 66.02 s ATSN 4335 with UL 163 -27.906 19.019 -.60.601 1.00 66-76 s ATOM + 336 0 UAY 163 -27.082 10.659 59-B + 6 1.00 65.41 s ATON 4,337 to SVR 164 -20.139 20.277 “61.000 1.00 66.54 s ATON + 338 cl ΰ VI 164 -27.2.50 21.3 + 5 ‘60 .551 1-00 66.37 s ATOM + 339 NE pvi 164 -26,269 21 .700 -61 .667 1-00 67.8V s ATSN 4340 se SUS) 164 -24.0 $ 9 21,983 -61.192 1.00 69.70 s ATOM 4341 with SY 164 -24.073 30,712 -60.911 1.00 70.76 s ATSN 4342 OE1 swee 164 -23.93+ 20.79V -59.801 1.00 71.1V . s ATSN 4343 CE? si 164 -23.59? 20,121 -61.969 1.00 71.13 s ATON 4 34 4 WITH SVR 164 -20.076 22.577 -60.17+ 1.00 64.94 s ATON 4345 ΰ si 164 -20.6 + 3 23.243 -61.0 + 1 1.00 61.32 s

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ATOM 4346 X TNV 165 -28.140 22.976 “58.001 1-00 62.91 S ATOM 4 347 SD TNV 165 -28.991 23.957 “58.3 * 1 1-00 $ 1.09 AND ATSM 4 348 sv Transnational corporation 165 -39.086 23.419 -57.441 1-00 60.86 s ASOM 4 349 SY1 THY 165 -39.918 22.405 -50.144 1.00 60.45 s ATOM 4 350 SB2 Transnational corporation 165 -39.947 21,560 -56.915 1.00 59.22 s ATOM 4351 WITH TNV 165 -28.192 25.025 -57.619 1.00 59.97 s ATON 4352 □ THY 165 '27 -369 24.711 -56.795 1.00 60.22 s ATSN 4 353 N TNR 166 -29,455 26.266 -57.973 1.00 57.86 s ATON 4 354 SD TNR 166 -21,719 27.393 -57.312 1.00 57.52 s ATON 4 355 sv TNV 166 -27.9 * 9 29.715 -58.071 1.00 57.9+ s ATOM 4356 001 TNV 166 -29.386 29.937 -5V.909 1-00 56.92 s ATON 4 357 C "2 TNN 166 -27.471 28.599 -59. + 96 1.00 07.35 s ATOM 4 358 with tn 166 -28.276 21.600 -55.803 1-00 56.25 s ATON 4359 ϋ TNV 166 -29.303 27.952 -55. +? $ 1-60 55.75 s ATON 4 360 N tn 167 -27.536 29.400 “55.127 1.00 54.65 s ATON 4361 SD TNR 167 -28-032 20.91 (1 -53,860 1.00 54.27 P ATSN 4 362 sv tn 167  26-877 29.3 * 3 -52.963 1.00 54.52 bz ATSN 4363 OS1 TNR 167 -26-172 30.4 $ 1. -53.623 1.00 53.89 14 ATSN 4,364 SB2 TNV 167 -25,909 20.250 -52.6BC- 1.00 54.44 s ATON 4365 WITH TNV 167 -28.919 39.989 -54.161 1.00 03-66 s ATOM 4366 0 tn 167 -28.730 30.029 -55.121 1.00 52.20 s ATON 4 367 N RIO 168 -29.998 30.273 “53.351 1-00 54.17 s ATON 4,368 With Ryo 168 -30.507 29.340 '52, 331 1.00 53.01 s AGON 4369 CA ry.o 168 -30.894 31.11 * -53.544 1.00 53.90 B1 ATON 4370 NE RIO 168 '31 .944 31, 230 -52,450 1.00 53.59 s ATCI 4371 Sat Nuclear weapons 16 $ -31-945 29.761 -52.185 1.00 54.66 s ATOM 4,372 WITH RKO 160 -30.153 32.748 -53.427 1.00 53.2 * 1.1 ATOM + Ls 0 P? O 168 -29.358 32.942 -52.511 1.00 94.37 eleven ATOM 4,374 N 8 £ B 169 -30.413 33 .654 “54.363 1 -00 52.06 P ATOM 4,375 CA ZEK 169 -29.782 34.971 -54.160 1.80 52-56 P ATOM 4376 NE Yen 169 -28.994 30.169 '55 .04? :, υϋ 51 .77 P ATOM 4377 SS Yen 169 -29.775 34.846 -56.770 4.00 53.09 s ATOM 4378 WITH 5-EN 169 -30.821 36,093 -54.224 1.80 52.72 B1 ATOM 4379 about Yen 169 - 31.913 35.862 -54 -716- 1.00 51 .23 s ATON 4300 N !, Ϊ5 1 Ϊ1>  30.440 37.157 -53.356 1.00 53.95 s ATOM 43Я1 CA Ϊ.ΪΞ 178 “$ 31-37 ZI.246 -53.266 1.00 55.76 s DTOM 4362 NE B ¥ 5 BY “30.660 39.080 -52.086 1.80 5? .25 Ate DTOM 4 38 3 SS B ¥ $ 178 -31-6I 49.193 -51.657 1.00 99.84 s ATOM 43B4 SR B ¥ 5 170 -31.397 40.916 -50.41? 1.00 60.00 1.1 DTOM 4385 CE 1-UE 17 $ -11.1 y 39.953 -19.254 1.00 91.31 s ATOM 4386 N2 1.Ϊ5 170 -32.375 39.253 -48.987 1.00 55.05 01 DTOM 4387 WITH Bj5 170 -31,590 39.147 -54.170 1.00 69-79 s DTOM 4388 ABOUT ίιϊ £ 170 -30.616 39.745 “54.992 1-00 56.31 s ATON 4389 N SY 171 -32.839 39.240 - 54.9-27 1.00 65, en s ATOM 1390 CA Ok 171 -33.200 40.121 -.56.032 1-Ί0 56.00 B1 ATON 1391 Sho yb 171 -34.559 39.716 “56.610 1 -00 5+ 8Θ s ATOM 1392 With SY 171 -34.622 38.29 * -57.149 1.00 55. + 9 s ATOM 1393 si SY 171 -36.046 37.350 -57.439 1.00 56.91 1,1 DTOM 1391 WITHOUT SY 171 -36.271 36.305 -56.053 1.00 56.50 s DTSM 43 * 5 ΝΕ2 Be 171 -37.010 38-6 + 3 -56.995 1.00 56.59 s ATSM 4396 WITH 0L 171 “33-263 41.675 -55.567 1.00 51.33 s ATON 4391 0 SY 171 -32-982 41,682 -54,407 1.00 58.32 s ATSN 4390 N 5 EB 172 “33.63? 42.465 -56.481 1.00 57. ¢ 0 P ATSM 4399 SD Yaw 1? 2 -33,736 43.889 -56.178 1.00 97.00 s ATSM 4400 NE 5EV 172 -33.911 44.682 -57.473 1.00 91, + E s ATON 4401 OS 5EV 172 -34.949 44.123 -58.263 1.00 50.40 ΙΛ ATSM 4402 WITH Ee 172 -34.900 44.183 -55.233 1.00 56.30 and ATSM 4403 0 Her 172 -34.776 15.001 -54.322 1-00 57.23 and ATSN 4101 N AIN 173 -36.026 13.511 -95.45+ 1.00 5 +, 81 s ATOM 4405 CA AIN 173 -37.20? 43-684 -54.613 1-00 52.81 s ATOM 4406 se LEI 173 -30.142 + 3.1 * 1 -55.356 1.00 53.01 s ATON 4107 Sat AZES 173 “38.28 6 41 .770 -55,94 $ 1.00 54.06 s ATOM 4100 0O1 L $ m 173 “31.132 41,027 -55.364 1.00 54.19 s ATOM 4409 N □ 2 dy 173 -39.100 41 -3 $ 3 -56, 018 1.00 54.46 s DTON 4 and 0 with ΑΞΜ 173  31.062 +2.919 -53.298 1.00 52.76 and ATSN 4411 0 wisdom 17 $ -38.079 12.770 -.52.540 1.00 91.62 s ATSM 4412 M A5M 114 * 35,850 42.123 -53.042 1.00 52.25 s ATON 4413 SD dzm 174 -35.5 69 +1.753 -51.708 1.00 90.29 s ATOM 4114 sv DEN 174 -35.939 +2.661 -50.615 1.00 53.07 s ATSM 4415 OS DEM 174 -34.994 43.848 -50. + 08 1-00 59.99 s ATOM 4116 001 AZP 174 -33. B 3 9 41.694 -50.091 1.00 56.37 s ATOM 4417 Νϋ2 DEM 174 -35.183 +5.037 “5С.03О 1-00 56.42 s ATON 441B with AIN 174 -36.253 40.402 “51.654 1.00 + 8.00 . s ATOM 4419 ABOUT AIN 17 4 -36.163 39.755 -60-6P 1, 00 45.22 s ATSN 4,420 N B ¥ e 175 “36.914 39,977 -52,709 1.00 49.20 and DTON 4421 CA ίϊ & 175 - 37.3 1 5 30.57+ - $ 2, $ 44 1.00 45.58 s

Ο? S G1 Y S ή Λ ΰ I ΰ L □ ιΊ P I ΰ P 7g S η Π Ο Π Ζ ρ Π Ζ Π Π I Π I Ξ у Π С 'Ω (Ί Ζ 0 О I П С Π а ο <Ί P o L η ϊ ο ή ο O ί '] H G1 o o o

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ΑΤΌΚ 4422 NE 1UYA 17 $ ’For t 38,430 -53,019 1.00 44.39 eleven with ATOM 4423 SS- ΐ-y; 175 “39.” 01 39.0? * -53.348 1-00 44.61 eleven with ATOM 4424 NE ΙΥ5 1 7 $ -40.991 38,369 -54.040 1.00 44x52 eleven with ATOM 4425 CE 1Υ8 n $ -42.32 $ 38.951 -53.593 1.00 * 1x60 eleven with ATOI 4426 N8 B ¥ 5 17 $ -42.567 4B.326 -54.117 1.00 43.73 eleven n ATOM 4427 WITH 1Υ5 175 -36.SE5 37.812 -53.359 1.00 46.51 eleven with ATOM 4428 ABOUT B5 175 -35.04? 38.404 -53.590 1x00 46.31 14 0 ATOM 4429 N TUI 17 6 -36.229 36.503 -53.535 1.00 * 7.57 74 I ATOM 1430 CA ΤΪΗ 176 -35.092 35.600 -53.940 1 .00 49.06 s with ATOM 4431 NE TUI 176 -34.766 34.665 -52.0 * 7 1 .00 47.73 eleven with ATOM 4432 With TUI 176 -34.098 39.25? -51.631 1.00 40, 77 14 with ATOM 4433 st TUN 176 -32.771 $ 34,961 -51.34 1, 00 49.57 eleven with ATOM 4434 CE1 TUK 176 32-160 35.455 “50.210 1.00 51.42 eleven with ATOM 4435 £ ϋ2 tun 116 -34-799 Zb, 0b6 -50.143 1.00 40.10 eleven with ATOM 4436 CE? TUK 176 -34.193 36.558 -49.600 1 .00 40.23 eleven with ATOM 4437 C2 TUK 176 -32.371 36.255 -49.339 1 .00 $ 0.96 eleven with ATOM 4438 HE TUK 176 -32.247 36.721 -48.202 1.00 51 .85 > 4 0 ATOM 4439 WITH TUI 176 -35.296 3 * .936 55.260 1.00 $ 0.30 14 with ATOM 1440 ABOUT TUI 176 -36.421 34.615 -55.646 $ 1.00 $ 0.4 eleven 0 ATSM 4 * 41 N Ll 177 -34.106 34.65 $ -55.937 3.00 $ 0, $ 1 eleven I ATSM 4442 CA AY1 177 -34.201 33.8B8 -57.) 70 1, 00 52.09 eleven with ATSM 4443 NE DIA 177 -33.94 * 3 *.? 0 * -58.352 1 .00 50.29 eleven with ATSM 4444 WITH DYD 177 -33.212 32,731 -57,074 1.00 53.43 eleven with ATSM 4445 0 ABA 17? -32.246 32.70 * -56.307 1.00 52.69 eleven about ATOM 4446 N ABA 178 -33. * 59 3- .609 -57.861 1.00 54.62 eleven N ATOM 4447 CA ABA II -32.601 30.513 -97.375 1.00 55.83 eleven with ATOI 4418 CE D1A 173 -33.021 29.550 -56.773 $ 1.00 $ 5.7 eleven with ATSM 4449 WITH A ha 17 $ -32.690 29.825 -59.230 1.00 $ 6-94 74 with ATON 4450 0 A1L 17 $  3.3.667 29.905 -59.958 1.00 56.20 eleven about ATSM 4 * 51 S $ £ H 179 -31.662 29.052 -59-563 3 .00 5Θ.47 eleven N ATSM 4452 SD ZEK 179 “31 - 650 28,261 -60,000 1.00 59.49 eleven with ATOM 4453 sv VEN ) nineteen -ZS. 569 28.812 -61.1 * 2 1, 00 50.95 eleven with ATSM 445 * ss ZEK 179 -30.847 30.14? -6Ξ.13Ο 1.00 60.29 s about ATSM 4455 with ZEK 119 -31-39 $ $ 26.80 -60.520 1.00 60.01 eleven with ATON 4456 0 ZEK 179 -30.626 26.455 -59.625 1.00 60 .02 eleven □ ATON 4457 N ZEK 100 -32.050 25.943 -61.290 1.00 60.42 and n ATOM 445 $ CA convict 100 -31.746 24,520 -61.264 $ 1.00 61.3 14 with DTsN 4459 CE convict 160 -32.836 23.755 -60.509 1.00 60.80 eleven with ATOM 4460 OP ZEL 100 -32.45 $ 22.40 * -60-306 1 .1) 0 $ 9.95 eleven 0 DTsN 4461 WITH £ her 160 -31.637 23.994 -62.690 1 .00 62.30 14 with ATON 4,462 P VEN 1 in ’32 -556 2 * .150 -63. * 9E 3, 00 61.61 eleven 0 ATON 4463 N TUI 161 -30.505 23.376 “63.003 3.00 £ 3-98 14 but ATON 446 * CA TUN 1 in 1 30-20.3 ? 2, $ 22 “64-332 1.00 64.03 eleven with ATSM 4465 NE TUN 161 “2 $ .971 23.35 * -6 * .90 * 1, 00 63. AT? eleven with ATOM 4466 with tun 161 “2 $ -9? 7 24.84 * -65.154 1, 00 64.75 eleven with ATOM 446? SSC TUK 181 -2J.709 25.74 * -64.112 1.00 64.15 eleven with ATSM 4468 CE1 TUV 10 1 -28.756 27.107 -64.346 1.00 65.10 eleven with ATOM 4469 C 02 TUV 101 -29-127 25.350 -66.439 1.00 ¢ 3.09 eleven with ATOM 4470 CE2 TUN 101 -29.096 26,708 -66.682 1 .00 63.92 eleven with ATSM 4471 cg TUK 161 -28.908 27,503 -65.634 1.00 65.26 13 with ATOM 4472 HE TUK 101 -28.850 2B.93 * -65.081 1.00 65.71 eleven 0 DTsN 4473 WITH knock 161 -30.244 21.302 -64.290 1.00 66.15 14 with ATSM 4474 0 TUN 161 -29.520 20.712 -63.4V6 1x00 66.5? 14 0 dtsn 4475 n LIE 162 -31.030 $ 20.66 “65.152 1.00 £?. $$ eleven but ATON 4416 sv 1E13 182 -30.902 19.217 -65-2B4 1.00 69.62 eleven with ATSM 4 477 sv IC 162 “$ 32.30 10 .. 61 $ -6 $. ) $ 1 1, 08 69.04 74 with ATSM 44? 8 se hvd 162 -32.470 I.116 -65- * 79 1.00 10.75 eleven with ATOM 44? 9 SP] ive 182 -31- * 28 1 $ .367 -64-653 1.00 10.11 eleven with ATSM 44B0 Wed? ι, κυ sixteen? “33.870 16.60? -65,179 1.00 70.49 eleven with ATSM 44Θ1 with Ι.Ε ’, 1 162 -30,351 18. $ 1 * -66.613 1.00 U.96 eleven with ATOM 4402 0 ιχυ 182 -30.804 19,117 -67.683 1.00 71.15 eleven ϋ ATOM 4403 N Yaw 169 -29.214 18.131 -66.536 1.00 71.50 [four I ATOM 44B4 CA ZEN 1-3 -28.553 17,619 -67.720 1 .00 71-B6 eleven with ATSM 44B5 NE Yaw 16 3 -27.033 17.734 -67.584 1.00 71.20 eleven with ATSM 44B6 ϋΰ Yaw 10 3 -26.626 19.092 -67.550 1 .00 70.56 14 0 ATOM 44B7 with convict 1BZ -28.937 16.166 -.67.964 1.00 72.4 * eleven with ATOM 44B8 about Yen 103 -28.869 15.339 -67.057 3 .00 7 2-1? eleven 0 ATON 44J9 N on 164 -29.353 15.865 -69.1VY 1 .00? 3 -34 eleven n ATCI 4 * 90 SD yee 164 -29.605 Y. 109 -69. $ 91 3, 00 7 *, $ 7 eleven with DTsN 4491 sv 1ΕΣΓ sixteen* -31.074 14.125 -69.3 * 6 3.00? *,? 3 eleven with ATSM 4492 se 1.VD sixteen* 32.149 15.157 “69-697 1, 00 73.95 eleven with ATOM 4493 Joint venture! Ι.ΕΪΤ sixteen* -32.106 15.392 -? 1,194 1.00 74.22 eleven with ATOM 449 * C 02 g.vi 164 “33-4 96 14,657 -69.211 1.00 73.72 . eleven with ATOM 4495 with ί · Ε · 3 18* -29-Ϊ43 14,299 -71.060 1.00 75.02 eleven with ATON 4496 0 Bf ten* -29.060 15.27 3 -71.793 1.00 75.56 s 0 ATSN 4497 N TNV 105 -29,124 13.047 -71.489 1 .00? 7 .26 and ν

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ATSM 4198 CA Transnational corporation 10 $ -28.707 12,766 -72.07V 1 .00 7V .90 s ATOM 4499 SR TNN T "$ -28.252 11.321 -13.056 1.00 70.12 s ATOM 4,500 031 TNN 105 -29.359 10.370 -72.664 1 .60 79.12 s ATOM 4501 CC2 TNN 105 -27.001 11.109 -72.210 1.00 7V .20 s ATOI 4502 WITH Transnational corporation 105 -30.023 12.955 -73.740 1.00 79.76 B1 ATOM 4503 0 tn 105 -31.116 12.692 -73.313 1.00 79.50 B1 ATOM 4 504 I ίΚΟ 106 -29.323 13 . 420 -74.992 ι .so 30.66 s ATSM 4 505 with RIO 106 -28.522 13.709 -75.600 1.00 30.61 S ATOI 4506 CA races 1B e -30.939 13.701 -75.900 1.00 "3, 00 1,1 ATON 4 507 Joint venture Ryo 106 -30.210 1 * .073 -77.215 1, 00 "1, * 1 s ATOM 4,500 SY RIO 106 -20.809 14.557 -76.78V 1 .00 "0.92 s ATON 4 509 with. RIO 106 -31.8 * 3 12.405 -16.060 Ϊ .00 83.3V s ATOM 4,510 0 RIO 106 -33,050 12.612 -76.260 1.00 83.33 s ATOI 4511 N SI 107 -31.242 11, 305 -75.955 1.00 81 .09 E.1 ATSN 4512 CA si 107 -31.967 10.050 -76.094 1.00 96.26 B1 ATOM 4513 NE si 107 -3Ο.9Θ8 B, 072 -76.050 1.00 86.4 * B1 ATOI 4514 SS si 107 -29.896 AT . 924 -77.117 1.00 a? .62 s ATOI 4515 with ESH 107 -28.843 9.992 -76.a * 3 1 .00 "0.12 s ATSN 4,516 OE1 si 107 -28.057 9 .023 -7 $ .386 1 -00 "B .36 s ATOI 4517 □ E2 si 107 -28.800 10.996 -77.501 7.00 37.00 B1 ATSN 4515 WITH si 107 -3.3.00) 9,900 -14,961 1 .00 36.75 s ATSN 4519 0 si 107 -34.201 9,762 -75,260 1.00 97.11 s ATOM 4,520 I sn 108 -32.551 9 . 938 -73.730 1.00 96.05 B1 ATOM 4521 CA SI 108 -33,419 9,776 -72.601 1.00 86.06 s ATON 4522 NE SI 103 -32.615 9.606 -71.310 1.00 ab. 25 b. 1 ATOM 4523 SS sn 108 -31.623 10,699 -71.052 1.30 36.47 s ATOM 4524 With sn 108 -30.730 10,378 ‘69 .373 Ϊ .00 "6-63 s ATOM 4,525 0E1 SI 103 -29.527 10.641 -69.901 -.00 "6-4? s ATON 4526 ΝΕ2 st 108 31-312 9.002 -63.820 1.00 86.42 s ATSN 4 527 WITH SI 108 -34-415 10.951 -72.466 1.00 97 .03 B1 >. ιΤΙ 4 I E. P · Ει L ι “ΙΤ CH.E ι J4 “CHE. Λ E. -1 ι l όί ΐ t a ι ί 3 45 L L gG t g 1 ί% 1 CHLG1 1 1 $ £. □ h out of m * X C 42 “Uh! ι -I g · ¹ ι-and ι and zi ^_ x and ι x ι and ΐ-ι · o- o- Χι 1 ATOI 4529 to TNR 109 -34. (172 12.013 -13.005 1.00 06.9V s ATON 4,530 Sa TKR 109 -34.900 13.220 -73.142 1.00 37.11 B1 ATON 4531 NE TNR 109 -34.300 14.398 -73.047 1.00 37 .95 B1 ATON 4,532 ss TKR 109 -35.253 15.455 -74.337 1.00 87.49 s ATOM 4533 CO2 TNR 109 -36.222 16,172 -73.550 1.00 87.50 B1 ATOM 4,531 CE2 TNR 109 -36.8Θ3 17.056 -74.430 1 .00 "7-08 s ATON 4535 Cez TNR 109 -36.590 16.151 -72.200 1.30 87.12 B1 ATOI 4536 C01 TIR 109 -35.371 15,923 -75.615 1.00 07.1 * s ATON 4 537 ΝΕ1 TNR 109 -3-6.351 16.805 -75.679 1.00 V .03 tz ATSN 4,530 with r? TNR 109 -37.900 17.911 -73.99V 1.00 87.2? s ATOM 4539 Cez TIR 109 -37.597 17.000 -71.781 I.00 "7.01 s ATOI 4,540 SM2 TIR 109 • 38.235 17.06 "-72.673 1.00 87.3? B1 ATSN 4 541 WITH TIR 109 -36-256 12.039 -13.086 ΐ .00 "7.39 B1 ATOM 4 542 0 TPP 109 -37.366 13.094 -73.416 1.00 96.90 s ATOI 4 543 n Bw 1.90 -36.006 12.216 -75.0 * 1 1.00 ST .13 s ATSN 4 544 CA Bw 190 -37.209 11.865 -75.910 1.00 30.53 B1 ATSN 4,545 NE Bw 190 -36,711 11.657 -77.343 1.00 ST, 2V S ATOM 4,545 SS Bw 190 -35.739 12.759 -77.347 1.00 37.70 B1 ATOM 4,547 with oua 190 -36.571 13.950 -78.371 1.00 87.10 B1 ATON 4 54V CE B5 190 -37.307 13.602 -79.657 Ι.ίιϋ 36-94 B1 ATOI 4 54 9 I2 Bw 190 -38.075 14.75a -00.190 1.00 86.22 B1 ATOM 4 5 $ About WITH Bw 190 -37.917 10.600 -75.423 1.00 80.9 * s ATON 4551 □ Bw 190 -39.079 10.361 -75.756 1 .00 "9 .76 1.1 ATOM 4 5 $ 2 TO £ EH 191 -37.212 9,797 -14.631 1.00 "9 .21 s ATSN 4553 CA ί EN 191 -37.719 8.49 * -74.213 1.00 89.73 s ATON 45 $ 4 NE 5th 191 -36. $ 56 7. $ 06 -73,067 1.00 90.11 B1 ATCI 4555 OS ZEN 191 -35.907 6.073 -72.639 1.00 90.61 £ 1 ATON 4556 with Yaw 191 -38.720 8.502 -73.060 1.00 99.93 s ATON 4 557 0 ZEN 191 -39.205 7.567 -72.64 5 1, C0 89 .77 £ 1 ATON 4 558 N H15 192 -ZV.957 9,790 -72.563 1.00 90.01 B1 ATON 4 559 CA H15 192 -39.911 9.906 -71.474 1.00 az .79 B1 ATOM 4,560 NE ΗΙ5 192 -39.214 10.625 -70.260 1.00 39.53 s ATON 4561 SS ΗΙ5 192 -38.25 ' 9.712 -69.569 1 .00 3 9.63 T.1 ATON 4 562 CO2 H13 192 -36.930 9.472 -69.776 1.00 35.30 £ 1 ATON 4563 N01 H 15 192 -38.625 8.915 -68.506 1.00 V9.0Y [.one ATOM 4.564 CE1 ΗΙ3 192 -37.570 B.225 -68-C89 1.00 99-3? s ATON 4,565 ΝΕ2 1115 192 36-511 0.515 -6 ".8 * 3 1.00 "9.09 s ATON 4566 WITH ΗΙ3 192 -41.093 10.850 71.906 1.00 "9 .70 s ATSN 4,567 0 NTZ 192 -40.961 11,703 -72.185 1.00 89.72 £ 1 ATON 4,568 14 Ayo 193 -42-216 18-620 -71,282 1.00 99.66 w ATSM 4,569 CA ABC 193 -43.456 11.360 -71.5Ϊ3 1.00 39.17 B1 ATON 4,570 NE ICE 193 - * 4-650 10,806 -70.012 1.00 90.32 . B1 ATOM 4571 SS ABC 193 -45.ΖΘ2 9.593 -71.4 60 1 .CO 91.BB £ 1 ATSM 4,572 With ARB 193 -45.834 9.961 -72.036 1.00 93.71 s ATON 4,573 ΝΕ Battery 193 -46.1 * 3 B.707 -73.64B 1.00 94.9V s

and- g_n g_? ο ο O g and u o O o ω O and ω o and o o e e -a o O z and o and o o o g o and o and o o r u ω ω and o ζ o O g o o C · o O g and u and · ξ and ζ. oh oh 2. oh

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ATOM 4574 0Ϊ AIN 193 -46.579 8.844 -74.904 1.00 93.50 S with atom 4575 N81 ABC 193 -46.334 7.725 -75.570 1.00 95.39 s and ATON 4576 N02 ABC 193 -46.761 10.020 -75,492 1.00 95.4? s N ATOM 4577 WITH ICE 193  43.300 12.86? “71, gee 1.00 V8.54 s with ATON 4 $ 7V 0 two 193 -43.756 13.724 -72.004 1.00 Θ8.43 B1 0 ATON 4579 N 0KY 194 -42.650 13.159 -70.121 1.00 V7.52 B1 n ATON 4580 CA ZEK 194 ‘42 .402 34.526 -69.707 1.00 05.86 B1 with ATOs 45J1 NE ZEK 194 -43.723 35.262 -69.446 1.00 V5.32 B1 with ATOs 4502 HE ZEK 1 34 -44.394 14.726 -68.318 1.00 03.93 B1 0 ATOM 4 503 WITH ZEK 1 94 -41.53? 14.584 -60.450 1.00 V 4.95 s with ATOM 4504 ABOUT ZEK 194 -41.534 13.653 -67.643 1.00 04.18 s 0 ATOM 4505 N TUK 195 -40.503 15.684 -60.298 1.00 03.90 1.1 π ATON 4500 CA TUK 195 -40.034 15.947 -67.095 1.00 02.58 B1 with ATOM 4587 B TUK 195 -33.5V4 16.284 -67,439 1.00 Θ2.9Ζ s with ATOM 4588 se TUN 195 -37.729 15.079 -07.748 1.00 03.66 B1 ATON 4589 Si1 tun 195 -36,938 14,405 -56.765 1.00 in 3.8? s with ATOM 4590 Cez TUI 195 -36.14 $ 13-399 -67,042 1.00 04.28 B1 with ATOs 4591 Οϋ2 TUK 195 -31.703 14.526 -69.023 1.09 V3.62 B1 with ATOs 459? Cez TUK 195 -36.911 13.42V -69.311 1.00 V 3.74 S with ATOM 4 503 cg TUK 195 -36.134 12.069 -60.317 1.00 04.20 s with ATON 4594 OH TUK 195 -35.332 Ϊ1.786 -6V.600 1.00 04.08 s with ATOM 4595 with GUK 195 -40.646 17.101 -66.300 1-00 01-49 T-1 with ATOM 4596 about TUN 195 -41.169 18.050 -66.990 1-00 01.16 s 0 ATON 4597 N 5 EN 196 -40.576 17.016 -04.973 1.00 00.07 s Ή ATOM 4590 CA ΞΕΗ 196 '41 .152 18.040 -04,100 1.80 70.08 s with ATOs 4599 sv 5 EN 196 -42.303 17.454 -63.204 1.00 79.05 B1 with ATOM 4,600 with ZEK 196 -43.396 17,099 -64.113 1.00 VO.30 B1 ϋ ATOs 4 601 with ZEK 196 -40.12? 18.600 -63,159 1.00? 7.25 B1 with ATOM 4 6P2 0 ZEK 136 -39.33? 27.952 -62.530 1.00 70.71 s 0 ATOs 4603 N CPS 107 -40.153 19.987 “63.063 1.00 75-59 s π ATON 4604 CA From 25 197 -39.390 20.701 -62.040 1.00 73.09 s with ATOM 4,685 with CPS 197 -40.296 21.060 '60 .B70 1.00 72-59 S with ATON 4606 0 CPS 197 -41.221 21.959 “01.020 ] -00 72.65 B1 0 ATON 4607 sv SUYA 197 -30.756 21.979 -62.628 ] .0 (1 71.10 s with ATOM 4 608 50 CPS 191 37.915 22.93 "-61.416 1.00 69.32 B1 at ATOM 4609 N ET 198 -40.027 20,406 -59,710 1.00 71.96 s l ATOM 4,610 CA Gtb 198 -40.866 20.671 -58.542 1.00 71.74 B1 with ATOM 4611 NE thai 19Θ -41.277 39.321 -51.952 1.00 73.01 s θ- ATOM 4612 CE ΕΤ.Ν 19Θ -41.91? 19.370 -5V.954 1.00 74.84 B1 α ATOM 4613 With YES 190 -42.165 16,991 -50,373 1.00 76.39 B1 with ATOM 4614 0E1 SON 190 -41.697 16.676 -57.277 1.00 75.67 s about ATOM 4615 ΝΕ2 EN 190 -42.903 16.171 -59.107 1.00 77.15 B1 l ATOM 4616 WITH SY 19B -40.140 21.493 -57.479 1.00 70.00 s WITH ATOM 4617 0 YY 190 -39.145 21.045 -56. 905 1.00 70.10 s about ATOM 4619 N UAY 199 -40.64? 22.694 -57.217 1.00 01.53 s l ATOM 4619 CA UAY 199 -40.060 23.570 -56.210 1.00 04.63 s with ATOM 4620 NE UL 199 -39.994 25.006 “56.750 one . Oa 63.62 s with ATOM 4,621 C & 1 UAY 199 -39.232 25.980 ‘55 .700 1-00 62.58 s with ATOM 4622 SB2 UAY 199 -39.972 24.990 -50.029 1-00 6Ξ.Β4 s with DTOM 4623 WITH UAY 1 99 -40.942 23,619 -54,909 1.00 63.15 s with ATOM "624 0 UAY 199 --12.132 23.908 -55.059 1.00 62.70 B1 0 ATOM 4625 N shooting gallery 500 -40.359 23,331 -53,810 1.00 62.14 B1 l ATOM 4626 CA Transnational corporation 200 -41-100 23.436 -52.558 1.00 62.84 s with ATOM 462? NE TNR 200 -40.974 22, 14? -51,712 1.00 63.21 B1 with ATOM 4629 0E1 TNV 200 -41.466 21.029 -52.461 1.00 63.77 B1 about ATOM 4629 CC2 TNR 200 -41.785 22.272 -50,429 1.00 62.81 b1 with ATOM 4630 WITH Transnational corporation 200 -40.611 24.623 -51.732 1.00 62.22 s with ATOM 4631 0 Transnational corporation 200 -39.409 24.921 -51.599 1.00 02-43 s ABOUT ATOM 4632 N ΗΙ3 201 -41.558 25.409 -51,229 1.00 61-86 1.3 l ATOM 4633 CA ΗΙ5 201 -41.251 26,622 -5J.4E1 1-00 61.76 B1 with ATOM 4634 NE ΗΪ5 201 -41.224 27.926 -51.429 1.00 61.0? s with ATOM 4635 SS H1 £ 201 '41 .179 29.159 -50.729 1.00 59.75 s with ATOM 4636 C & 2 H13 201 -40.135 29.901 5 (1. 306 1.00 59.40 s with ATOM 4637 ΝΟ1 H1C 201 -42.316 29,063 -50,415 1.00 59.04 s and ATOM 4638 CE1 ΗΙ5 201 -41.97 4 30.99Y -49.830 1.00 55.23 B1 with ATOM 4639 Number 2 20) -40.65? 31,046 -40,152 1.00 58.22 B1 N ATOM 4640 WITH ΗΪΕ 201 42,299 26.843 -49.3EV 1.00 62.27 B1 with ATOM 4641 0 ΗΙΞ 201 -43,491 26.934 -49.690 1.C-0 62.3.3 s 0 ATOM 4642 TO IS EATING 203 -41.049 26.928 -48.149 1.00 63.08 B1 l ATOM 4643 CA IS EATING 203 -42.749 27.081 -47.009 1 .CO 64.3 1 s with ATOM 4644 NE IS EATING 203 -43.440 20.447 -47.050 1.C0 64.10 s with ATOM 4645 ss IS EATING 203 -42.49-3 29.628 -46.933 1.CO 64.37 s with ATOM 4646 with is eating 203 -41,781 29.682 -45.593 1.00 66.35 . s with ATON 4647 CE1 is eating 203 -40.533 29.770 -45.584 3.80 66.23 B1 ABOUT ATOM 4649 OE2 is eating 203 -42.471 29.629 -44.549 1.00 66.40 s 0 ATON 4,649 WITH is eating 203 -43,800 25.07 $ * 46.> 70 1.00 65.33 s with

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ATOM 4650 ABOUT <710 203 -44.909 26.183 -46.490 1.00 65.4+ eleven □ ATOM 4651 AND SUE 203 -43.449 24.810 ”47.507 1.00 66.98 S I ATON 4652 CA SUE 203 -44.329 23.660 -47.415 1.08 60.40 S with AGON 4653 WITH SUE 203 -45 .215 23.457 -40.631 1.00 Ϊ1.29 S with AGON. 4654 0 SUE 203 -4 5.069 22.422 -40.761 1-00 71.55 s 0 AGON 4655 N 8EP. 204 -45 .240 24.4 + 0 -49. 523 1-00 72.19 s N ATOM 4656 CA ZEYA. 204 -46.079 24.371 -50,? 11 1.00 73.00 s with DTOM 4657 CE 5th 204 “46.931 25.638 -50.821 1.80 74.0+ s with AGON 1658 os BEK 20+ ”47.605 25-699 -52.068 1.00 75.31 s and ATOM "659 with BEIA 204 -45 .23? 2 + .2OO -51.974 1.00 73.53 s with ATOM 4660 about ZEN 20+ -44.322 24.983 -52.231 1.00 74.09 B1 0 ATOM 4,661 and TNCA 205 -45.555 23.174 ”52.760 1.00 73.50 s and ATOM 4,662 CA TNV 205 -44.901 22.064 -53.971 1.00 72.0+ 1.3 with AGON 4,663 NE THY 205 -44 .781 21.345 -51.243 1.00 73.16 s with AGON 4664 0С1 TNN 205 -44.142 20.669 -53.153 1.00 72.9? s 0 ATOM 4,665 CC2 Transnational corporation 205 ”44.031 21.044 “55.533 1.00 7 $ .27 s with ATOM 4,666 with Transnational corporation 205 -45.392 23-558 “55.193 1 -RO 72.59 s with dgom 4667 with teak 205 -46.586 23.445 -55.465 1.00 72.07 s 0 DTOM 4665 and UAY 206 -44.5 + 6 21-289 -55.923 1.00 72.50 s N ATOM 4,669 CA UDE 206 -4 + .934 24.850 -57.208 1.00 7 3.02 s with ATOM 4670 CE UL 206 -44.562 26.3 + 1 -57.302 1.00 72.13 and with ATOM 46? 1 C61 UAY 206 -44.9 + 7 26.Θ90 -50.066 1.00 70.61 s with ATOM 4672 CC2 UAY 206 -45.257 11/27 - 56.201 1.00 11-61 s with ATON 4,673 WITH UAY 206 -44.207 24.092 -58.3113 1.00? +, 77 s with ΑΤΡΜ 4674 ABOUT UAY 206 -42.994 23.893 -50.240 1 .00 7 +, 80 s 0 ATOM 4675 N Yo 207  4 4.952 23.671 -59-326 1.00 76.39 s m ATOM 4676 CA yi 207 -1 +. "36 22.118 -60.290 1.00 77.7+ s with DTOM 4677 CE si 20? -45.033 21. 3-35 -60.011 1.00 78.03 s with ATOM 4b7 $ SS si 207 -44.608 20.2 + 4 -60.973 1.00 81.28 ίί with DTOM + 679 With et.p 207 - + 5.153 19.986 -60.574 1.00 82.00 s with ATOM 4600 0E1 syo 207 -15.501 10.710 -59.3B6 1.00 8+. 12 1,1 □ ATOM 4691 OE2 si 20? - + 5.235 17.995 ”61.445 1.00 83.95 s with ATOM 4602 WITH si 207 - + 4.744 23.126 -61.735 D.00 77.09 s with ATOM 4693 ABOUT si 207 -45.83? 23.603 -62.010 1.00 77.18 1.1 0 ATOM 160 + N Boo 200 - + 3.765 22.941 -62.615 ! -110 70.59 S s ATOM 4605 CA Bw 200 -4 3 .973 23.134 -64.043 1.00 79.10 s with RTOM "686 NE Boo 200 - + 3 .289 24.418 -64.515 1.00 70.00 s with ATOM 4687 se CPS 208 ”+3.911 25.692 -63-961 g. PO 80.02 s with atom 4,600 wed Bw 208 - + 5-400 25.76+ -64,266 1.PO 70.10 s with DTON 4689 CE CPS 208 -45.956 27.147 -63.964 1.PO 70.03 s with ATON 4690 No. Bw 208 ”+5.34 + 20.191 -64.835 1.PO 77.73 s and by mouth 4691 with CPS 208 -4E.433 21.941 -6 +, 823 1.PO 80.92 s with ATOM 4692 ABOUT Bw 208 “+ 2,413 21.356 -64.454 1.00 80.76 s with DTOM 4693 m TNV 209 - + 4.125 21.58+ -65.900 1.00 82.27 s th ATOM 4694 CA TNV 209 - + 3.779 20.402 -66.679 1.00 83.3+ 1,1 with ATOM 4695 sv TNV 209 - + 4.889 19.335 -66.5ΒΞ 1.00 83.02 eleven with AGON 4696 K1 tn 209 -45.127 19.012 -65.207 1.00 82-01 s with ATOM 4697 CC2 TNV 209 -4 +. + O2 10.071 -67.327 1.00 82.62 S with ATOM 4690 WITH TNV 209 -43.566 29.7 + 9 -68.151 1.00 85, CO s with ATON 4699 ABOUT Transnational corporation 209 ”+4.209 21.653 “6E.6E7 1.PO 85, Πϊ s 0 ATON 4700 Ιί UAY 210 - + 2.652 20.829 -68.793 1.00 36.55 B1 N ATON 4701 CA UAY 210 ”42.468 20.124 -10.236 ; .80 8? .92 B1 with DTOM 4702 NE UAY 210 - + 1.190 20,918 -70.590  .00 67.63 s with ATOM 4703 CC1 UAY 210 -41.310 22.347 -70.085 1.00 87.34 s. with DTOM 410 " CC2 UAY 210 -89-970 28.240 “69.980 I.00 87.16 B1 with ATOM 4105 with UAY 210 - + 2.372 ] 0.728 -1Ο.84Θ 1.00 80.44 C1 with ATOM 4706 ABOUT UL 210 -41-860 17.70+ -70.212 1.00 89.20 s 0 ATOM 4) 07 m ABA 211 -42.851 18.591 -72.081 1.00 91.11 C1 N ATOM 4700 CA ABA 211 - + 2.826 17.311 -72.782 1.00 92.64 s with ATOM 4709 NE ABA 211 - ++. 206 17.00+ ”73.356 1.00 92.29 s with ATOM 4710 WITH ABA 211 - + 1.705 17.331 -73.897 1.00 03.8 $ s with ATON 4711 ABOUT ABA 211 - + 1. + 49 1B.392 -74.424 1.00 94.36 s 0 ATON 4712 n RNO 212 - + 1.265 16.151 -74.273 1.00 95-11 s m ATOM 4713 smiling RNS 212 ”41.605 14.830 '73 .774 1.80 95-23 s with ATOM 4714 CA Ryo 212 - + 0.227 16.043 -75.306 1.00 95.91 s with ATON 4715 NE P8O 212 ”39.802 14.553 -75.318 1.00 95.62 s with ATOM 4716 ss RNO 212 -41.095 13.880 -1 + .776 1.PO 95.26 s with ATCI * 717 with rap; 212 -40-691 16.540 -76.672 1.00 96.60 s with ATON 4710 about riS 212 39-878 18.93? -77,520 1.00 96.50 s 0 ATOM 4 71.9 N THY 213 -42.005 16.543 -76.672 I.00 97.41 s n ATON four? 20 OA TLV 215 -42.600 16.998 -78,123 1.00 9Β.13 s with ATCI 4721 NE TNV 213 -44.081 16.575 -78.209 1.00 90.39 s with ATON 4722 OS1 TNV 213 -44,792 1? .076 -77.06V 1.00 97.41 . s 0 ATCI 4723 CC2 TNV 213 - ++. 195 15.056 -78.2 + 0 1.00 90.19 s with ATON 4724 WITH TNV 213 -42.50+ 1B.516 -78.2UZ 1.00 98.77 s with ATSN 4725 ABOUT TNV 213 -41.7Θ2 19.146 ”77.474 1.00 99.20 s 0

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ATON 4726 OXT Transnational corporation 213 -43.142 05/19/7 “78-206 ι. &and 99.08 B1 TER 4,727 Transnational corporation 213 B1 ATSN 4720 Sn yb t -ten. 333 41.335 -26.83) 1.00 50.55 H1 ltsn 4,729 SS OBI X. -11.E6V 41.133 -27.931 1 .co 61.95 H1 ATON 4730 with SBI one -12.786 41-172 -27.394 1.00 64.59 H1 ATOM 4 7 31 0E1 SBY one -13.725 40.692 -20.034 1.00 66.92 111 ltsn 4 732 ΝΕ2 □ Would one -12.9 * 1 41.149 -26.209 100 65.52 I1 ATOM 4,733 WITH B1M one -8.061 40.598 -27.611 100 51.02 H1 ATON 4734 0 Ol.N one -6, 916 40.491 -27.047 1.00 za.aa M1 ATOM 4735 N 61Ν one -3.151 42.604 “28.597 2 .00 36-41 H1 ATOM 4736 CA Sc I -8,969 43.799 -27.352 1-00 $ 4 .79 H1 ATOM 4737 TO UAB 2 -V.52V 39.693 -28.465 ΐ .00 46.33 H1 ATOM 4,730 CA UAB 2 -7.658 ZE.679 '29 -0 * 2 1.00 40.97 H1 ATON 4739 NE UAB 2 -8.026 37.26B -28-547 100 40.66 H1 ATON 4,740 & Ξ1 UAB 2 -7.107 36,223 -29,261 100 37 .B? n1 atom 4741 C-Y2 UAB 2 -7.800 37,115 -27,043 1.00 09/19 H1 ATOM 4,742 WITH UAB 2 -7,931 30.737 -30.551 1.00 40.14 I1 ATOM *? 4E 0 UAB 2 -3.948 30.063 -31.050 1.00 39 .for H1 ATOM 474 4 and st 3 -6.730 ZV, 672 -p.GZZ 1.00 over 15 H1 ATOM 4745 CA C1.14 3 -6.836 ZB.657 -32-713 1.00 37-80 H1 ATON 4746 NE Sc 3 -6.208 39.951 -33.340 1.00 43.11 H1 ATSM 4747 SS sn 3 -6.598 40.078 -34.030 100 48.63 H1 ATsN 4748 With SALES 3 -5.966 41.299 -36,480 1.00 54.4V 81 ATSN 4,743 OE1 YBN 3 -5.933 41.412 -36,710 1.00 56.23 Ate ATOM 4750 H-E2 UN 3 ‘5-461 42,221 -34,658 1.00 5 5.22 n1 ATON 4751 WITH Bbn 3 -6.093 37,475 -33,315 1.00 34.51 H1 ATON 4? $ 2 ABOUT Sc 3 -4.950 37.209 -32.960 1.00 3 *, 76 H1 ATON 4753 m ii four -6,774 36.764 -34.2С6 1.00 31.16 H1 ATON 4754 CA BEM four -6.152 35.706 -34x903 1-00 30.62 81 ATON 4755 NE b. and four -7.036 34.4 55 - 34.966 1.00 26.45 H1 ATSM 4756 SS BEEg four -6.920 33.556 “33-728 1.00 27.80 81 ATON 4757 C01 BEL four -7.145 34.374 -32,449 100 25.47 81 ATON 4,758 £ □ 2 boo four -7.930 32-423 -33.VE1 1.00 26.22 81 ATON 4759 WITH BEI four -5.943 36.200 -36,419 1.00 32.23 81 ATON 4760 0 Bep four ‘6-399 36.554 -3? .120 1.00 31.55 EC ATOM 4761 N SBI five -4-603 36 - 229 -36.040 1.00 02/31 I1 ATON 4762 CA SEN five -4,307 36.750 -30.144 1.00 31-99 and; ATON 4763 NE OBN five -3,160 37,372 -37,976 1.00 38.77 κι ATSM 4764 SS OT.M five -2,713 33.446 -39.262 1.00 41-14 H1 ATOM 4765 Joint venture OBY five -Z.Y30 39.250 -39. 904 1.00 46.66 H1 ATOM 4766 OE1 OBN five -3.749 39.625 -41.073 1-00 46.29 H1 ATON 4767 ΝΕ2 st five -4.801 39.519  39. 137 1.00 40.64 H1 ATOM 4768 WITH SEN BUT -3.063 35.614 “39.050 100 29.07 H1 ATOM 4768 ABOUT SBI five -2.974 34.042 -ZV.690 1 .co 31, 50 H1 ATOM 4770 N Self 6 -4.482 35.509 -40,221 1.00 20.29 H1 ATOM 4771 CA SBI 6 -4.243 34.377 -41.117 100 30.55 ΗΙ ATOM 4772 NE SBI 6 -5.564 33.1 * 0 “41,590 1.00 01/29 H1 ATOM 4773 SS S-BN 6 -6.344 33.071 -40-433 1.00 30.43 I1 ATOM 4774 CE BYN 6 - 7.5 62 32-34 $ -46,972 1.00 28.63 H1 ATOM 4775 O-E1 SBI 6 -Θ.691 32-631. -40.580 1.00 30.41 111 ATOM 4776 ΉΕ1 SBI 6 -1.336 31,400 -41.ΪΒΞ 100 26.47 AND! ATOM 4777 WITH Yen 6 -3 -31 1 34, 800 -42.376 1.00 30.79 NOT ATOM 4770 about OBI 6 -3, & 9b 35.916 -42.05V 1. ao 32 “04 N1 ATON 4779 N trp Ϊ -2.695 33.90'4 ‘42 .918 1.00 20.95 M1 ATSN Shares CA TPP 7 -2,211 34.076 -44.27V 1.00 2a _t zo I1 ATON 4761 SE TKR one -0.966 34.976  44.303 1.00 20-60 H1 ATON 4732 SS TNR 7 0.223 34.402 “43.590 5.00 27.56 I1 ATOM 4783 CB2 tar 7 0. 704 34.740 -42.286 5 .60 25.9Θ I1 ATSN 4784 CE2 TYR 7 1. V0V 34.010 - “Z-OBZ 3.00 2? . 69 H1 ATON 4785 Cez tar 7 0.238 36,594 -41.282 1.00 Ζ6.9Β H1 ATON 4786 CB1 TYR 7 E. 128 33-49? ‘44, 101 1.00 27.44 81 ATOM 4787 υκι TYR 7 2.126 33-25 $ -43,185 1.00 28.36 H1 ATOM 473Θ ΟΖ2 TNR 7 Ϊ- 612 34.10? -40,080 1.00 26.83 M1 ATON 4769 ΟΖ3 TNR 7 0-956 45.69? -40.111 1.00 28.63 8'1 ATOM 4790 CH2 TIR Ί 2,132 14.955 -39.917 1.00 30.19 NOT ATOM 4791 WITH TNR 7 -1.899 12.73 3 -44-923 1.00 28-22 NOT ATON four? 9 2 0 shooting gallery 7 -2.010 11.6B1 -44.307 1, oah 28-99 H1 ATSM 4793 N SUE 6 -1.432 12.703 ‘46 .166 1.00 28.35 H1 ATSN 4794 CA OBU 0 -1.234 L.575 -46.945 1.00 2 6.37 H1 ATSM 4795 WITH SBU AT -1.920 31.683 -46.295 1.00 27.33 H1 ATON 4796 0 SBU AT -2.925 32.ZV6 -4a _n * 44 1.00 27.76 81 ATSN 4797 I ABA 9 -1.377 30.984 -49.282 1.00 27.19 81 ATOM 4790 CA LBA 9 -1.8V7 31.057 ‘50, 646 1.00 12/28 . H1 ATON 4799 sv LBA 9 -0.82E 30.627 -51. £ 19 1.00 27.62 111 ATON 4800 with LBA 9 -3.119 30.253 -50.791 1.00 28.31 eight] ATSN 4801 □ LBA 9 -3.233 29,079 -50.431 1.00 28.12 81

ΟΐΊΓΊΐ'ϋΟΊίιίΟΟηΟπίίιποπΟοοΒΒπποησοοΕοηζοηοποϊοηηοηοίϋΟΛϊΟΛΡ, ΰΟϊοπΊπσπϊΟίρΠΒ

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ATOM 4602 N 0Τ.Ϊ ten -4,212 30.880 -51.33C 1.00 29.12 Η1 ATOM 4603 CA Ο1.Ϊ ten -5.493 30.222 “51.475 1.00 30.10 Η1 ATOM 4004 WITH ΠΕΥ ten -5.020 29.691 -52.371 1.00 32.33 Η1 ATOM 4005 ABOUT SUE ten -6 * 659 28.790 “53.005 1.00 32.3V Nb ATOM 4006 one? yee eleven -5.177 30.221 $ 3.909 1.00 31.52 H1 ltan 4007 CA yee 13 -5.494 $ 29,799 -55.27 1.00 33.59 Η1 ATSM 4000 NE is AND -5 * 300 ZO.9 $ 9 -56,255 1.00 36.39 Η1 ATOM 4ΘΟ9 Joint venture boo and -5,584 30,620 -57.725 2.00 40.80 ΗΙ ATON 4010 CC1 BEL AND  6.909 29.990 -57.044 2.00 43.73 H1 ATOM 481; CO2 thi eleven -5,493 31.07t -58.ΪΒ6 2.00 40.70 ΗΙ ATOM 4012 WITH jeo eleven -4.62 6 28.629 -55.697 1 * 00 34 * 10 ΗΙ ATON 4013 ABOUT yee eleven -3,429 20.787 -55.936 1.00 35.52 ΗΙ PBX 4014 I LIE 12 -5.2 32 27,448 -55.785 1.0V 34.06 51 ATON 4015 CA jeo 12 -4.470 26.219 -55.974 1.00 33.09 ΗΙ ATOM 4016 NE BEO 12 -4.533 25.358 -54.711 1.00 34.00 ; ί1 ATOM 4017 se eat 12 -4.079 25.990 -53.395 1.00 35.02 H1 ATSM 401V CO2 Bw 12 -4.057 24.931 -52.297 1.00 33.56 ΗΙ ATON 4019 CO2 yee 12 “2.690 2 $. 606 -53.580 1.00 36.04 81 ATSN 4,020 with Bc 12  4.9? 9 25.401 -57.147 1.00 33.61 ΗΙ ATON 4821 ABOUT Bw 12 -6, 129 25,542 -57.566 1.00 34.76 ΗΙ ATOs 4,022 at ΙΎ5 13 -4,115 24.542 -57.671 1.00 33.61 ΗΙ ATOs 4Θ23 CA Bw 13 -4.533 23.537 -58.630 1.00 35.02 81 ATOs 4024 sv Bw 13 -3.558 23.406 -59.013 1-00 35.86 Η1 ATON 4025 ss Bw 13 -3.544 24.732 -60.671 1-00 39.05 κι ATOs 4026 sv Bw 13 -2.763 24-491 -61 .9 $ 2 0.50 41.55 Είΐ ATON 4,027 CE Bw 13 -2,408 25.800 -62.627 1.00 44.69 Κ1 ATSN 4020 ng Bw 13 -1,530 26, 633 -61. ^ 50 1.00 "8.57 81 ATOs 402E with B ¥ 8 13 -4.504 22.171 -57,907 1.00 35.21 ΗΙ ATSN 4030 ABOUT Bw 13 -3.8Θ7 21.924 -56.903 1.00 31, $ 2 κι ATOM 4031 N T-bills 14 -5.405 21.25V-5V. "99 1.00 34-61 Η1 PBX 4032 with RAO 14 -6.310 21.454 -59.638 1 - 00 34.09 H1 ATSM 4 VZZ CA T-bills 14 -5.476 19.894 -57.969 1.00 34.50 ΗΙ ATOM 4034 Sv Ry 14 -6.360 19.169 -50.574 1.00 34.25 κι PBX 4B35 se Ryo 14 7.214 20.257 -59.557 1 -00 33.95 Η1 ATOs 4036 with ₽YO 14 -4.093 19,253 -57.654 1.00 34.06 Η1 ATON 4,037 □ RNO 14 “3.222 19,493 -58.690 1.00 35.01 κι ATOM 4038 and ZEL 15 3-914 10.455 -56. WHO 1.00 34.00 01 ATSN 4039 CA 5 YOON 15 -2.504 17,710 -56.515 1.00 34.00 Η1 ATOM 4040 sv ZEL 15 -1.939 17.245 -57. B05 1.00 35-51 01 ATSN 4041 those -5 EN 15 -1.036 18.192 -50.234 1.00 30.11 N1 ATSM 4042 with 5EN 15 -1.694 19.534 -55.604 1.00 34.51 H1 ATSM 4043 ABOUT VEN 15 -0.751 17.980 -55.098 1.00 35.24 ΗΙ ATON 4044 N 6b! 1 sixteen -1.901 19.045 -55.622 1.00 34.1 $ Η1 ATOM 4045 CA st sixteen -1 * 010 20.705 -54.845 1.00 34-52 ΗΙ ATOI 4346 Sho st sixteen -1.103 22.164 “55.203 1 .00 36.06 H1 ATOK 4047 smiling si sixteen -0.552 22.470 -56.646 1.00 41.50 ΗΙ ATOI 4840 smiling si sixteen -0.910 23.064 $ 7.160 1.00 44.69 H1 ATOM 4849 CE1 st sixteen -1.573 24.626 “56-423 1.00 44.93 H1 ATOI 4850 CE2 em sixteen -0.555 24.193 -58.309 1.00 49.52 ηι ATOI 4851 WITH from sixteen -1.256 20.583 -53.138 1.00 34.67 H1 ATOM 4852 with yiyi sixteen -2-252 20.000 -52.898 1.00 32 * 76 Η1 ATON 4853 m TIN 17 “0.319 21.120 -52.559 2.00 33.99 81 ATSM 4854 CA THY eleven -0.42] 21.165 -51.104 1.00 32.35 I1 ATOM 4655 NE Transnational corporation 17 Β.92Θ 2Ο.Θ6Ό -50.447 1.00 31.91 ΗΙ ATOM 4856 061 THY eleven 1.209 19.505 -50.722 1.00 35.56 ΗΙ ATOM 4657 CC2 TNR one? 0.053 21.073 48.940 ! .00 31.69 ΗΙ ATOM 4650 with TNR 17 -0. Θ67 22.539 -50.627 1-00 01.96 ΗΙ ATON 4659 0 TNR 17 -0.236 23.554 -51.024 ΐ, 00 31.96 ΗΙ ATOA 4860 N Bw ten -1.009 22 * 565 -49.174 1.00 29.65 ΗΙ ATOM 4063 CA Bw 1B -2.355 23.ΒΙ2 -49.179 1.00 28.49 ΗΙ ATON 4062 NE Bw 1B -3.041 23.720 -46.031 1.00 27.9ϋ ΗΙ ATON 4063 ss Bw 1B ‘4.307 24.865 -47.973 1.00 27.75 ΗΙ ATSN 4064 C & 1 Bw 1B -4.433 26.133 -48.008 1.00 28.4V ηι PBX 4065 CO2 EEO 1B -5.704 24.520 -47.467 1.00 27.32 Η1 ATSN 4066 WITH BEI 1B -1.557 24,066 -47.914 1.00 29.31 ηι ATON 4067 about Ι.Ε13 1B -1,324 23.103 -47.105 1.00 29.34 Η1 ATON 4060 N Yaw nineteen -1.138 25,932 -47,740 1.00 28.71 ηι ATOI 4069 CA VEN nineteen -0.342 25.693 -46.560 1.00 28-95 ΗΙ ATOM 4870 C0 Yaw nineteen 1.136 25.745 -46.969 1.00 29.1ΐ ΗΙ ATSN 4071 OS Yaw nineteen 1.927 26. 134 -45. B61 1-00 37.84 ΗΙ PBX 4078 WITH Yaw nineteen -0.790 27.032 -46.000 1.00 26.99 ΗΙ PBX 4073 0 Yaw nineteen -0.614 20.004 --46.611 1.00 30.84 ΗΙ PBX 4074 L LIE 20 -1.304 26.905 -44.614 1.00 28.20 . ΗΙ ATOs 4075 CA LIE 20 -1.932 2.B. 179-M .193 1.00 26.04 ΗΙ ATSM 4076 Sv BEI 20 -3.447 28,056 -44.050 1.00 25.36 ΗΙ ATOM 4077 SY Bw 20 -4.265 27,889 -45.334 1.00 26.53 ΗΙ

and oh-oh about u and u y u u u u u u u u and О О and О а и и о и о О О ζ у и и и и и О О and у о о у о

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ATOM 4878 CP1 Bw 20 -5.744 27.831 -44.870 1-00 23.8? H1 ATOM 4879 CO? yee 20 -3.999 29.053 -46.208 1.00 25.15 H1 ATOM 4800 0 Bw 20 -1.308 20.376 -42.025 1-00 25.77 H1 ATOM 4801 0 jeo 20 -0.850 27.427 -42.197 1.00 26, 14 H1 dtskch 45V2 N teak 21 -1.299 29.613 -42.365 1.00 26.29 H1 ETON 4803 CA Transnational corporation 21 0.605 29.947 -41 .093 1-00 27.57 H1 dton 4804 Sho TMY 21 0.691 30.616 -41.314 1.00 28.87 n1 house 4805 SEE! type of 21 1.506 29.733 -43.012 1.00 30.29 EN ATOM 4886 CE2 shadows 21 1-34 " 30,920 -39.938 1.00 26.32 H1 ATOM 480? WITH Ty 21 -1,599 30.89? -40.332 1.00 27.47 I1 ATON 4805 with chan 21 -2.294 31.715 -40.930 1.00 2 6.74 K1 ATOM 4809 N CPS 22 -1.606 39,770 -39.011 1.00 28.7? H1 ATOM 4890 CA CPS 22 -2.393 31.675 -30.175 1-00 29.12 H1 DTOM 4891 WITH CPS 22 -1.469 32.192 -37.002 1-00 30.55 H1 l> ^ ·? l SUYA 77 -P.757 Ί1 411 YAI YAI ATOM 4893 sv SUY 22  3.564 30.899 -37.565 1-00 30.30 H1 ATSM 4894 5C ΓΥΒ 22 “4.706 31-772 -36.524 1.00 31.02 n1 DTOM 4895 N ABA 23 -1.401 35.504 -36.064 1.00 29.76 I1 ATON 4896 CA ABA 23 -0-72 $ 34,101 -35.771 1.00 31.10 I1 house 4897 cn ABA 23 OL 01 35,216 -36.293 1.00 31.06 ΗΙ ATOM 4890 with ABA 23 -1.604 34.662 -34.732 1.00 29-91 H1 DTOM 4899 with ABA 23 -2.677 35.300 -35.075 1.00 29-39 Ή1 ATOM ¢ 900 N ΥΑΕ -1.375 34.429 1-00 29.49 H1 ATOM 4901 CA UDD 24 -2.243 34.055 -32.37 $ 1-00 29.52 H1 ATOM 4902 NE UAY 24 -2.415 33.717 -31-35? 1.00 28L5 H1 ATOM 4903 CC1 UDD 24 -3.211 34.202 -30.149 1.00 20.00 H1 ATOM 4994 SB2 24 -3.112 32.543 -32.015 1.00 26.06 H1 DTOM $ 490 G ΥΑΕ 24 -1-700 36,095 -31.663 1.00 31.01 H1 ATOM 4906 0 UAY 24 -0.566 36.110 -31.206 1-00 32.54 I1 ATOM 4907 N τγκ 25 -2.543 37.124 -31.567 1.00 31-95 H1 A'GOM 4900 CA TUN 25 -2.175 30.336 -30-840 4.00 32.59 H1 ATOM 4909 NE TUK 25 -2.177 39.527 -33.807 1.00 34.90 H1 AT-YM 4910 se knock 25 -1.229 39.346.3? .960 1.00 36.34 H1 A'GOM 4911 C1> 1 TUK 25 -1.704 39.045 -34.236 1.C0 37.36 I1 AT-RM 4912 CE> ΤΪΗ 25 -0.030 30.043 -35.297 3.00 40.15 H1 ATOM 4913 CO2 TUI 25 0.144 39.44 $ -32.7 8Y 1.00 30.49 H1 DTRN 4914 CE2 ΤΪΚ 25 1.020 39.243 -33.843 1.00 40.50 I1 ATOM 4915 cg ΤΪΗ 25 0.523 30-942 -35,093 1.00 40.26 131 ATOM 4916 he ΤΪΗ 1.389 38.726 -36.142 1.00 44.41 H1 ATOM 4917 with ΤΪΚ 25 -3-129 38.594 -29.689 1.00 32.47 H1 ATOM 4910 0 TUK 25 -4.289 38.942 -29.896 1.00 32.90 H1 ДТСЦ 4919 and SUE 26 -2.637 30.415 -28.460 1.00 31.79 H1 ATOM 4 920 CA SUE 26 -3.465 30.647 -27.296 1.00 32.41 Q1 house 49 ?! £ SUE ? 6 -3.J28 37.300 -26.937 1.00 32.65 H1 ATON 4 922 ABOUT SUE 26 -3.001 36.279 -27.09.09 1, 00 3), 74 H1 atgs m St. U ι At I·? ρ.ίό. □ <; poison 1 ίΊΠ -VI ΐί ’ ATON 4 924 CA SUE 27 -4.515 36.399 -24.431 Ι, ΰο 30.56 K1 ATSN 4 925 WITH SUE 27 -3. 347 35.444 -24.311 1.00 31.96 IN 1 ATON 4,926 ABOUT SUE 27 -2.258 39/738 -24.191 1.00 33.98 "one ATOM 4 927 N ZEK 20 3.570 34,297 -23-67? 1.00 31.00 IN 1 ATOM 4 920 CA ZEY 2B -2.546 33.361 “23.580 1.00 29.78 "one ATOM 4 92E se a £ th 28 -2.702 32-397 -23.340 1.00 27.61 ATON 4 930 OS 5EK 28 -2.0 $ O 31,164 -22.424 1.00 2 9. 12 "one house + 931 ABOUT. 5EY 2nd -2.535 32.36? -24.Θ15 1.00 29.77 and1 ATSN 4 932 ABOUT 8EV 28 -8.569 32,152 -25.442 1.00 31.74 K1 ATSM 4933 n RNE 39 -1.365 31.836 -25.153 1.00 28.60 H1 ATON 4 934 CA RNE 29th -1.246 10.952 -26.301 1-00 28.86 41 ATON 4 935 NE RNE 29th 0.045 31.229 -27.077 1.00 28.06 41 ATSN 4936 OS RNE 29th 0.282 30. ZVZ-20.30? 1-90 26.67 H1 ATSM 4 937 0ϋ1 RNE 29th -0.550 30.630 -29.436 ] .00 28.66 H1 ATON 4 938 C 02 1’s NOT 28 1.001 29.311 -20.327 1.00 27.57 ΗΣ ATON 4839 C £ 1 RNE 29th -0.431 29.841 -30.5 $ H 1.00 29.40 H1 ATON 4 940 CE2 RNE 29th 1.205 20.510 -29.442 1.00 27.25 H1 dton 4941 CE RNE 29th 0.452 28.770 -30.560 1.00 28.48 H1 ATOM 4842 WITH GNE 29th - 1.260 29-506 “25.851 1.00 28.91 H1 ATON 4943 ABOUT RNE 29th -1.093 28.653 -26.603 1.00 Sep 31 L1 ATOM 49 "1 N Yen thirty -O. $ 6 £ 29.226 -24.755 1.00 27.90 111 DTOM 494 $ CA 5EN thirty -0.390 27.049 -24.311 1.00 29.14 M1 ATON 4946 NE Ϊ8Η thirty 0.050 27.134 -23.413 1.00 31.70 H1 DTON 494 1 SS ZEN thirty 0.601 28.470 -22.221 1.00 36-30 H1 ATON 4940 WITH ZEN thirty -1.612 27.295 -23.574 1.00?, 44 H1 ATOM 4949 ABOUT ZEN thirty -1.699 26.097 -23.340 1.00 26.60 H1 ATOM 4950 N ABA 31 -2.550 28.163 -23.227 1.00 27.53 . H1 ATOM 4851 CA ABA 31 -3.706 27.760 -22.413 1-00 21.10 H1 YTOM 4952 NE ABA 31 -4.175 20.93? '21, 500 1.00 23.65 H1 ATOM 4953 WITH ABA 31 -4.080 27.190 -23-211 1.00 27.46 H1

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ATOM 495+ about ABA 31 - $ 917 26,850 -22.633 1.00 2 $, 90 H1 ATOM 4 95.5 N TUN 32 - + .743 27,091 -2 + .527 1.00 26.48 H1 ATOM 4956 CA TUN 32 -5.86+ 26.726 -25.396 1.00 25.06 H1 a lie 4997 NE TUYA 32 -5.393 27.962 -26.132 1.00 24.51 01 DTOM 4950 Joint venture TUYA 32 -6.878 $ 29.066 -25.22 1.06 27.00 01 ATOM 4959 CO2 TUN 32 -6.062 30.146 -24.912 1.00 27.70 01 ATOM 4960 CE1 ΤΥΗ 32 -6.510 31.167 -ϊ +, 088 1.00 27.16 H1 ATOM 4961 CO2 TUK 32 -8.161 29-034 -24.881 1.00 25.53 TO! ATOM. 4962 CE2 TUYA 32 -8.616 $ 0.046 -23.857 1.CO 25.30 61 ATOI 4963 C2 TUK 32 ‘7.790 $ 1.109 -23.56+ 1.00 26.69 H1 ATOM 4964 HE thuja 32 -8.250 32-131 -22.771 1.00 28.27 P1 ATOM 4965 £ TUI 32 “5.435 25.6V8 -26.440 1.00 24.12 H1 ATOM 4966 ABOUT thuja 32  +, 377 25.601 -26.856 1.00 2 +, 09 H1 ATOM 4967 to TOUR 33 -6.471 24.917 -26.ΒΘ7 1.00 22.70 I1 ATOM 1966 0L TUYA 33 -6.348 24.241 -20.173 1.00 22.60 81 ATOM 4969 se GUK 33 -7.374 23.116 -2V, 290 1 .00 22.31 and1 ATOM 4Ts70 with thuja 33 -7 .016 21.89V -27.492 1.00 21.33 H1 ATCI + 971 CB1 TUK 33 -6.239 20.893 -28.0 + 2 1.00 20.79 H1 ATOI + 972 CE1 TUK 33 -5.686 19.78 $ -27,311 1.00 22.09 111 ATOM 4973 C 02 TUYA 33 ‘7.4 + 0 21,758 -28.173 1.00 22.16 Η1 ATOI + 974 CE2 TUK 33 -7,092 20.6 + 2 -25.429 1.00 23.42 H1 ATON + 975 C2 TUK 33 -6.311 19.859 -26.010 1.00 23.95 H1 ATOM + 976 HE TUK 33 -5.941 10.549 -25.29V 1-00 23.94 M1 ATOM + 477 WITH TUI 33 -6.554 25.244 <9.299 1-00 22.45 H1 ATON 1976 ABOUT TU in 33 -7.292 26.218 -29.155 1.00 22.76 01 ATON + 979 eleven TNR 34 -5.887 25.002 ‘30, 417 1.00 22.98 61 ATON + 98O CA TNR 34 -6.012 25.05 $ -31.532 1.00 23.60 TO] ATSN + 981 NE TNR 34 -4.650 28.190 -31.985 1.00 23.80 H1 ags " + 982 Joint venture TNR 34 -4.247 7.1. +27 -30.790 1.00 23-49 01 ATON + 903 C 02 TNR 34 -4.745 28,? 49 -30.577 1.00 22.41 41 ATON + 964 CE2 TIR 3+ - +. 185 29.227 -29.305 1-00 25.O4 I1 ATON + 965 Cez TNR 34 -5.629 29.578 -31.280 1.00 2 $ .0 $ ΗΙ ATON 4966 CP1 TKR 3+ -3.402 27.165 -29.752 1-00 24.44 NOT ATON 4967 NOT] TNR 3+ -3.347 28.240 ‘20 .900 1.00 23.72 I1 ATSN 4966 C32 tar 34 -4.442 30.495 -20.819 1.00 21.76 I1 ATSM 4969 PPE TPP 34 -5.900 30.833 ‘30 .777 1.00 21.48 111 ATOM + 990 SNZ TPP 34 -5.309 31.290 -29.587 1.00 22.95 111 AGON 4991 with TPP 34 -6.530 25.040 -32.T66 1.00 21.45 Ή1 ATSM 4992 0 TPP 34 -5.966 23.93? -33,070 1.00 21.93 K1 ATOM 4993 N AZES 35 -7.576 25.556 -33, + 20 1.00 19.00 I1 ATOM 4994 CA AZES 35 -0.355 2 +.165 -34.392 1.00 20.46 H1 ATOM 4995 NE AZES 35 -9.3 + 1 24.803 -34,021 one . 00 20.09 ΗΊ ATON 4996 SS AZES 35 -10.103 24.2K5 -32.627 1.00 23-23 H1 ATOM 4997 0E> 1 AZES 35 -10.302 23.087 -32. + 20 1.00 24-03 H1 ATON 4996 N □ 2 Anyhow 35 -10,099 35.185 -31. B50 1.00 22.85 H1 ATON 1999 WITH ABA 35 -8,236 25.315 -35.810 1.00 20.8? H1 ATOM 5906 ϋ ABA 35 -8.0 + 8 26.505 -36.019 1.00 23.0? E + 1 ATON 5601 Κ- TNR 36 -8.377 24.418 -36.782 1.00 22.36 01 ATOM 5002 ΕΑ YOU? 36 -0.702 24.001 -38.152 1.00 22.05 K1 ATCI 5С03 sv TNR 36 -7.658 21.246 -39.121 1.00 22.90 01 ATOI 5604 SY TNR 36 -6,318 24.938 -39-025 1-00 25.04 H1 ATOM 9605 C 02 TNR 36 -five. E56 26.193 -39.619 1.00 July 22 61 ATSN 5006 THIS TNR 36 -4.612 26.439 -39,234 1.00 24.03 H1 ATON 6007 CE'Z TNR 36 -6.639 27.129 -40.403 1.00 22.32 H1 ATOM 5008 From 01 TNR 36 -5.20-8 21.490 -36.370 1.00 20.33 NOT ATOM 5009 ΝΕ1 TPP 36 -4.179 25,385 -38.521 1.00 23.02 ΗΙ ATON 5010 SY2 TNR 36 -3.933 27,587 -39.706 1.00 23.0+ ΉΙ ATON 5011 saz TNR 36 “5-988 28.266 -40.021 1.00 24.79 H1 ATOM 5012 whitefish TNR 36 -4-627 28,496 -40.471 1.00 24.05 H1 ATOM 5013 with TNR 36 -10.08? 24.261 -30.517 1.00 22.80 H1 ATON 501 + ABOUT TIR 36 -10.434 23.122 -ZV.193 1.00 21.90 I1 ATON 5015 N PC 37 -10.871 25.094 -39.107 1 .00 22.71 I1 ATOM 5016 CA 1b 37 -13.244 24.773 -39.55 + 1-00 21.10 IN 1 ATSN 5017 NE NOT 3? -13.232 25.470 -30.591 1.00 22.23 H1 ATON 5016 CE2 NOT 37 -14.669 25.262 -39.039 1, 09 20 .06 H1 ATOM 5019 SBU NOT 3? -13.024 24.950 -37.171 ] .00 21.40 I1 ATOM $ 026 001 NOT .37 -13.704 25.776 -36.102 1.09 20.52 I1 ATOM 5021 WITH NOT 37 -12-4 + 5 25-310 -40.966 1.00 23x40 H1 ATSN 5022 ABOUT Ι1Έ 37 -11x961 26.395 -41.295 1.00 23.50 H1 ATSN 5023 TO ABC ST -13.134 24,571 -41.827 1.00 22.17 H1 ATSN 5024 CA Battery ST -13.417 25,328 -43,151 1.00 23-38 H1 ATSN 5025 NE ANS 36 -12-680 24,326 -44.237 1-00 22.10 H1 ATSN 5026 SS ICE 36 ‘13 -11-3 22 .880 -44.372 1.00 24-22 . H1 ATSN 502 7 with ANS 36 -12,272 22.17+ -45.418 1.00 23.06 H1 ATON 5026 NOT LNAS 36 -12,792 20.640 -45.694 1-00 23.01 H1 ATSN 502 9 cg bottom 36 -12.203 20.000 -46.587 1.00 22.72 n1

ϊ Ω Ω Ω Ω ΐ Ο ί'Ί Π Π Ω and Γ; Ζ ο Ο Ω η Π 3 Ω; Ί Π Ω η Ω η ± ο Ω! =: Th Ω ГI ¢ 1 3 Π ·; Ί Π ιΊ Ζ Π Ω Ω Ω Ω Ω Ω Ε ύ Λ ο ο Ω Ο Ω Ω ιΊ Ω Π Ζ Ω О О Π ϋ Ω β Ω Π · Ω ϊί о

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ATOM 5030 YB1 Forehead 39 -11.212 20.33? -47.310 1.00 16-07 ΗΙ ATOM 5031 yv g ABC ST -12.875 18.832 -46.782 1.00 20-60 H1 ltlm 503? WITH AB0 ST -14.906 25.185 -43,469 1-00 23.8V H1 ATOM 5033 0 two ST -15.72С 24.482 -42.063 1.00 23.7? H1 ATOM 503 + N SY 39 -15.256 26.055 -4 +, 411 1.00 24.72 H1 ATOM 5035 SD SY 39 -16.638 26.222 -44.029 1.00 24.67 81 ATOM 5036 NE sy 39 -17.224 27.609 -44,238 1.00 25.79 n1 ATOM 503? SS sy 39 -19.684 27-793 -44.635 1.00 27.90 I1 ATOM 5030 CE> Sy 39 -19.319 $ 28.08 -43.757 1.00 29.2 $ 81 ATON 5039 OE1 sy 39 -10.7 * 0 29.966 -43.633 1.00 32.06 H1 ATOM 504 0 KE2 sy 39 20-447 23.545 -43.141 1-CO 20.05 81 ATON 5041 WITH Sy 39 -16.690 26.288 -46.3 * 5 1.00 2 $ .97 81 ATSM S> +2 0 0Y1 39 -16.266 27,270 -46.947 1.00 25.21 81 ATOM 5043 N RNO 40 -17.213 25.233 -46,901 1.00 26.39 91 ATON 504 4 with RNO 40 -17,750 24.017 ’4 $ .54 $ 1.00 20.52 H1 ATSM 504 5 CA RNO 40 -17.377 25.213 -48,433 1.00 29.0V 91 ATOM 504 6 NE RNO 43 -17.779 23.760 -48.731 1.00 2? , 66 81 ATSM 5047 SS RNO 40  10.437 23,304 -47.485 1.00 2 V. 54 81 ATOM 5048 WITH 1’yo 40 -19.4 + * 26,219 -48.936 1.00 32.62 H] ATSM 504 9 □ Ryo 40 -19.359 26.516 -48.061 1.00 32.10 H1 ATOM 5050 N RGVD 41 18,345 26,765 -50.053 1.00 36.38 H1 DTOM $ 051 With RIO 41 -17,406 26.340 -51.105 1.00 37.35 H1 ATOM $ o $ g CA RVO 41 -19,204 2? , 072 -50.494 1.00 37.76 H1 DTOM $ 053 NE ₽ 41 -18.839 20.044 -51.969 1-00 39.57 H1 ATSM 5054 SS RKO 41 -17.449 27.484 52.074 1.00 40.10 H1 ATSM 5055 WITH ? to 41 -20.687 27.568 -50.307 1.00 38.36 H1 ATOM 5056 0 gya 41 -21.165 26.810 -50.704 1.00 37.50 H1 ATON 5057 N SUE 42 -21.4 06 28.497 -49.682 1.00 40.85 I1 ATON $ 058 CA SUE 42 -Ϊ2. $ 3ί 38.332 -49.499 1.00 43.07 H1 ATON 5059 WITH her? 42 -23.237 27.130 -48.653 1.00 44.0? Ηΐ ATON 506 () ABOUT Yt four? -24, 360 26.65? -48.727 1.00 44.58 H1 ETON 5061 N Bw 43 -22.29? 26.634 -47. B42 1.00 42.7 $ H1 ATSN 506Ϊ CA Bw 43 -22.551 25.440 “47.0 + 6 1-00 41.78 H1 ATON 5063 NE Bw 43 -21.770 24.254 -47.627 1-00 44.21 81 ATON. 5064 se Bw 43 -22.140 23.962 -49.074 1.00 46.96 H1 DTON 5065 with Bw 43 -22.254 22.460 -49.324 1.00 51.38 81 ATOM 5066 CE Bw 43 -23.015 22-187 -50.617 1.00 54.57 81 ATOM 5067 ΝΖ Bw 43 -22.406 22-086 -51.704 1.00 54.57 81 ATOM 5069 WITH E. UV 43 -22.171 25.647 -45.5E0 1.00 37.71 81 ATOM 5069 WITH Bw 43 -2] .089 26-766 -45.17 $ 1.00 40.41 81 ATOM 5070 Ή SUE 44 -22-160 24.56? -44.E23 1.00 32.46 81 ATOM 5071 CA SUE 44 21.927 24,654 -43.393 1.00 2V .V * H1 ATOM 5072 WITH going 44 20.473 24.575 -42.949 1 .00 26.33 81 DTON 5073 but SUE 44 -19.5 / 0 25.015 -43. 654 1.00 2V .70 81 ATOM 5074 n BE0 45 -20,251 24.004 -41.770 1.00 2 $, 3? H1 DTON 5079 CA T.EP 45 -10.930 24.020 -41.139 1, 00 2 *. "five H1 ATOM 5076 se Bw 45 -19, 024 24.701 -39.766 1.00 23.45 81 DTON 5677 with THEO 45 -19.498 26.154 -39.752 1.00 24.17 H1 ATON 507 0 CP1 Bw 45 -19.692 26.636 -38.323 1.00 20.49 H1 ATOM 5079 CO2 Bw 45 -18.471 27.912 -40. + 74 2.00 23.06 H1 ATOM 5080 with B1 = 45 -18.379 $ 22.616 -40.96 1.00 22.9V H1 ATSM 5081 0 LEU 45 -19.101 21.609 -40,600 Ϊ .00 21.-96 H1 ATSM 5082 X si 49 -17.081 22.475 -41.208 1.00 22.29 H1 ATOM 5093 CA si 46 -16.397 23.19-9 -41.044 1.00 22.11 E31 ATOM 50B4 sv her 46 -16.060 20.609 -42.416 1.00 July 21 H1 ATSM 509 5 se Yen 46 -15,392 19.253 -42.342 1.00 23.85 41 ATOM 5096 with B'3 46 -15.117 10,646 -43.711 1.00 26.12 H1 ATOM 5ΛΒ7 OE) BY1 46 -15.068 19.390 -44.714 1.00 25.34 81 ATON $ 098 OE2 Y1D1 46 -14,947 17,414 -43.773 1-00 28-37 H1 DTON $ 00 9 with 51L 46 -15.112 21.411 “40.245 1.00 22.69 H1 ATSN $ 090 0 ECT 46 -14,246 22.1V8 -40.643 1.00 22.B5 81 ATOM $ 091 N TKR 47 -14.994 20.727 -39.113 1.00 23.32 H1 ATON $ 09? CA TV in 47 -13.930 20.853 -30..271 1.00 24.50 H1 ATOM $ 093 sv TKR 47 -14.124 20.356 -36.862 1.00 23.93 I1 DTOM $ 094 Si TKR 47 -12.985 20.45? -35,899 1.00 23.86 H1 ATOM 5095 CO2 TKR 47 -12.225 19.369 -35.357 1.00 23.15 81 ATON 5096 Cez TKR 47 -11.346 19-912 -34,401 1.00 22.05 H1 ATOM 5097 Cez TKR 47 -12.209 17.9 * 6 -35.584 1 .00 22.33 H1 ATOM 5099 St.: TKR 47 - 12.536 21.5 * 6 -35.276 1.00 23.05 81 ATOM 5099 not; TKR 47 - 31,555 21.268 -34.373 1.00 23.2) 81 ATOM 5100 C22 TYR 47 -10.461 19.124 -33.665 1 .00 20.75 81 ATOM 5J1 SHCHZ trp four? -11.326 37.200 -34. B52 1-00 20.37 81 ATOM 5102 CH 2 TNR four? -10.48? 17,774 -33.903 1.00 23.70 . H1 ATOM 5103 WITH TNR 47 -12.687 2C.020 -38.872 1-00 24.5Θ 81 ATOM 5104 0 TNR four' -12.877 10.049 -39.176 1.00 23.77 H1 ATON 5105 N 1b 40 -11.519 20.626 “39.042 1.00 24.78 H1

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ΑΤΟΗ 5106 CA P-E 48 -10.389 19.929 -39. 6 * 7 1.00 24.00 H1 ATOM 5107 NE 1b 48 -9.526 20.913 -40.401 1-00 24.53 H1 DTsN 5105 002 1b 48 -B.285 20.196 -41.030 1.00 24.01 H1 ATOM 5109 CC1 ΙΕΕ 48 10.383 21.502 -41.611 1.00 23. * 1 H1 ATON 5110 ΟΌ1 NOT 48 -9.B9V 22,583 -42,429 1.00 24.34 U ATPN 5111 0 1BU 48 -9.5311 19.259 -38.575 1.00 23.0 * "one ATON 5112 □ 1b 48 -9.18; 10 .both -38.683 1.00 21.34 $ 1 ATON 5113 N ίϊι, γ 49 -9.207 28.011 -37.52V 1.00 22.63 H1 ATOM 5114 CA eat 49 -8,307 19.476 -36.459 2.00 23.49 H1 ATOM 5115 WITH SBU 49 -7.929 20.562 -35.502 1.oo $ 2, $ 6 H1 ATSN 511 6 ABOUT 61, Υ 49 -8.258 21.733 -35.679 1.00 23.27 H1 ATOM 5117 n these 50 -7.166 20.164 -34.490 7.00 22.34 H1 ATOM 5118 CA si 50 -6.673 21.078 -33.469 1.00 23.19 H1 ATON 5119 NE n 50 -7.577 21,023 -32.234 1.00 23.22 p: 1 ATON 5120 SS st 50 -7.510 19.67l -31.530 1.00 20.57 H1 ltayn 5121 Sat 6Sh 50 -8-512 19.538 -30.396 1.00 23.80 H1 ATON 5122 OE1 yyo 50 -9-378 50,428 -30.251 1..00 22.80 H1 ATOK 5123 CE2 01. (1 56 -8.438 18.53'3 -29.656 1.00 30.61 Yu ATOM 512 * WITH 0bc 50 -5-257 20,664 -33.053 1.00 25-41 H1 ATON 5126 ABOUT st 50 -4.799 19.559 33.349 1.00 26.68 H1 ATON 5126 N 1BU 51 -4.577 21.549 -32.340 1.00 25.24 H1 ATOM 5127 CA 1BU 51 -3.275 21.223 -31, 78 (1 1-00 25.42 H1 AGOM 5128 NE 1BU 51 -2.151 21.625 -32.768 1.00 Ζ5.30 n1 AGOM 5129 CC2 1b 51 -2.110 23.1 * 5 -32-919 1.00 20.77 I1 AGOM 5130 SOA 1BV 51 0.805 21,091 -32.208 1.00 25.23 t ATOM 5131 siz 1 y 51 0.268 21.133 -33.364 1.00 26.63 Ή1 ATOM 5132 with G her 51 -3.150 22.023 -30.492 1.00 05.09 H1 ATOM 5133 ABOUT P, E 51 -3.946 23.019 -30.318 1.00 25.01 H1 ATOM 5134 N AZES 52 -2.294 21.585 -29.575 1.00 27.77 H1 ATOM 5135 CA ASY 52 -1.924 22.442 -2B.456 1.00 78.51 H1 ATOM 5136 C0 AZES 52 -2.366 21.820 -27.11? 1.00 31.30 H1 ATOM 5137 With AZES 52 -1.642 20.539 “26.785 1 .00 33 .23 H1 ATOM 5138 051 AZES 52 -0.514 20.30? -27,221 1.00 37.24 H1 ATOM 5139 NB2 A £ S 52 -2.29 * 19.689 -25,999 1.00 34.97 H1 ATON 5140 WITH AIN 52 -Oh * 23 $ 2.706 -28.463 1 .00 29.67 111 ATON 514 1 0 AND YOU 92 0, 293 22.205 -29.327 1 .00 29.70 n! ATON 5142 N ΗΙΞ 53 0,0 * 7 23.497 -27.505 1 .00 30.05 H1 ATOM 5143 CA H1 $ 53 1.393 24.059 -27.565 1.00 3 * .02 H1 ATOM 5144 With NT5 53 1,597 25.05V -26.431 1x00 36.59 H1 ATOM 5 1 * 5 SS NTV 53 1.57 4 24.427 -25.077 1.00 41.39 H1 ATOM 534 6 CO? CT5 53 0.542 24.090 -24.26V 1 -00 42.73 H1 ATON 5147 I01 ΗΙ5 53 2.719 24.025 -24.425 1.00 44.09 H1 ATOM 5148 CE1 ΗΙ5 53 2.393 23.465 -23.273 5.00 43.74 "one ATOM 5149 not g ΗΙ5 53 1.077 23.492 -23.154 1. (10 44.7? nz ATSN 5350 with H18 53 2.473 22.990 -27.475 1.00 34.37 KZ ATOM 51 η H13 5 7 3.621 23.241 -27.819  and n. 1l 2 and H1 ATOM 5152 N Yaw 54 2.115 21.885 -26.999 1.00 34.1? E1 ATOM 5153 CA ZEK 54 3.103 20.752 -26.852 1.00 34.95 ΗΙ ATON 5154 NE BEN 54 2.728 19. $ 19 -25,703 1.00 37.13 K1 ATON 515 5 OS VEN 54 one . 673 18.955 -26.090 1.00 44.66 H1 ATON 9156 with Vei 54 3.207 19.960 -28,140 1.00 35. <17 111 ATON 5157 with Bike 54 4.033 19.050 -2V.255 1.00 37.27 H1 ATSN 5158 N Syu 5 $ 2,360 20.291 -29.110 1.00 33-32 NT ATOM 5159 CA ΟΙ.Υ 55 2.456 19.646 “30.407 1.00 33.10 Ή1 ATON 5160 WITH <5b ¥ 55 1.537 18.459 -30.649 1.00 30.70 H1 ATON 5161 ABOUT SBU 55 1.519 17.913 -31.744 1.0 (1 31, 90 H1 ATON 5162 and ABC 56 0.770 18.047 -29.647 1.00 31.34 H1 ATOM 5163 CA ABC 56 -0.181 16.959 -29.860 1.00 31.52 H1 ATOM 5164 NE ARS 56 -0.674 16.399 -20.520 1.00 33.02 H1 ATOM 5165 SS ABC 56 -1.671 15.245 -28.67 $ 1.00 39.22 H1 ATOM 5166 Mr. ABC 56 -1.044 14.420 -27.393 1.00 41.40 H1 ATOM 5167 ΜΞ ABC 56 “2.180 15.260 -26.239 1.60 44.28 H1 ATOM 5168 02 ABC 56 -3.363 15.058 -26.069 1.00 45.93 I1 ATOM 5 1 69 ΝΗ1 ABE 56 -4.318 15.722 -26.9BZ 1 .00 45.10 H1 ATOM 5170 N02 ABC 56 “3.56 * 16.50 "-Ζ4.9Β0 1.00 46.47 t ATOM 5171 WITH bottom 56 -1,336 17.427 -30.702 1.00 29.42 H1 ATOM 5172 ϋ Ale $ 6 -1.061 10.544 -30.547 1 .00 29.24 H1 ATON 5173 N TNV 57 -1.844 16.560 -31.590 1.00 27. "6 H1 ATON 5174 CA TNV $ 7 -2,908 16,912 -32.510 1, 00 25.03 H1 ATON S75 NE TNV 57 -2.401 16x915 3.3.974 1.00 26.99 H1 ATOM 5176 <301 TNV five" -1.BC6 15.64 6 -34.2 67 1.00 28.13 H1 ATON 5377 CC2 TNV 57 -1.304 1B.032 -34.194 1.00 24.99 H1 ATOM 517V WITH TNV $ 7 -4.097 15.956 -32.442 1.00 27.51 . H1 ATOM 5179 ABOUT TNV 57 -3.968 H-814 -31.990 3.00 24.3V H1 ATOM 5180 L ABP 58 -5.252 16.4 * 7 -32.082 1.00 26.49 111 ATON 5181 CA AEP 58 -6.422 15.60-6 -33.141 1.00 26.22

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ATON 5192 08 AZR 59 7.491 15.830 -32.064 1.30 26.19 H1 AGON 5193 Sat NDP $ 0 -6.973 $ 15.50 -ZO.655 1.00 25.96 H1 AGON 518 * 001 AZR 56 -6.604 14,436 -30.349 1.00 28.5V K1 ATOI 510 $ S> 2 AZR $ 8 -6.941 16, $ 38 -29.349 1.00 25.89 H1 ATON 5106 WITH AZR 58 -6.985 16.012 -34.506 1.00 25.72 81 ATON 51V? 0 AIR 50 -7.107 17,200 -34.7 $ 5 1.00 24.91 [eleven ATON 5109 N TUN 59 -7.326 15.035 -35.359 1.00 25.29 u ATON 5109 CA TUN 59 -7.818 15.326 -36.681 1.00 25.5 $ H1 ATON 5190 NE TUK 59 -6.8V2 14.7 * 0 -37.743 1.00 24.54 H1 ATON 5191 Sat TUYA 59 -B. 476 15.296 -37.709 1.00 27.1'1 H1 ATOM 5192 Οϋΐ TUYA 59 -5.247 16.65-3 - 37.327 1.00 25.11 H1 ATOI 5193 CE1 TUN 59 -3.971 17.167 -37.762 1.00 28.63 K1 ATON 519 * CP2 knock 59 -4.378 14,458 -37,550 1.00 28.77 H1 ATSM 5195 Cez tun 59 -2.091 14-966 -37.5U 1.00 29.01 Y1 ATOM 5196 Sz TUN 5 $ -2.89 $ 16.32 * -37.622 1.00 28.2V H1 ATON 5197 HE TUN $ 9 -1.634 16.855 -37.546 1.00 29.69 IN 1 ATON 5198 WITH TUN 59 -9.217 14.77 * -36.912 1.00 2 6.93 H1 ATON 5199 0 TUN 59 -9.610 13,775 -36.306 $ 1.00 2 .5 * H1 ATON 5290 N AYA 60 -9.960 15.435 -37.79 $ 1.00 25-64 w ATON 5291 CA AYA 60 11.1B0 14.066 -38.339 1.00 27-YO "one ATON 5202 NE AYA 60 -11.924 15.908 -39-193 1.00 27, & T H1 ATON 5203 Sat share 60 -13-29 $ 15.439 -39-636 1.00 29.92 E1 ATON 5204 ORT LZN 60 -13.552 14.2 * 2 -39.734 1.00 27.12 H1 ATON 5205 ΝΡ2 jia 60 -1 * - 191 16,398 -39.906 1.00 27.79 K1 ATOM 6206 WITH A5YA 60 -10.766 13.6Θ2 -39.211 1.00 28.06 H1 ATOM $ 207 0 AYA 60 -E.900 13, B15 -40.076 1.00 26.75 [eleven ATON $ 203 N ΡΗΰ 61 -11.303 12.509 -38.9 $ 0 1.00 26.60 "one ATCI $ 209 With Ε'Ηΰ 61 -12.37 $ 12.272 -37.929 1.00 29.36 ATSN 5210 CA PH0 61 -eleven . 10.3 11.2V8 -39.750 1,60 26.67 nt ATON 527 1 NE Nuclear weapons 61  12.156 10.300 -39.2 * 3 1-00 30.97 H1 ATON 5212 ss YARO 61 12,471 10,774 -37.870 1.00 31.87 81 ATOM 5213 with RVO 61 -11.199 11.409 -41.254 1.00 2 9. * 9 H1 ATOM 5214 0 Nuclear weapons 61 -10.50 $ 10.330 -42.016 1.00 30.22 H1 ATSN 5215 N Yen 62 -12-064 12,402 -41.682 1.00 29.86 81 ATOM 5216 CA ZEN 62 -12.310 12.593 -43.105 1.00 30.5 $ K1 ATOM 5217 NE ZEN 62 -13.540 13.472 -43.307 1.00 30.58 B ATSM 5218 SY Yen 62 -13.203 14.705 -42.054 1.00 31.57 and! ATOM 5213 WITH Yen 62 -11.117 13.242 -43.799 1.00 31.98 H1 ATOM $ 220 □ Yen 62 -11.054 13.200 -45.020 1.00 32-06 H1 ATOM 5221 I Y50 63 -10.1Θ0 13.763 43.010 1.00 30.93 H1 ATON 5222 CA yi 63 -9.03 $ 14.4J9 -43. $$ 0 1.00 31.13 H1 ATSM $ 22 3 NE boo 63 • 9.206 15.9V7 -43.293 1.00 29.01 nz ATON $ 224 Sat jeo 63 -10.329 16.656 -44.09 £ 1.00 31.66 H1 ATON $ 225 With EE1 jeo 63  10.593 18.04 * -43-53 $ 1.00 26.33 H1 ATSN 5226 C 02 Bj! 3 63 9-939 16.731 -45.575 1.00 28.56 K1 ATON 5227 WITH Bw 63 -7.703 14.006 -42.980 1-00 30. * 9 H1 ATOM 5223 WITH Bw 63 -6-6 * 0 14.435 -43.451 1.00 30.14 H1 ATON $ 229 I Ι.Ϊ5- 6 * -7.77 $ 13,133 -41,989 1.00 30.11 H1 ATSN 5230 CA Bw 64 -6.602 12,670 -41.257 1.00 32.57 IN 1 ATOM 5231 NE Bw 64 -7.007 11.51 * -40.337 1.00 3 6.83 111 ATOM 5232 SS Bw 64 -5.877 10.92 * -39.511 1.00 40.28 H1 ATON 5233 With Bw 64 -6.34 $ 9.706 -38.706 1.00 * 4.40 H1 ATON $ 234 CE Bw 64 -6.817 10.078 -37.290 1.00 46.41 41 ATCI $ 235 YE Bw 64 8.133 10.801 -37.258 1.00 46-62 of ATOM 5236 WITH b 64 -5.443 12.229 -42.153 1-06 34.71 K1 ATON $ 237 0 Bw 64 -4.2V2 12.50 * -41.051 1-00 34.00 "one ATON $ 236 n VEN 65 • 5.753 11.547 -43.25 * 1.0O 35.63 H1 ATON 5239 SD VEN 6 $ -4.709 10.976 - ** .099 1 - 00 38.29 H1 ATON $ 2 * 0 sv Yen 6 $ • 5-299 9.92 * -45.0 * 3 1.00 39.24 H1 ATON 52 * 1 OS ZEN 65 -6-002 $ 10.52 -46.065 1.00 44.72 H1 ATON 52 * 2 with ZEN 65 -3.961 12,035 -4 * .916 1.00 39.01 H1 ATOM 52 * 3 0 ZEN 65 -2.842 11,793 -45.370 1.00 39.10 H1 ATOM 52 * 4 I Battery 6 $ -4.573 13.20 * -45.089 1.00 37.26 n1 ATSN 52 * 5 CA Battery 60 -3.992 1 * .240 -45.937 1.00 35.64 H1 ATOM 52 * 6 sv Battery 66 -5.013 14.691 -46.983 1.00 34.32 H1 ATON 52 * 7 se ANAB 66 -5.552 13. $ 75 -47.Θ66 1.00 35.93 C 1 ATOM $ 248 With ANAB 66 -6.867 13.993 -48.513 1-06 35-14 K1 ATSN 52 * 9 ΝΕ Battery 66 -6.6V9 15.24 * -49.224 1-00 34.0 * 41 ATOM $ 250 cg ANAB 66 -7.634 16.105 -49.375 1-00 32.60 H1 ATON 5291 ΝΗ1 Liy 66 -8.833 16.046 -48.067 1-00 24.5 * H1 ATON $ 252 un 2 ARB 66 -7.296 17.205 -50.0 * 0 1.00 30.65 H1 ATSN 52 $ 3 with Battery 66 -3.49 $ 15.462 -45.157 1.00 35.29 K1 ATON 5254 0 Dyb 6b -2.J10 16,320 -45.713 1.00 36.20 . H1 ATON 52 $ 5 I UAY 67 -3-J48 15, $ 49 -43,818 1.00 33.06 EE1 ATOM 5256 CA UAY 67 -3.603 16.787 -43.132 1.00 32.98 81 ATON 5257 sv UAY 67 -4-944 17,169 -42.3 * 7 1.00 34.24 P1

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ATON 5259 CC1 UAE 6? -4.725 19.471 -41.600 1.00 36.90 H1 with ATOM 5259 CC2 UAE 67 -6.107 17.326 -43,297 1.00 06.06 H1 with ATSM 5260 R UAY 07 -2.511 16.725 -42.137 1.00 30-39 111 with ATOM 5261 with UAY 6? -2,260 15.693 -41.525 1.08 29.13 H1 with ATSN 5262 and TNN 09 -1.024 17.847 -41.978 1-00 29.72 H1 N ATOM 5253 CA TIN 69 0.990 18.021 -40.078 1.08 31.21 H1 with ATSM 5254 NE type of 09 0.581 17.960 -41.333 1-00 32.80 H1 with ATSM 5265 KN TIN 69 0-773 16.575 -41.91? 1-00 36.07 H1 ABOUT ATOM 5266 SB2 Transnational corporation 69 1-521 18.003 + 40.141 1.00 33.68 H1 with ATSM 526? WITH Transnational corporation 69 -1.06? 19-413 -40,291 1.00 31.32 H1 with ATOM 5268 ABOUT tn 69 -1.042 20.420 -41.011 1.00 31.21 H1 with ATON 5269 N IE 69 -1.255 19.4 66 -30.900 1.00 27.82 H1 N ATSN 5270 CA IE 69 -1.200 20.733 -30.274 1.00 11/26 H1 with ATSN 5271 NE NOT 69 -2.549 20.844 -37.404 1.00 22.58 H1 with ATSN $ 272 sez 1b 69 -2.490 22.OV0 -36.539 1.00 21-71 H1 with ATSN 5273 C51 £ b 69 -3.706 20.862 30.309 1.00 12/22 H1 with ATSN 527 4 ΙΖΟ1 zk 69 +5.131 Ϊ0.739 +37.559 1.00 06/19 H1 with ATSM 527 5 with 1b 69 +0.034 20.796 -37.399 1.00 26.90 H1 with ATSN 5216 ABOUT ΙΕΕ 69 0-344 ] 9. ate -36-76.3 1.00 26.17 H1 ABOUT ATSN 5277 and BEN 70 0.620 21.95C -31,386 1.00 26.96 H1 N ATSN 52 78 CA BEV 70 1.025 22.112 -36.590 1.00 29.41 H1 with ATSN 527 9 NE BEN 70 3.065 22.002 -37.490 1.00 29.33 H1 with ATON 5290 OS BEN 70 2.970 23.059 -Z.508 1.08 34.88 I1 ABOUT ATON 5291 with BAY 70 1,753 23.419 -35.029 1.00 29.15 H1 with ATON 5292 about BAY 70 0.991 24.257 -36.096 1.08 29-52 M ( ABOUT ATSM 5293 n UAY 71 2.647 23.500 -34.064 1.00 30-15 H1 I ATOM 5294 CA UD 6 71 2.617 24-776 + 34-029 1.00 30.65 H1 with ATOM 5265 NE UDE 71 1.970 2 ".4 61 -32.65.3 1.00 30,44 H1 with ATOM 5296 CC1 UDE ?one 2.819 23.450 -31.900 1.00 28.16 H1 with ATON 5297 CC2 UD ;. 71 1,904 25-744 -31.04? ], 00 32.12 H1 with ATON 529B with UDE AND 4.026 25.320 -33.013 1.00 31.95 H1 with ATON 5239 ABOUT UDE 71 4,994 2 4,564 -33,722 1.00 30.74 H1 ABOUT ATOM 529ϋ I AEP 72 4.134 26.539 -33.743 1.00 33.49 H1 N ATON 5291 CA AIR 7? 5.392 27.299 -33.405 1.00 35.48 H1 with ATOM 529? NE DER 72 5.976 28.143 -34.562 1-00 38-44 I1 with ATOM 5293 Sat AIR 72 7.231 28.814 -34.310 1.00 40-69 H1 with ATOM 529 * 001 A $ ₽ 72 7.609 28.903 -33.131 1.00 41-96 H1 with ATOM 5295 SJ2 AIR 72 7.86B 29.252 35.279 1.00 43-43 H1 ABOUT ATOM 5296 WITH AIR 72 5-139 28.165 -32-107 1.00 35.14 H1 with ATOM 5297 0 AIR 72 4.727 29.317 +32.316 1.00 33-42 H1 WITH ATOM 5290 n TIR 73 5.376 27-614 +31 .002 1.00 36.66 H1 s ATOM 5/99 sa TNR 7 3 5.012 28.306 -29.774 1-00 40.27 H1 with ATOM 5300 sv TNR 73 5.159 27,390 -20.545 1.00 41.47 H1 with ATOM 530; 0 (3] shooting gallery 73 £ .539 27-065 -28.350 1-00 44.90 H1 with ATOM 5302 ss? TNR 73 4.360 26.103 -28.740 1.00 38.24 H1 with ATON 5303 with TNR 73 5.877 29,541 -29,569 1.00 40.62 H1 with ATOM 5304 0 TNR 73 5.410 30.547 -29.039 1.00 41.80 H1 ABOUT ATOM 5305 m Yaw 7 4 7,133 29,475 -29,998 1.00 41.71 H1 N ATOM 5306 CA BEN 74 8.024 30.617 -29.033 1.00 42.42 H1 with ATOM 5307 NE BAY 74 9.418 30.313 - 30.403 1.00 42.23 H1 with ATOM 5309 ABOUT BEN 74 9.455 30.467 -31.011 1.00 45.59 H1 about ATOM 5309 WITH BAY 74 7.423 31.820 -30.542 1.00 41.31 C 1 with ATOM 5310 about BEV 74 7.602 32.959 -.30.111 1.00 43-56 U 0 ATOM 5311 N ΣΥΒ 75 6.692 31.562 +31.622 1.00 40-07 H1 M ATOM 5312 CA YUB 75 6.001 32.635 + 32-402 1.00 37.23 H1 with ATOM 5313 sv 1st 75 6.203 32.301 -33-094 1-00 40.70 H1 with ATOM 5314 SS EYE 7 5 7-640 32-706 -34-430 1.00 42.41 H1 with ATOM 5315 With Ι.Υ5 15 7.552 33.046 -35-925 1.00 45.61 H1 with ATOM 5316 CE Bw 75 8.933 33,131 -36.550 1.00 48.70 H1 with ATON 5317 N2 Bw 75 9.706 33,802 -36.306 1.00 49.50 H1 N ATOM 5319 WITH Bw 75 4.591 32.813 -32.129 1.00 34.20 H1 with ATOM 5319 0 Bw 75 3.955 33,725 -32.673 1.00 31.9V H1 ϋ ATOM 5320 n Bw 70 4.031 11.939 -31.298 1.00 31.53 H1 I ATOM 5321 CA Bjuz 70 2.5BZ 31.894 -31.099 1.00 30.16 H1 with ATOM 5322 00 Bw 70 2.129 33.120 -30.301 1.00 31.13 H1 with ATOM 5323 Sat 1L5 70 2.773 33.293 -28.914 1.00 32.96 H1 with ATOM 5324 OS 1U5 76 2.476 34.526 -28.236 1-00 35-35 H1 with ATOM 5325 CE ЬУЁ 70 3.315 34.711 +26.976 1.00 42-53 U with ATOM 5326 ΝΖ ΣΥΕ 76 .3.033 30.600 +29934 1 -O0 45.06 H1 N ATOM 532? WITH ΣΥ5 76 1.J67 31.830 -32.451 1-0 (1 28-30 H1 with ATOM 532Θ ABOUT Ι.Υ5 76 1-027 32.66 " +32.773 1.00 26.79 H1 ABOUT ATOM 5329 N CEM 77 2-234 10-831 -33.240 1.00 28.03 H1 N ATOM 5330 CA BEM G / 1 - 610 30,613 -34.544 1.00 30.21 . K1 with ATOM 5331 NE CEM 77 2-52 $ 33,065 -35.685 1.00 29.25 01 with ATOM 5332 ss CEM 77 2.730 32.565 -35.778 1.00 32.24 H1 with ATOM 5333 with CEM 77 3,757 32,963 -36.034 1.00 31.77 I1 with

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ATOM 5334 0E1 C-S 77 4.144 34.126 -36.922 1.00 35.7+ H1 ATsM 5 335 ΝΕ2 si 77 4.19Θ 32,002 -37,634 1.00 28.74 01 ATOM 5336 WITH s 77 1.352 29, 124 -34.630 1.00 29.69 nz ATOM 5,337 ABOUT e + 77 2.0V5 28.307 -34.119 1.00 31.81 H1 ATOM 5,338 N RNE 76 0.313 28.767 -35.417 1.00 20.53 K1 ATOM 533® CA RNE 70 0.149 27.3VB ”35.017 1.00 28.21 H1 ATOM $ 0 + 0 NE RNE 70 -0.842 26.658 -34.008 1.00 28.73 H] ATOM 5341 ss RNE 78 ‘2.240 27.230 “34.928 1.00 28.71 NZ ATSM 5342 C01 RVE 70 -3.272 2 6.4 4-1 35.469 1.00 28.6 + NZ ATSM 5343 with? RNE 73 -2. $ 31 28.452 -34,412 1-00 28.33 H1 ATSM 5344 CE1 RNE 78 ‘4. $ 60 26-920 “35,494 1.00 28.19 nz ATSM 5345 CE2 RNE 75 -3.624 58-941 -34,414 1.00 05/28 H1 ATOM 5346 C2 RNE 7 $ -4.644 2®, 117 -34,978 1.00 27.78 NZ ATSM 5347 WITH RNE 78 -0.291 27.334 -37,267 1.00 26.74 H1 ATCI 534V ABOUT RNE 78 -0.746 28.329 -37.020 1.00 2 6.40 in 1 DTOI 5343 N 5 HER 79 -0.121 26.173 E7.B84 1.00 26.74 H1 ATOM $ 050 CA BEN 79 -0.190 26.058 -39.332 1.00 28.66 Η1 ATSN $ 351 sv ZEK 79 1.217 25.906 -39.911 1.00 26-9 + nz ATSN $ Er $ 2 05 BEN 79 1.991 27.059  39.670 1.00 37.18 EC1 ATON $ 353 WITH BER 79 -1.019 24.857 -39.751 1-00 27.22 NZ ATSN 5354 ABOUT BEN 79 - 1 -1 98 $ 23.91 “30,902 1.00 28.89 nz ATOM 5355 I LIE IN -1.4 92 24,899 -40,308 1.00 28.24 01 ATON 5356 CA LIE IN -2.221 23.797 -41.595 1.00 28.21 Η1 ATOM 5357 NE yee Θ0 -3.657 24.228 -41.073 1.00 27.82 K1 ATSM 535V se YEI in -4.499 23.249 -42.63 9 1.00 29.21 B1 ATON 5359 £ □ 1 YEI 00 -4.684 21.959 -41.906 1.00 25.31 H1 ATOM 5363 Joint venture? 1.1511 00 -5.843 23.8B8 -43,000 1-00 ? 9.01 NZ ATOM 53 in; with LIE 00  1.560 23.3Β3 -42.910 1.00 29.3 + H1 ATOM 5362 ABOUT Bw in 1-203 24,? 24 -13,? 64 1.00 29.99 nz ATON 5363 n Bw 81 -1.315 22,000 -43,072 1-00 30.34 Είΐ ATOM 5364 CA Bw b -Oh, $ 9 2 21.5 + 3 -44.372 1.00 32.50 NZ ATON 53 65 sv Bub 81 0.433 20,800 -44,315 1.00 36. + 2 nz ATON 5366 ss Bw IN 1 1.5Θ5 21.867 -44.454 1.00 43.74 KZ ATOM 5367 with Bw 01 2.892 21,145 -44.738 1.00 47.76 nz by mouth 53 6V se Bw 01 3.901 22.096 -45.405 1.00 4 $ .B1 nz ATOM 5369 Bw 01 3.752 23.471 -44.359 1.00 49.14 1! 1 ATOM 5070 with Bw 01 -1.970 20.514 -4 + .030 1.00 3?, 1st 01 ATOM 5371 about Bw 01 2.2Θ6 19.563 44.102 1.00 32. + 7 H1 ATOM $ 37? n Bw 02 -2.4 93 20.694 -46.0 + 1 1 - Oh 31,45 nz ATOM 5373 CA LIE 02 -3.308 19.708 “46.6 + 2 1.00 31.7 + of ATOM 5374 sv Bw 02 -4.77? 20.32? ““ 6,053 1.00 29.16 H1 ATOM 537 $ with Bw 02 -5.901 19.419 -47.371 1.00 29.44 NZ ATOM 5376 CP1 Bw 02 - 6 -17? 1 V,? $$ “46.380 1.00 26.17 nz ATOM a:; '/ y Wed? Bw 82 -7.163 20.251 -17.579 1.00 04/27 nz ATOM 5378 with Bw 02 -2.81 $ 19,252 -17.9V0 1.00 31.38 nz ATON 5379 ABOUT Ι.Ε15 AT? -2.719 20.049 -40.913 ΐ .oo 30.59 nz ATOM 5383 l AZN 08 -2,439 17.9? 6 -40,068 1.00 33.35 KZ ATON 5381 CA Α5ΪΙ 03 -1-86? 17-403 -19,294 1.00 3+ .64 nz ATOM 5382 sv Gas station 03 -1.143 16,079 -18.999 1.00 37.82 of ATOM 5383 ss Ά5Κ az -0.053 16.223 -47.975 1.00 43.06 111 ATON 5384 op-1 AYOK az 0.637 17.244 -47.924 1.00 45.32 n1 ATOM 5385 N02 AYOK az 0.114 15.193 - 47.1 + 1 1.00 42.01 K1 ATOM 5386 with AIN az -2.907 17.112 -50.368 1.00 3 + .00 IN 1 ATOM 5387 about LINEN az -4.092 16.91'7 “50.066 1.00 31.80 n1 ATOM $ 380 to ZEK 84 -2.437 17.067 ”51.616 ] .00 $ 32-9 nz ATOM 5389 sd BAY 84 '3.175 $ 16.48 -52,733 1.00 33-51 of ATOM 5390 sv ZEN 0+ -3-226 14,963 - $ g. 59b 1.00 33.13 nz ATOM 5391 05 BAY 04 -1.930 14-422 -52.419 1-00 37.34 IN 1 ATOM 5392 with ZEN 04 -4.59+ 17, OP -5ί, B + 8 ΐ, ΰο 32.10 nz ATOM 5393 ABOUT BEN 04 -5.544 16?? $ -57,918 1.00 32. + 5 K1 A'GON 5394 I UDD 0 $ -4,737 18.331 -52, B70 1.00 30.78 H1 ATON 5395 CA UAY 03 -6,054 18,939 -52,091 1.00 31.67 K1 ATON 5396 sv UAY 05 -5.955 20.46V -52.767 1.00 31. + 3 κι ATOM 5397 CC1 UAY 05 -5.392 20.841 -51.400 1.00 31.90 K1 ATSN 539B CC2 UAY Θ5 -5.072 01/21/9 -53.Θ69 1.00 31.67 of ATOM 5399 with UAY 05 -6.815 1B.589 ”.54.164 1.00 32.60 H1 DTOM 5400 ABOUT UAY 95 -6.214 18.241 -55.100 1.00 34.2? n * ATOM 5 + 01 to THY 06 -8.142 18.659 54.090 1-00 31-2? nz ATOM 5402 OA TNN 06 -8.995 16.603 -93.275 1.00 31-00 H1 ATOM 5403 sv THY 86 -9.725 17.249 -53-400 100 21-9® ΗΪ ATOM 5 + 04 os1 tn 06 -10.653 17.102 Ό + .316 1,0o 3+, 46 nz ATOM 5 + 0 $ with? THY 86 -8.725 16-091 -55-368 1-00 32.26 nz AGON 5406 with tin 66 -10.030 19,709 - $$,; $? 1.00 30.48 . KZ atom 5407 ABOUT TNN 06 -10.059 20.439 -54 162 1.00 01/30 nz ATSN 540V to ABA 07 -10.904 19.630 -56,150 1.00 28.60 nz ATON 5409 CA ABA 07 -1 1-891 23.908 -56.145 1.00 29.42 H1

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ATSM 5410 NE ABA AT? -12.707 20.806 -57.306 1-00 25.14 I1 ATSN 5411 WITH ABA AT 7 --2.734 20.876 -54 * 071 1.00 27.0 3 H1 ATON 5412 ABOUT ABA 87 -13.204 21.908 -54.415 1.00 29.57 01 ATSM 5413 N ABA wa 12.915 19.689 -54, ZOD 1.00 26-65 s ATSN 5411 CA ABA wa -13.753 19.515 '53, 115 1-C3 26.47 K1 ATSM $ 415 NE Ll behind -14.045 18.023 -52.007 1.00 22.Θ3 H1 ATSM $ 416 WITH DIA 00 -13.147 20.115 -51.634 1.00 27.55 H1 PBX 5417 ABOUT ΑΙΛ behind -13-Θ1a 20.204 -50,800 1.00 25.90 H1 PBX 5413 N AZ B AT 9 -11.079 20. $ 14 -51.896 1.06 26.33 H1 PBX 5419 CA AIR 09 -11.249 21.202 -50.773 1.00 26.10 M1 PBX 5420 NE AZ B 09 -9.752 20.809 -50.735 1.00 24.35 01 ATOM 5421 SY AIR Θ9 -9.462 19.433 -50,473 1.00 25.95 01 PBX 5422 001 AZ B 09 -9.997 18.8В2 -49.4Θ6 1.00 26.03 H1 PBX 5423 □□ 2 AZ B 09 -8.704 18.831 '51, 262 1.00 25.1 neither PBX £ 42 4 WITH AIR AT 9 -11.401 22.712 -50.044 1.00 25.45 1; 1 PBX 54Ϊ5 □ Quince 09 -11.031 23.446 -4.9.960 1.00 "5.56 01 ATSN 5426 HS Transnational corporation 90 -12.124 23.109 -51.901 1.00 24.03 H1 ATON 5427 CA TNV 90 -12.500 24.572 -52.021 1.00 22.00 01 ATON 5420 NE Transnational corporation 90 -13.2? 9 24.806 -53.327 1.00 23.31 H1 PBX 5429 OS1 Transnational corporation 90 -12.440 24.464 -54.434 1.00 23.59 01 ATON 5430 CC2 TNV 90 -13.720 26.270 -53.458 1.00 22.37 01 ATON 5431 WITH TNV. 90 -13.363 24.904 -50. 1.00 23.24 01 ATSN 5432 ΰ TNV 90 -14.360 24.342 -50.512 1.00 23-24 01 ATON 5433 N ABA 91 12.975 26.083 -50.178 1.00 22-25 01 ATSN $ 434 CA ABA 91 -13.673 20.534 -40.078 1-00 22.13 H1 ATON Y35 sv Ll 91 -13.71a 25.406 -47-44 $ 1-00 18.43 01 ATON 5436 with D1L 91 -17.90? 21.751 -4V.375 1.00 24.17 H1 ATON 5437 ABOUT D1A 91 -11.855 $ 29,094 -40.75 1.00 25.58 01 ATON 543B I FAE 92 -13.663 28.420 -4? .447 1.00 23.43 01 ATOM 5439 CA FAY 92 -13.002 $ 29.300 -46.57 1.00 2 3.10 111 ATOM 5440 NE UAY 92 -13.983 30,477 -46.007 1.00 24.14 01 ATOM 5441 CC1 FAY 92 -13.265 31.430 -45.147 1.00 23.43 01 ATOM 5442 SY2 FAY 92 -14.535 31.260 -47.201.2018 1.00 23-4 $ H1 DTOM 5443 WITH UAY 9? -12.436 28.627 -45.372 1.00 24.9 $ 01 ATOM 544 " □ UAY 92 -13.100 27.903 -44.075 1-00 26.01 H1 DTOM 5445 N TUI 93 -11.137 28.779 -45.143 1.00 23- $ 8 Ή1 DTOM 5446 CA TUI 93 -1C.4? 9 2 $ .124 '44 .019 1-00 23.55 01 ATON 5447 NE TUI 93 -9.135 27.537 “44.471 1-00 20.25 H1 ATOM 5446 sz TUI 93 -9-212 26.30 "-40,342 1.00 20.65 01 DTOM 5449 Οϋΐ TUI 93 -8.895 25.040 -44.011 1.00 19.71 01 ATOM 5450 CE1 TUI 93 -9.04? 23.911 -45.651 1.00 20.45 01 ATSN 5451 CP2 TUN 93 -9-804 26.385 -46.620 1.00 21,99 01 ATOM 5452 CE2 TUK 93 -9.9b4 25.250 -47.412 1.00 21.69 01 DTOM 5453 cg TUK 93 -9-503 24-020 -46.018 1.00 21.47 01 ATOM 5454 he TUA 93 -9.757 22.804 -47.087 1.00 24.50 H1 DTOM 5455 with TUK 93 -10-263 20-1 10 -42.869 1.00 24.76 01 ATON 5456 ABOUT TUI 93 -9.700 30.100 -43. 064 1.00 20.10 ηι ATOM 5457 n TUK 94 -10.119 28,735 -41.076 1.00 22.97 01 ATOM 5450 Sa TUK 94 -1O.5VZ 20.576 -40.409 1.00 23.93 111 ATOM 5459 sv TUI 94 -11.946 29.021 -39.646 1.00 22. $$ 01 ATOM 54 00 Sat TUYA 94 -12.952 30.549 -40.702 1-00 25-09 w DTOM 54 £ 1 Οϋΐ TUI 94 Ί2.93Θ 31.936 -40.601 1.00 25-89 01 ATOM 54 £ 2 CE1 TUI 94 -13.900 32.614 '41 .031 1-00 25.38 H1 DTOM 54 63 CO2 TUK 94 -13-962 29.850 -41.365 1-00 26.81 H1 ATOM 5464 CE2 knock 94 -14.935 $ 30.51-$ 42.09 1.00 25.75 01 ATOM 5465 pg knock 94 -14.906 31..891 -42,173 1.00 27.48 01 ATOM 54 bb he TUN 94 15.069 32,561 -42,674 1.00 28.03 01 ATOM 5467 with TUN 94 -9.601 28,908 -39.446 1.00 24.14 01 ATOM 546V ABOUT TUN 94 -9.605 27.681 -39.310 1.00 22.75 n1 ATOM 5469 n CPS 95 -8.93V $ 29.716 -30.70 1.00 24.10 01 ATOM 5470 CA CPS 95 -8.466 29.204 -37.395 1.00 25.5 $ n1 ATOM 5471 with CPS 95 -9.410 29.829 -36.330 1.00 25.49 H1 ATOM 5472 ABOUT CPS 95 -10.104 30.819 -36.560 1.00 24.7 $ ηι ATOM 5473 sv CPS 95 -7.034 29.781 -37.107 1.00 27.36 w ATOM 5474 50 SU 5 95 -6.561 31.401 -37.539 1-00 31.4 $ 0]. DTOM 5475 N ABA 96 -5.439 29.157 “35.192 1.00 24-09 01 ATOM 5476 CA aya 95 -10.354 29.504 -34.11? 1-00 22.01 H1 house 5477 sv ABA 96 -11.730 2E.887 -34.300 1-00 20.Ί6 H1 DTOM 547 0 with ABA 96 9-782 28.977 -32.613 1, O0 22.32 01 ATOM 5479 ABOUT LHA 96 -9.166 21-910 -32.71 $ 1.00 22.28 01 ATOM 5480 N Battery 97 '9-90? s?.? "3 -31,739 1.00 22.97 01 ATOM 5481 SD bottom 91 -9-409 29-355 -30.450 1.00 22.35 I1 ATON 5462 sv ANO 91 -9.076 30-614 -29.668 1.00 22.09 . n1 ATON 5483 ss DCL 97 -8-510 30.352 -20.276 1.oo 21.az 01 ATOM 5484 with bottom 97 -8.172 31.672 -27 * 501 1.00 23.69 01 ATOM 5485 NOT bottom 9? -9.342 32.Ζ5Θ -26.027 1.00 23.06 01

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ATOM 5 * 86 Xie ANS 97 -9.273 33.201 -25.993 1.00 26-31 81 WITH ATOM 548? KH1 an <s 97 -9.090 33.668 -25.613 1-00 2B. + 6 81 I ATOM 548Θ GGCH2 above 97 -10.37a 33.662 -25.422 1.00 23, AE 81 to ATOM 5489 WITH ARS 97 “10- + 26 28.533 -29.636 1.00 24, 53 H1 with ATOM 5490 0 ICE 9? -11.632 26.001 -29.658 1.00 22.12 H1 with ATSM 5 * 91 14 Self-propelled guns 98 -9-905 27,537 -36,921 1.00 22.25 81 I ATSM 5492 CA SUE 98 “10,506 27.020 -27.760 1.00 23.81 81 with ATOM 54 93 WITH Self-propelled guns 98 -11,259 25.858 -27.913 1.00 23.6V 81 with ATON 5494 0 Self-propelled guns 98 -11.391 25.128 -29.023 1.00 23.49 H1 about ATOM 5495 N SI! 99 -11.668 25.095 -26.780 1.00 22.6? 81 I ATOM 5406 CA SAN 99 -12.293 23.760 -26.749 1.00 23 .45 81 with ATOM 5 * 9? NE BAN 99 -11.253 22 .706 -26.419 1-00 22.9? H1 WITH ATOM 54 9s ίΖΙτ STY 99 -11.774 23.269 -26.560 1.00 20.76 81 with ATOM 5499 SR BAN 99 -10.690 20.232 -26-328 1-00 22.06 H1 with ATOM 5590 OE1 BAN 99  10.482 $ 19.76 -25.302 1-00 22.02 H1 but ATOM 5591 ΝΕ2 SAN 99 -9-992 19-860 -27,395 1-00 21, 3V 81 and ATOM 5592 WITH AIS 99 -13, + 36 23,724 -25.725 1.00 24.22 H1 with ATOM 5503 0 SAN 99 -14,550 23.329 -26,056 1.00 24,2V 81 about ATON 5504 N LIE 100 -13. 1.61 24.117 -24.485 1.00 23.64 H1 I ATOM 5505 CA AEO 100 -14.182 24.0V6 -23.44V 1.00 24.07 131 with ATOM 5506 sa AEO 100 -13.543 24.137 -22.055 1.00 23-74 H1 with ATOM 559? Sat AYO 100 -12.65 3 22.935 -21.697 1.00 23.65 81 with ATON 550V CP1 Bw 103 -12.21V 23,039 -20.250 1.00 2! .96 H1 with ATON 5509 sp2 AEO 100 -13.409 21.620 -21.918 1.00 22.57 H1 with ATOM 5510 with E.TO 100 -15.) 33 : -: 5.257 -23.6 * 2 1.00 26.71 H1 with ATOM 5511 0 KEO 1O0 -and, sz * 25,145 -23,386 1.00 27, 0V H1 0 ATOM 5512 N UAY 101 -14,591 26.ZVO-24.104 1.00 26.05 H1 I ATON 5913 CA UAY 101 -15,413 gt, 446-24.565 1.00 26.77 81 with ATON 5514 sa UAY 10 = -15. 1.46 2B.7E9 -23.957 1.08 25.01 81 with ATON 5515 ssz UAY 101 -16.083 29.B69 -24.50 1.00 25.38 81 with ATON 5516 SY UAY 101 -15.361 28.648 -22.453 1.00 24.75 81 with ATON 5517 with UAY ten' -15.034 27,530 -26.142 1.00 26.59 81 with ATON 5518 0 UAY U1 -14. 1.49 20.290 -26.528 1, 00 26.88 81 0 ATOM $ 519 N REY 102  15.687 26.710 -26.980 1.00 25-J5 81 I ATON 5520 With REY 102 -16.33 * 25.848 -26.6 * 6 1.00 23.49 H1 with ATON 5521 CA Ryo 102 -15.145 26-42? -2 $ .315 1-00 23.89 IN 1 with ATOM 5522 NE Ryo 102 -15,863 25.141 -28.729 1.00 23.1V H1 with ATON 5 523 With WAY 102 -17.14? 25-158 -27.9: -4 1.00 25, 40 H1 with ATOM 5 524 WITH Ryo 102 -15.315 2’.542 -29.359 1.00 24.72 81 with ATON 5525 0 Ryo 102 -16, 41 1 38.061 -29,550 1.00 24.05 81 0 ATOM 5526 N RNE 103 -14.206 2’.900 -29.974 1.00 22.69 81 I ATON 5,527 CA RNE 103 -14,223 28.841 -31.080 1.00 22.97 H1 with ATON 5528 sv RNE 103 -15.059 28.262 -32.2 * 3 1.00 20.62 H1 with ATON 5,529 With RNE 103 -14,912 26.755 -32.412 1.00 21.6V 81 with ATON 5530 co1 RNE 103 -16.005 25.970 -32.758 1.00 17. $ 4 81 with ATON 5531 CO2 RNE 103 -13.693 26.125 -32.185 1.00 19.12 81 with ATON $ 532 CE1 RNE 103 -15. 21-595 -32.868 1.00 19.25 81 with ATOM 5533 CE2 RNE 103 -13.565 24.745 32.294 1.00 17.07 E31 with ATOM 5534 cg REEa 103 -14.666 23.973 -32.634 1.00 18.0? H1 with ATON 5535 with RNE 103 -14.781 30-195 -30.619 1-00 23.73 81 with ATOM 5536 0 RVE 103 15-712 30-72 * “31.21? 1.00 24.85 H1 ABOUT ATON 5537 N A5P 104 -14,215 30.752 -29.5 * 8 1.00 24.65 H1 I ATON 553B CA AZR Ju4 ‘14, 669 32.050 -29.063 1.00 24.76 H1 with ATOM 5539 sv AZR 104 -14,406 32.21? -27,563 1.00 25.91 81 with ATOM 5540 ss AZR 104 -12,945 32.005 -27.175 1.00 30.36 H1 with ATOM 5 541 SJ1 AZR 104 -12.122 31.635 -23,036 1.00 31.12 81 0 ATOM 5542 □ 02 AZR 104 -12.619 32.212 -25.987 1.00 2 $ .71 n1 0 ATOM 5543 with AIR 104 -14,021 33.180 -29.856 1.00 27.29 81 with ATON 5544 □ AIR 104 -14.586 34.262 -29.971 1.00 27.52 81 about ATOM 5545 N TUN 105 -12.641 32.920 -30.411 1.00 26.93 81 I ATOM 5546 CA TUK 105 -12.227 33.847 -31.355 1.00? 6.35 81 with ATON 5547 NE TUK 105 10.971 34.479 “30.743 1.00 2-5-73 81 with ATOM 5548 with& TUN 105 -11.27V 35.498 -29-675 1-00 2 $, 25 81 with ATOM 5549 CC1 TUI 105 11.345 35-133 -2J.334 1.00 26.26 81 with ATOM 5550 CE) TUN 105 -1’.661 36.060 “27.359 1.00 27.70 H1 with ATOM 5551 CP2 knock 105 -11.53 * 36.825 -'30.012 1.00 29th H1 with ATON 5552 CE2 TUV 105 “11-855 ZL? $ 6 “29.64 4 1.00 29.45 H1 with ATOM 5553 cg TUK 105 -11,918 3? .368 -27.722 1.00 29.53 H1 with ATOM 5554 HE TUK 105 -12,255 38,299 -26.766 1.00 32.67 81 0 ATOM 5555 with TUK 105 -11,868 33.131 -32.657 1.00 25.43 81 with ATOM 5556 0 TUK 105 -11,426 31.982 -32.641 1.00 24.81 n1 0 ATOM 5557 n TYR 106 -12,065 33.826 -33.774 1.00 24.15 81 I ATOM 5558 CA TYR 106 -11,631 33.273 -35.106 1.00 25.25 . 81 with ATOM 5559 NE TYR 106 -13.145 33.160 -35.87 $ 1.00 21.93 81 with ATOM 5560 Sat TKR 106 -14.111 32. HO -35-362 1.00 22, $ 3 81 with ATON 5561 SP2 TKR 106 14.605 30.995 “36.072 1-00 21, * 1 81 with

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ATSM 5562 CE2 TKR 136 -15.566 30.379 -35.250 1.00 20.48 H1 ATSM 6563 Cez trp 106 -14.328 30,437 -37,326 1.00 20.75 H1 ATOM 5564 C01 TKR 106 -14.767 32.164 -34.170 1.00 July 19 H1 ATOM 5565 ΝΕ1 TKR 106 -15.646 31.112 -34.095 1.00 22.05 H1 ATIM 5566 032 TY1> 106 -16.25V 29.229 -35.637 1.00 20.26 I1 ATOM 5567 Cez TKR 106 -15.615 29.297 -37.711 1.00 20.2? H1 ATOM 556V Sn2 TYR 106 -15.976 20.705 -36.E6B 1-00 23.31 H1 ATOM 5569 WITH TYR 106 10.902 34.182 -35.906 1.00 21.18 H1 ATSM $ 5 70 but TIR 10o -10.923 35.400 -35, And] 1.00 25.73 H1 ATOM 5571 N Be 107 “10.114 33.587 -38.797 1-00 27.12 H1 ATSN 5572 CA ST.-U 167 -9.41 V 34.37? -37.797 1.00 27.10 H1 ATOM 5573 0 SUE 107 -10.379 34.963-ZV, 822 1.00 20.57 H1 ATSN 5574 0 Be 107 -11. $ 33 34.686 -30.?E0 1.00 27.48 n1 ATOs 5575 N SYA 108 -9.Θ52 35.772 -39.737 1.00 2Θ .26 I1 ATSM 5576 CA C1L 103 -10.686 36.424 -46.743 1.00 30.59 I1 ATOM 557? NE C1L 168 -9.9BC 37.684 -41.275 1.00 33-2? H1 ATOM 557B se this 108 -8.939 37.432 -42.371 1.00 36.99 H1 ATON 5579 with sm 108 7.566 37.046 -41.831 1.00 4 2.0? H1 ATSM 5560 □ E1 C1L 168 -7.395 36.782 -43.633 1.60 42.16 H1 ATOM 55J1 ΝΕ2 Y1L 108 -6.577 37.012 -42.720 1 .00 4 0.22 H1 ATSN 5582 WITH is eating 109 -10.976 35.4Ё4 -41.895 1.00 30.47 H1 ATSM 5563 0 C1L 108 -11.868 35.710 -42.707 1.00 Sep 31 H1 ATSM 5504 N SUE 109 -16.223 34.369 -41.953 1 .00 29.91 n1 ATOs 5585 CA SUE 109 -10.492 33.323 -42.923 1.00 2 9.09 111 ATSN 5586 WITH STR 105 -9.710 33.496 -44.216 1.00 2Θ, 69 H1 ATOM 5587 0 SUE 109 -9.425 34.610 -44.619 1.00 20.00 H1 ATOM $ 58B N teak 110 -9-ЗВ6 32.380 -44.066 1 .00 2 0.50 H1 ATOM 5569 cl teak BUT -0.51: 2 32.431 -46.139 1.00 20-41 H1 ATON 559 " 00 Transnational corporation BUT -1,28 $ 31.793 -46.021 1 .00 29.01 H1 ATOM 5591 051 Transnational corporation by -6.522 32.494 -45.634 1.00 32.03 01 ATSN 5592 CC2 TKR AND ABOUT -6. $ 54 31.056 -47.356 1.00 29.za n1 ATON 5593 0 Transnational corporation by -9-476 31.669 -47,193 1.00 29.43 01 ATCI 5594 0 TIN 110 -9.712 30.471 -47.053 1.00 27.15 H1 ATSN 5595 I LIE 111 -9. B9C 32.364 -40.246 1.00 29.7Θ 111 ATON 5596 CA YEL! 111 -10.616 31.723 -49.328 1.00 29-40 μι ATSN 5597 NE Bw 111 -11.234 32.766 -5-3.258 1.00 33.55 N1 ATON 559B ST Bfc 111 -11.853 32.182 -51.537 1.00 $ 36.0 μΐ ATON 5599 C01 yee 111 -13.054 31.310 -51.100 1.00 35.44 Η] ATOM 5609 CO2 Bp 111 -12.272 33.ZOV - $ 2.470 1.00 33.07 ΗΙ ATON 5601 WITH BE0 111 -9.699 3Ο.Θ39 “50.109 1.00 30-13 H1 ATOM $ 602 ABOUT LIE 111 -3.661 31.30V - $ 0.664 ι - io z.o. H1 ATON 5603 N Ole 112 9.953 29.547 -50.129 1.00 28, ί8 Η1 ATOM $ 604 CA Ole 112 -9-134 20.603 -50,862 1 .00 27.19 01 ATOM 5605 NE UAY 112 “3.700 27.414 -49.964 1 .00 37.33 ΗΙ ATOM 5606 001 UDE 112 ->. 9 $ 6 Zb.Z & Z -50.793 1.-00 26. VO 01 ATOM 5607 Sat / UDE 112 -7.780 27.951 -40.85? 1 .00 25.55 01 ATOM 560V WITH Ole 112 -9.93 " 20.071 -52.039 1.00 29.91 μι ATON 5609 0 UDE 112 -11.012 27.493 -51.86? 1.00 26.37 Η1 ATON 5610 N TKR 111 -9.465 20.238 -53.237 1.00 2 V.59 κι ATON 5611 CA Transnational corporation eleven' -10.076 27.065 -54.457 1.90 31.25 "one ATOM 5612 NE Transnational corporation of -10.365 29.071 -55.379 1 .00 30-90 N1 ATOs 5613 yc1 Transnational corporation 111 -11.226 29.992 -54.691 1.00 33 .BO Η1 ATON 5614 ST2 tin 111 -I.664 20.623 -56.65Θ 1.00 32, t 0] ATSN 5615 WITH Transnational corporation of -9.190 26.ВСВ -55.1ВЗ 1.00 31.51 ΗΙ ATOM 5616 □ Transnational corporation of -0.041 27.163 - $ 5. $ 06 1.00 32-2? 01 ATSN 5617 I UDE 114 -9.721 25.674 -55-406 1 .00 32,99 ΗΙ ATSM $ 616 CA UAY 114 -8.996 24.643 -56.12? 1.00 34.40 ΗΙ ATSN 5619 St. UL 114 Y.Y. 5 23.356 -55.188 1.00 32.69 ΗΙ ATSM 5626 ST1 fish 114 aaoz 22.346 -56.026 1.00 10.00 ΗΙ ATOM = 621 ss? UDE I4 -9.294 23.671 -53.916 1.00 32.66 01 ATON 562? with UDE t -9.745 24.305 -57.401 1.00 37.41 ηι ATOs 5623 0 UDE I4 - '. ‘8, 881 33.82 "-57.349 1.00 37.23 01 ATOs 5624 S Yen 11 $ -9.119 24.564 -58.544 1.00 39.1a 01 ATOs 5625 CA ZEK 115 -9.668 24.115 -59.813 1.00 44.39 01 ATSN 5626 sv ZEK 115 -10.785 25.059 -60.27? 1.00 45-61 01 ATOM 5627 OS ZEK I5 -10.365 25.084 -61.347 1.00 45.08 Η1 ATOM 5626 with ZEK 115 -0.566 24.014 -60.8E1 1.00 46.4? H1 ATOs 5629 01 CENTURY 115 -7.543 24.667 -60.796 1.00 45, Ϊ3 ΗΙ ATOM 5630 N Y £ H IP -θ .Θ41 23.177 -61.8B0 1.00 40.79 01 ATSN $ 631 CA £ £ K 116 -7.091 22.949 -62.901 1-00 53.39 H1 ATSM $ 632 NE CENTURY 11C -7.703 21.150 -63.230 1.00 52.69 Η1 ATOM $ 633 SS £ yk 116 “9.04 0 20.071 -63.434 1-00 54.43 01 ATOM $ 634 with ΞΞΒ. IP -a -34a 23.65 $ “64.230 1.00 55.63 . Η1 ATSM 5635 about 5EN 116 -7.61 9 23.595 -65.261 1.00 57.00 01 ATSM 5636 N ABA 1’7 “9.491 24.332 -64.146 1.00 57-00 ηι ATSM 5637 CA lll 1 ΐ 1 -10.149 24-878 -65.329 1.00 60.79 01

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ATON razv NE ABA 117 -11,572 25.305 -54.983 1.00 60.52 H1 ltsn $ 639 WITH ABA 117 -9.391 26.049 -65.946 1.00 62.07 H1 ATCI 564 0 ΰ ABA 117 -8.832 26.890 -65.240 1.00 62.18 H1 ATCI 5641 n Yen 11 in -9.300 26.095 -67.274 1.00 64.43 H1 ATSN 564 2 SD BEI 118 -8.7 66 27.201 -67.996 1.00 65.80 41 ATCI 5643 sv Yen 118 7.636 26.692 -60.090 1.00 66.05 H1 ATSN 5641 th Yaw 118 -6-810 27.764 -69.308 1.00 00.07 41 ATON 5645 with Yaw ' 18 -9.807 27.920 -60.04 $ 1.00 65.94 H1 ATOM 5646 0 Yaw 118 -10 - 856 27,350 -69,164 1.00 65.51 H1 ATON 5647 and TNV d 19 -9-505 29.161 -69.211 1.00 66.57 H1 ATIM 564V SD TNV 119 -10.462 02/30? -69.Θ93 1.00 67.6'1 H1 ATOM 5649 sv TNV 119 -9,775 31.297 -70.430 1.00 67.99 41 ATOM 5650 OS1 Transnational corporation 119 -9.195 32 .02 5 -69.339 1.00 63.98 41 ATOM 5651 £ 02 TNV 119 -10.704 32.101 -71.146 1.00 67.51 "one DTOM 5653 WITH Transnational corporation 119 -11.167 29.336 -71.054 1.00 67.93 41 DTOM 5653 WITH TNV 119  10.54 3 20.631 71.048 1.00 67.12 W ATOM 5654 and Bw 120 12.477 29-546 -71.141 1-00 67.90 41 ATOM 5655 CA Bw 120 -13.202 20.905 - 72.217 3.00 60.20 H1 ATOM 5656 NE Bw 120 “13-605 27-54 $ -71 .089 3.00 67.62 H1 ATOM 5657 SS Bw 120 -14,595 26.908 -72-031 5.00 67.51 H1 A'GOM 5658 NE B8 120 -15,178 25.590 -72.436 1.00 69.11 H1 dton 5659 CE Bw 120 -sixteen. 168 25,004 -73.437 1.00 69.25 H1 house 5660 M2 Bw 120 -17.270 25.956 -73.782 1.00 10.85 H1 ATOM 5661 WITH Bw 120 -14.537 29.824 -72.432 1.00 68.04 "one ATSM 5663 <1 £ ¥ $ 120 -15.329 30 .023 -71.50V 1.00 69-38 41 ATSM 5663 N eu 121 -14.715 30.308 -73.659 1.00 60.06 41 ATSM 5664 CA SUE 121 -15-686 31.102 “7.3.982 1.00 68.10 H1 ATOM 5665 WITH SUE 121 -17.159 30.203 -73.922 3.00 68.13 H1 ATOM 5666 0 SUE 121 -17,129 29.061 -74.089 1.00 67.6 ' H1 ATON 5667 N RVO 127 -10.303 30-936 -1.7-670 1.00 67.56 H1 PBX 5669 With RVO 122 -18.403 32, 385 -73.433 1.00 67.50 H1 ATON 5669 CA RVO 122 -1E. $ 96 30 .260 -73.523 1.00 6V. 40 41 ATCI $ 679 NE RVO 122 -20.492 31 .337 -72.925 1.00 68.31 H1 ATSN 5671 SS RVO 122 -19.085 32.622 -73.381 1.00 68 * 44 41 ATSN 567? WITH RLO 122 -26.173 29.701 -74.019 2.00 69.03 N1 ATSM 5673 0 ₽ ₽m 122  39.399 30.207 -75.906 1.00 69.06 41 ATSN 5 6? four AND ZEN 123 -20.972 20 .649 -74.680 1 LLP £ 9.50 41 ATSN 5675 CA ZEK 123 -21.022 20 .187 -75.776 1.00 10 * 46 41 ATSN 5676 NE ZEE 123 21-020 26.6 $ 8 -75.623 1 LLP 18.16 41 AT0I 5677 ABOUT BEV 123 -22.086 26.177 -76-631 1.00 10 * 42 H1 ATSM 567B WITH ZEN 123 -23.230 20,708 -75.532 1.00 11.61 H1 ATSN 5679 0 ZEN 123 -23-796 20.516 -74.450 1, {U 71 * 85 H1 ATSM 5680 N UAY 124 -23.814 29,366 -76, $ 36 1.00 71.53 H1 ATSM 5681 CA UDD 124 -25.099 30,039 -76.368 1 LLP 71-46 H1 ATOM 5632 NE UAY 124 -25.03 $ 31 .406 -76,890 1 LLP 70.79 H1 ATOM 5683 CC1 UDD 124 -26.356 32.191 -76.640 1 LLP 89.95 H1 ATCI 5684 CC2 UAY 124 -21,086 32 .233 -76.236 1 LLP 60.40 H1 ATSN 5685 WITH UAY 124 -26,244 29.313 -77.073 1.00 72.64 41 ATSN 5636 0 UAY 124 -26.151 28.983 -78.255 1 LLP 13.01 41 ATSN 5687 N Ρ3ΙΕ 125 -27.324 29.071 -76.330 1.00 73.09 511 ATSN 5638 sd RNYO 125 -28.530 28.431 -76.894 1 LLP 75.05 41 ATSN 5689 sv RME 125 -29.723 27 .062 -76.247 1 LLP 76.97 H1 ATCI 5690 Sat RNE 125 -27.641 26.071 -76.557 1.00 18.42 41 ATON 569 ’ CO! RNE 125 -27.704 25.293 -77.702 1.00 70.03 H1 ATOM 5692 SO Ϊ RNE 12 5 -26.560 25.916 -75.704 1.00 70.71 M1 ATCI 5693 CE1 RNE 125 -26-732 24.380 -7 ?. 992 1 LLP 79.49 H1 ATOM 5694 CE2 RNE ’25 “25,564 25,004 -75,307 1 LLP 79.30 H1 ATSM 5695 C2 RNE 125 -75-639 24-235 -77.13+ 1 LLP 80.12 H1 ATON 5686 WITH RNE 325 -29.749 25.292 -76.671 1 LLP 77.12 H1 ATSM 5697 ΰ RNE 125 -29.803 30.084 -75,? 31 1 LLP 76.98 H1 ATON 569B N RNO 126 -30.700 25.151 -77.543 1.00 78.18 41 ATSN 5699 With RVO 126 -30.70 $ 28.371 -7V.793 1.00 78.12 H1 DTOM 5700 CA RNO 126 -32.048 Ξ9.Β3Θ -77.ZV8 1.00 78.24 41 ATSM 5701 NE RNO 126 -32.641 25.793 -7B.709 1.00 77.99 H1 ATSM 5702 Sat RNO 126 -32.099 28.522 -79.358 1 LLP 77.51 n1 DTOM 5703 WITH RNO 126 -32.951 29.136 -.76.376 1.00 78.94 I1 ATOM 5704 0 rnO 126 -33.020 27.909 -76.344 1.00 78-9 $ w ATOM 570 $ and ho 127 -33-613 29.910 -75.555 1.00 80.12 H1 ATON 5706 SI yee 121 -34.690 29.370 -74.695 1.00 81.2 b H1 ATOM 5707 sv Bw 127 -34.151 29.790 -73.239 1.00 BUT. $ 0 H1 DTOM 5100 ss Bw 127 -33,138 25-323 -72.604 1 LLP “9.91 H1 ATSN 5709 SEN Bw 127 -33-050 29.821 -71.111 1 LLP 79.12 H1 ATOM 5710 CO2 ive 127 -33,061 27,606 -73.647 1.00 ^ 9.76 . H1 ATOM 5111 with Bw 127 -36,039 29,905 -75,114 1-00 B2.35 H1 DTOM 5712 0 ive 127 -36. 562 ЗО, 8ВЗ -74.039 1.00 82.90 K1 ATOM 5713 N ABA 128 -36,595 29.24? -76.187 1.00 V3.36 H1

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DTOM 5714 CA ABA 128 -37.769 29.753 -76.891 1 -09 84.32 Η1 WITH dton 5715 NE ABA 128 -37,982 28.959 -70.174 1.00 94.16 Η1 WITH DTOM 5716 WITH ABA 128 -39.031 29.711 -76.036 1.00 85.07 Η1 with ATOM 5717 0 ABA 128 -39.252 28.7 $$ -7 $ .27 $ 1.00 85.35 Η1 0 ATOM 571B N REY 129 -39.094 30.740 -76.164 1.00 35.56 I1 0 ATOM 5719 With REY 129 -39.691 31.0Y -77.113 1.00 85 .77 Η1 0 ATOM 5720 CA REY 129 -41.121 30,090 -75.3 * 7 1.00 85. 9] 0 ATOM 5721 NE RAO 129 -43. $ 04 33.3 * 3 -75.747 1.00 85.81 ϋΐ WITH ATOM 5722 Sat REY 129 ‘41 .019 32.555 -77.094 1.00 86.05 Η1 Ω ATOM $ 723 WITH REY 129 -12.57 $ $ 29.527 -7. £ 57 1.00 86.17 Είΐ WITH ATOM 5724 B REY 129 -42.318 29.391 -76.840 1.00 85.88 Η1 0 ATOM $ 725 N CENTURY 130 -42.911 29.421 -74.667 1.00 86.04 Ε1 μ ATOM 5726 CA 5th 136 -43.963 20.421 -74.816 1-00 87.43 Η1 WITH ATOM 5727 NE 5 EP. 130 -44,385 27.090 -73-141 1.00 87.32 Β1 ΰ ATOM 5728 OS BEK 130 -43.29V 27.275 -72.771 1.00 88.97 Ε41 0 ATOM 5729 with WAY 130 45.175 $ 29,014 -7. $ 31 1.00 87.44 Η1 WITH ATOM 5730 0 BEK 130 -45.700 20,371 -76.391 1.00 87.06 Η! (five ATOM 5731 □ b 136 -50.193 34.109 -6V, 4V8 1.00 99.67 EI Η ATSM 5732 CA BOW 136 -51.016 34,123 -69.648 1.00 99.00 Η * WITH ATOM 5733 with Xiu 136 - $ 5.O5O 35,872 -70.638 1.00100.02 I1 WITH ATSM 5734 0 SUE 136 -51.114 35.055 -71. B50 1.00100.03 Η1 0 ATOM 5? 35 N SUE 137 -51.007 36.498 -70.123 1-00 99.05 01 μ ATSM 5736 CA 0ΕΪ 137 -50.595 37.666 -70.986 1-00 99.13 ΗΙ WITH ATOM 5737 WITH SUE 137 -49. BOE 37.961 -71.527 1-00 98.66 H1 WITH ATOM 573B 0 SET 137 -49.456 30.642 -72.542 1.00 98.56 H1 0 ATSM 5739 N Transnational corporation 138 48.591 37.446 -70.842 1.00 98.05 H1 Ν ATSM 5740 CA TYPE OF 138 -47.20 $ 37.602 -71.202 1.00 96.71 μι WITH ATSM 5741 NE TNN 138 -46.393 36,445 -70.200 1.00 96.65 H1 WITH ATOM 5742 051 tn Ι3Β -46.424 37.617 -60.991 1.00 96.53 Η1 0 ATSM $ 7-13 SY2 chan ) 36 -40,967 39.851 -70.175 1.00 95.90 H1 WITH ATSM 5744 WITH tn 136 -46.526 36.247 -71.444 1-00 95.50 H1 WITH ATSN 5145 0 tn Ι3Β -46.947 35.250 -70.E53 1.00 95.36 H1 0 ATSM 574 6 N ABA 139 -45.472 36.220 -72.253 1.00 94.21 ΜΙ μ ATSN 5747 CA ABA 139 -44.659 35.022 -72.418 1.00 92.92 H1 ζ- ATOM 5748 NE ABA 139 -14.700 34.497 -73,646 1.00 93.04 W WITH ATOM 5743 WITH ABA 139 -43,292 35.339 -72-095 1, 00 91.71 Η1 0 ATOM 5,750 th ABA 139 -42.713 36,430 -72.395 1.00 91.15 111 ϋ ATSM 5751 N ABA 140  42.513 34.383 -71,480 1.00 90.37 Η1 Ν ATSN 5,752 CA ABA and about -41.123 34,562 -71.092 1.00 86.70 Η1 WITH ATSN 5753 NE ABA 110 -40,920 34,187 -69.631 1.00 89.09 Η1 WITH ATON 5,754 WITH ABD 140 -40.170 33.7BZ -71.982 3.00 87.42 Η] WITH ATON 5755 0 ABA and about -40.491 32,667 -72.400 1.00 86.82 Η1 Ο dton 5756 N Bw 1 41 sound 34.36V -72.267 1.00 86.13 Η1 ϋ ATON 5757 CA οευ 141 -38-002 33, 722 -73.064 1.00 85.33 H1 WITH DTOM 575V NE Bw 141 -38.303 33.941 -74.572 1.00 A $.? 5 ΗΙ WITH DTOM 575 * ss Hydraulic fracturing ] 4T - ST, 4 * 9 35,376 -75.061 1.00 85.32 DH ATOM 5760 CO! Bf 141 -37.162 36.103 -7 $ .165 1.00 84.61 Η1 WITH DTOM 5761 Pops OBO 141 -39.154 35.334 -76.453 1.00 85-35 Η1 WITH DTOM 5762 WITH Bf 141 -36.621 34.275 -72.741 1.00 85.01 Η1 WITH ATOM 5763 ABOUT Bf 141 -36.496 35x396 -72,247 ], 03 85.36 Η1 0 ATOM 57 64 N SUE 142 -35.537 33.484 -73.001 1.00 03.90 Η1 Ν ATSM 5765 CA □ b 142 34.233 33.941 -7ϊ,? $ 2 1.00 B3.19 Η1 WITH ATSM 57 66 WITH SUE 142 -3.3.231 33,175 -73,509 1.00 B2.7 9 H1 WITH ATOM 5767 ABOUT □ op-amp 142 -33.609 .32.491 -74.539 1.00 OZ.O * Ηί WITH ATSN 57 EB M SUB 143 -31-952 33.289 -73.24V 1.00 B2.17 ΜΕ Η ATSM 5769 CA CPS 143 -30-940 32,465 -73.090 1.00 V1.05 ΜΙ WITH ATOM 5770 WITH SU5 113 -29.954 31.864 -72.ΒΘ2 1.00 00.13 Η1 WITH ATOM 5771 0 0Υ5 of -29,537 32,518 -71.925 1.00 79.94 Η1 0 ATSM 5772 sv SUB of -30.204 33.270 -74.974 1.00 63.41 H1 WITH ATSM $ 773 Sun From ¥ 5 143 -28.939 34.449 -74.400 1.00 Y7.73 H1 five ATOM 5774 n Ι.Ε0 144 -29.601 30.602 -73.10 * 1.00 70.24 Η1 Ν ATSM 5775 CA Bj 144 -28.826 29.808 -72.161 1.00 75.52 Η1 WITH ATON 5776 NE Bf 144 -29.206 28.349 -72.233 1.00 75.00 ΜΙ £ ATON 5777 SS yee 144 -28.506 27.285 -71.462 1, O0 76.15 H1 WITH ATSM 577V Οϋΐ Bw 144 -28.543 27.594 -69.977 1.00 76.10 Η1 WITH ATSM 577 9 002 yee 144 -29.115 25.915 -.71.739 1.00 75.59 Η1 · _ ATSM 5700 WITH B'z 144 -27.32 * 29.895 -72.449 1.00 74.33 H1 WITH ATSM 57B1 th B’s 144 -26.8-90 29.633 -73.566 1.00 74.67 Η1 ο ATOM 5702 N UAY 145 -26.54 * 30,260 -71,436 1.00 72.20 H1 Η ATON 57V 3 CA UAY 145 -25,103 30,401 -71.591 1.00 70.90 ΗΙ WITH ATON 57V 4 NE UAY $ 14 -24-623 31.746 -71.003 1.00 60.27 Η1 WITH DTON 5705 Sat1 UDD 145 -23-127 31.873 -71.147 1.00 69.00 Η1 WITH ATON 570 6 SB2 UDE ' 145 -25,319 32.094 -71.705 3.00 60.7+  Η1 WITH DTOM 5767 WITH UDT, 145 -24,350 29.254 -70.399 1-00 71.16 Η1 WITH DTON 5780 ABOUT UAY 145 -24.173 29.269 -69.680 ί, 00 71.43 Y1 ϋ ATON 570 * N Bw 146 -23,927 20.266 -71.684 ΐ-oi 70.62 Η1 Η

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ATON 5700 Joint venture Bw 1 + 6 -23,358 27,031 -71.1 + 1 1.00 70.17 H1 with ATON 5791 C0 B5 1 + 5 -23.070 25.818 -71.925 1.00 11, + 0 H1 with ATOM 5792 ss Bw 146 -25.236 25.393 -71.583 1.00 71.93 H1 with ATSN 5793 with Bw 146 -25.822 24.395 -72.605 1.08 78.01 H1 with ATSN 5794 CE Bw 146 -24.948 23.146 -72.701 1-00 19.4 & K1 with ATCI 5795 NOT Bw 146 -25.126 22.233 -71.534 1.00 80.50 H1 I ATSN 5796 WITH Bw 146 -21.831 26.808 -? 1.12? 1.00 68.32 H1 with ATSN 5797 0 Bw 146 21.173 27.538 -72.011 1-00 68.87 about AT SI 5790 AND A8P 147 ‘21 .206 26.330 -70.106 1.00 66.87 H1 N ATSM 5799 CA AIR 147 -19.906 25-850 -70.110 1.00 64.95 ίίί WITH ATON 5000 WITH& A5-P 14? -19.! $ 9 24,720 -71,120 1.00 64.03 H1 with ATON 5601 SG5 D5R 147 -20,730 23,562 -70.677 1.00 65.39 H1 with ATCI 5602 001 AZR 1 + 1 -20,916 23.252 -09.697 1.00 6 +. + 1 n + 0 ATSM 5603 002 D5R 14? -21,250 23.015 ‘71 .662 1.00 66.30 41 0 ATSM 5604 WITH A5P 147 -18.85? 26.920 -70.390 1.00 64.29 H1 with ATSM 5605 0 D5₽ 1 + 7 -18.121 26.829 -71.368 1.00 64.65 H1 0 ATSN 5006 I TUK 148 -18.775 27.825 -69.527 1-00 63.41 H1 N ATSM 5007 CA TUK 148  17.760 28.956 -69.68? 1.00 63.6+ H1 WITH ATSN 5000 Sv TUI 148 -18.411 30-291 -70.061 1.00 63.45 n1 WITH ATSN 5009 with TUI 148 -19.292 30.886 -68.98 4 1.00 62.00 H1 WITH ATOM 5010 from 01 TUI 1 + 8 -18.707 31.813 -88.661 1.00 61.9+ l! WITH ATON 5011 CE1 ΤΥΚ 148 -19.59+ 32..383 -07,112 1.00 61.63 H1 with ATOM 5612 002 TUI 148 -20.632 30.539 -68.087 1.00 62-19 Ή1 with ATOM 5613 CE2 TUI 148 -21.446 31.103 -67.920 1.00 62.61 Ή1 with ATON 5614 CE TUK 148 -20.923 32.024 -67.037 1.00 61, q; H1 with ATSN 5615 HE TUK 148 -21.731 32.59+ -66.002 1-00 61.02 H1 0 ATON 5016 WITH Knock 148 -16.920 29.126 -68.425 1.00 64.03 H1 with ATOM 5017 ΰ TUK 148 Ί7.296 28.664 -67.3 + 8 1-00 63 .73 H1 0 ATOM 5018 N RNE 149 -7 5.77 29.786 -6Θ.57Ζ 1.00 64.42 H1 m ATON 5019 CA RNE 149 -14.997 30.073 -67.445 1.00 65.06 H1 with ATON CH RNE ΪΤ9 r ^ and for / -. but Ι.ϋΙΙ b ^. / | ' I1 ATON 5821 with RNE 149 -13.335 28.979 -65.765 1.00 62.50 H1 P ATON 5622 £ □ 1 RNE 149 -12.012 29.371 -65.904 1.00 61, $ 6 H1 WITH- ATSN $ 823 SOY RNE 149 -13.943 28.789 -64.469 1.00 62.00 H1 with ATON 5824 CE1 RNE 149 -11.210 29.576 -64.795 1-80 60.99 91 with ATSM 5825 CE2 RNE 149 -13.047 28.992 -63.373 1.00 62.3+ H1 with ATSM 5826 CE RNE 149 -11.727 29.386 -63.527 1-io 61, 88 I1 with ATSM 5827 WITH RNE 149 -13.844 31.092 -67.865 1.00 66.30 H1 € ATSM 5029 and RNE 149 -13.365 31.069 -68,996 1.00 67.25 H1 0 ATOM 582 Oe n ₽YU 150 -33.473 32.006 -66. 95 $ 1.00 61.74 H1 N ATSM 5030 with RR.YU 150 -12.27+ 32.650 -87.10? 1.00 67.53 H1 WITH ATON 5831 CA RIO 150 -14.104 32.195 -65.64 $ 1-00 60.63 H1 WITH ATOM 5832 NE RIO 150  13,011 32.926 -64,441 1.00 67.62 n1 WITH ATON 5833 se Ryo 150 -12.295 33.112 -65-I6Y 1.00 67.4 6 H1 WITH ATOM 583+ WITH RIO 150 -15-389 33.010 -65.742 1.00 70-45 n1 WITH lts " 5835 about RIO 150 -36.077 32.99? -66.764 1.00 71.47 H1 th ATON $ 583 and yee 151 -1 $ .700 33.719 -64.663 1.00 71.80 U n ATSM 5837 CA s; w 151 -16.1 + 3 34.734 -64.676 3.00 72.52 H1 WITH ATOM 5836 sv oh 151 -17.5 50 34.681 -63.370 $ 1.00 / 2.7 H1 with ΑΤΌΜ 5839 SS from.and 151 -18.290 33.376 ‘63 .155 1.00 14.07 H1 with ATOM 5840 CE beat 151 -19.450 33.535 -62.204 1.00? 4. $ b H1 with ATOM 5841 OE1 si 151 -20.616 33.454 -62.665 1.00 74.9? H1 0 a'GOI 5842 0E2 oh 151 -19.216 33 .7 + 5 -60.997 1.00 13.75 H1 0 ATOM 5843 WITH si 151 -16.079 36.09'9 -6 + .E06 1-00 73.24 H1 with atom 5844 0 s 151 -14.060 36,227 -64.62+ 1.00 72.62 H1 0 ATOM 5845 N 880 152  16,067 37.1 + 2 -65.113 1.00 74.62 H1 N Ϊ4ΤΌΜ 5846 her RKO 152 -16.420 38.53 9 -6 +, 959 1.00 74.59 n1 WITH ATOM 5847 units YYO 152 -10.292 31.070 -65, + 52 1.00 75.10 [<l with AT-PM 5840 sv Ryo 152 -10.0 + 9 38,361 -64.367 1.00 75.76 ON with atom 5849 ss RVO 152 -17.712 39.337 -65.029 1.00 75.41 with ATOM 5850 with vomit 192 -16.55 $ 36.96 "-66.952 1.00 75.7 $ 01 with ATOM 5851 about RVO 152 -17,630 36.969 -67.161 1.00 75.62 H1 with ATSN 5Y $ 2 and UL 153 -19,830 36.85+ -67.312 1.00 76.?+ H1 n ATSN 5853 CA ¥ b 153 -20.266 37.125 -68.676 1.00 78. ++ H1 with ATOM 5634 NE UAY 153 -20.722 35.836 -69.410 1.00 78. + 1 H1 with ATON 5655 C & 1 UAY 153 -nineteen. 573 34.848 -.69.489 1.00 7.Y.Y. H1 with ATSN 5656 CC2 UAY 153 -21.909 35.219 -68.700 1-O0? J, 16 H1 with ATSM 505? WITH UAY 153 -21.428 38.11+ -60.651 1-08? 9.27 H1 with ATSN 505Θ 0 UAY 153 -22.353 37.901 ‘67 .8 + 8 1-00 79.85 H1 0 ATSM 5059 TO Transnational corporation 154 -21.367 39.111 -69.523 1-00 79.67 H1 N ATSN 5060 CA Transnational corporation 154 -22.408 + 8-130 -69.613 1.00 79.68 n1 WITH ATSN 8061 NE TH & 154 -21.808 41.505 -69.903 1.00 79.51 H1 WITH ATSN 5062 OE1 Transnational corporation 154 -21.139 +1,422 -71,228 1.00 79.48 . n1 □ ATON 5063 SY2 TNV. 154 20. CC +1.947 -68.897 1.00 78.20 M1 with ATON 5864 WITH TNV 154 -23,417 39.754 -70.693 1.00 80.21 H1 with ATSN 8065 0 Transnational corporation ya -23-034 39,413 -71.612 1.00 80. + 3 H1 0

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ATON 5006 N UA1 155 -24,703 39.013 -70.359 1.00 80.71 01 ATON 5007 CA il 155 -2 $ ,? 52 39.510 -71,330 1, C0 81.0 " 01 ATOM 5800 Sa UAY 155 -20.50 " 38.284 -70.910 1.00 80.93 Η1 ATON 5009 CC1 il 155 -27,614 37.965 -71.979 1.00 80.65 Η1 ATSM 5679 SB2 il 155 -25.6E) 6 37.09 * -70.6VE 1.00 81.15 Η1 YTSN 5071 with UAY 155 -26,701 40.102 -71.503 1.00 81.7V Η1 ATON 5072 about il 1 $ 5 -27,351 91.139 -7 ".551 1 .00 81.71 Μ1 ATOM 5073 N 5th 156 -26,772 41.216 -72.727 1.00 02.60 H1 ATOM 507 * CA 5EK 155 -27.654 42.33 * -73.046 1.00 83.16 Η1 ATOM 5075 sa 5EK 156 -26. B47 43.473 -73.674 1.00 03.30 I1 ATON 5076 OS YOEYA 156 -27.652 44.62 "-73.070 <.00 84.63 91 ATOM 5077 with 5 HER 156 -23.739 41.00V -74.0: 4 ι.io 83.16 Η1 ATOI 5070 with 5EK 156 -20.596 40,031 -74,050 1.00 82.09 91 ATON 5079 Ή TKR 157 -29.025 42.627 -74.110 1.00 33.5V Η1 ATON 500 " CA TKR 157  30-910 42.259 -75.001 1.00 84.15 Η1 ATON 5001 NE tnr 151 -32.100 41.952 -74.18V 1.00 83.42 191 ATSN 5082 with tnr 151 -32.120 40.627 -73.494 1.00 33.40 41 ATON 5083 CE> 2 TKR 157 -32.469 39.355 -74.0 * 2 1.00 83.53 I1 ATON 503 * CE2 TKR 157 -32.24V 30.386 -73.0 * 7 1.00 83.19 Η1 ATON 5085 Cez Tör 157 -33. "00 30.941 -75.277 1.00 ez *? Η1 ATON 5086 CO2 TKR 157 -31.684 40.385 -72.224 1.00 83.06 Β1 ATOM 5087 1X1 TKR 157  31.757 39.040 -71.9 * 7 1.00 02.93 Η1 ATSN 5080 ΟΖ2 TKR 157 -32,490 37,030 -73-250 1.00 83.39 Ε = 1 ATON 5089 ΟΖ3 TNR 157 -33.24? 37.594 -75.476 1.00 83.62 κι ATON $ 699 skg tnr 15? 30.655 -74.460 1.0 "03.34 Η1 ATON 5B91 with TNR 151 -31,219 43.334 -76.0 * 1 1.00 64.76 ίίί ATON 5892 with TNR 157 -31.410 44.505 -75.706 1.00 64.03 κι ATON 5Θ93 to Α5Ν 15Θ -31.200 42.921 -77.306 1.00 65.50 H1 ATON 5094 CA AZES 15V -31.495 43,842 -78.411 1.0-0 66.37 "one ATON 5095 NE AZES 15V - 32.94 6 44.331 -78.389 1.00 06.40 41 ATOM 5096 SS AZES 15V -33.94 6 43,196 -70.553 ], 00 87.21 κι ATOM 5097 001 DYY 15V - 33.691 42.22 * -79-260 1-00 0 6.86 Η1 ATOM 5699 N1) 2 L5Y 15V -35.001 43.315 -17.003 1.09 0 6.97 Ηϊ ATOM 5099 WITH P.51] 19B -30.536 45,026 -7 & .3Ι5 1.00 06.98 κι ATON 5909 ABOUT D0N 1 5Θ “30,939 46.103 -78.439 1.00 66.86 κι ATOM 590G to BEN 159 -29-20 * 44.717 -78.017 1.00 V7.36 L1 ATOM 5902 CA 5 EP 159 -28.203 45.716 -78.013 1.00 67.62 111 ATOM 5903 NE £ EP 150 -27.9? 0 46, 327 -79.398 1.00 67.30 Ηί ATSN 590 * OS ZEK 159 -27.479 45.341 -BO.297 1.00 ¢ 0.az Η1 ATOM 5905 WITH 515V 159 -20.471 46.822 -76.999 1.00 67.96 Η.Ι ATSM 5906 ABOUT ZEK 159 -27.791 47.84E -76.998 1.00 07.94 ΜΙ ATON 5907 I SUE 160 -29.459 46.608 -76.130 1.00 69.50 κι ATSM 5903 CA SUE 160 -29.716 47.551 -75.062 1.00 00-0 * 01 ATSM 5909 WITH SUE 160 -31.108 48.150 75.103 1.00 00.93 ΜΙ ATOM 5910 ABOUT SUE 160 -31.570 49.731 -74,120 1.00 53.61 01 ATOM Έ911 I ABA 161 -31.779 48.006 -76.2 * 2 1.00 Y9.2 * ΜΙ ATOM 5912 CA whether. 161 -33.10 $ 40.505 -70.430 1.00 89.63 01 ATON 5913 NE ABA 161 -33.569 40.373 -77.00 " 1.00 09.23 01 YATM $ 914 WITH ABA 101 -34.112 47.97] -75.401 1.00 89.76 Η1 ATON $ 915 ABOUT ABA 101 -35.003 * ί-619 -75.067 1.00 89. B1 Η1 ATON $ 97 6 TO Bw 3 02 -zz.a? * 46.710 -75.004 1.00 89.21 01 ATON $ 917 CA T.E1E 102 -34-769 46.006 -74.1Θ2 1.00 86.42 Η1 ATON 591 " NE lvo 162 -35.1V9 44.673 -74.000 1.00 87.77 01 ATSN 5919 SS Bw 162 -36.018 43.730 -73.923 1.00 87.4 " H1 ATOM 5920 C01 1.EI 152 -37.26? 44.456 -73.439 1. "0 86.a? H1 ATOM 5921 C "2 LIE 162 -36.304 42.491 -74.710 1.00 "6.19 ΜΙ ATSN 5922 WITH LIE 162 -34.106 45.753 -72.033 1.00 06, 2] 01 ATSN 5923 ABOUT LIE 162 -33.176 44.954 -72.727 1.00 "9.43 H1 ATSM 5924 N TNN 163 -34.591 46.441 ’L.WO * ], 00 87.73 01 ATON 5925 CA TAP 163 -34.069 46.270 -70.453 1-00 87.13 01 ATOM 5926 NE Transnational corporation 163 -33.414 47.569 “09-937 1.00 87.76 01 ATSM 5927 CC1 TE9K 163 -34.374 40.63 * -69-96? 1.00 80.69 01 ATON 5920 CC2 Transnational corporation 163 '32 .210 47.946 -7 ", 00 * 1.00 87.58 Η1 ATOI 5929 WITH tn 163 -35.194 $ 4, 8Y0 -69, 503 1. "0 86.16 311 ATSM $ 930 ABOUT Transnational corporation 103 -34-95? 45.286 -00.4 * 9 1 .00 85.76 Η1 ATOM 5931 to 5 EN sixteen* -36.420 46.216 -.69.0BB ι. her a * .63 01 ATOM 5932 CA ZEK 164 -37.504 45.901 -09.052 1 .00 83.71 01 ATOM 5933 NE ZEK 164 -38.73? 46.077 -69.475 1 .00 04.14 Η1 ATOI 593 * Sat 5 EP 164 -39. B55 46.731 -60.616 ί.ίΐΟ B4.04 01 ATOM 5935 G ZEY 164 -38.016 44.500 -69.1 * 11 Ι.ΰΟ 02.36 Η1 ATOM 5935 with ZEN 164 -38.105 43.962 -70.244 1.00 92.47 01 ATSM 5937 at OH ¥ 165 -38.193 43.06 * -67.995 1 .00 VO, 97 Η1 ATOM 5938 CA Oyu 165 -38.616 42.476 -67.972 1.00 79.30 . Η1 ATOM 5939 SUE 165 -37.452 11.504 -60.010 ’, 00 70.12 Η1 ATSN 594 " about yu 165 -37.651 40.29 * -68,120 1.00 77.62 Η1 ATON 5941 15 il 166 -36.233 42.03 "-67.935 ϊ, 00 76.72 01

Ϊ. O l O a s l ϋ l Γ ’ΐ ύ Π ΰ Ο ΰ L ζ ΰ P L G: G! P G1 g Ο ο ο (ι ζ ΓΙ η η ζ С П Л η Γι Κ ϋ Γ; Ζ у! '! Ϊ о <1 η η η Ϊ Г, Л · ΐ η η Пс, I о Л ΰ Л L i Ο η L l L π

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ΑΤΟΗ 594 2 CA UAY 166 -35 * 037 41.205 “69,040 1.00 75.02 H1 ATOI 594 3 NE UAB 166 -33 * 905 41.954 -63.770 1.00 75.90 H1 ATON 5? 4 4 CC1 UAY 166 -.32.673 4], 070-69. B56 1.00 75.62 H1 ATOM 594 5 CE2 UL 166 -.34.3 65 42-354 -70,161 1.00 75.64 H1 ATOM 594 6 WITH UAY 166 “34,526 40,775 -66,670 1.00 75.14 M1 ATON 594 7 about UAB 166 -34.253 41.610 -65.809 1.00 75.37 H1 LTE 594 0 n ΗΙ5 sixteen? -34,396 39,466 -66,400 1.00 73.4? H1 ATSN 594 9 CA ΗΙ5 167 -33, 935 30.911 -65.234 1.00 72-00 H1 ATCI 5950 NE ΗΙ5 167 -35.057 30.090 -64.569 1.00 72.2? H1 ATOM 5951 SS NEZ 167 -34.777 37.683 -63,155 1.00 12.4? H1 ATON 5952 CO2 NEZ 167 -33.696 37.087 -62.363 1-00? 2.15 H1 ATON 5953 WE NGZ 167 -35.684 36.981 -62.390 1.00 71.80 H1 ATSN 5954 CE1 NEZ 167 -35 * 176 36.771 “61.109 1, 00 71.72 H1 ATOI 5955 HE2 HER 167 “33. 971 37.31) -61.147 1.00 72.50 H1 ATOM 5956 WITH HE5 167 ‘32 - / 06 30,026 -65.430 1.00 70.80 H1 ATOM 8957 about ΗΙΕ. 167 -32-793 31, -OOV -66,121 1.00 69.91 H1 ATON 5960 n Transnational corporation 166 -31,561 30,424 -64,855 1.00 70.00 their ATON 5959 CA Transnational corporation 160 -30, 335 37.607 -65.02? 1.00 68.86 I1 ATOM 5960 NE Transnational corporation 160 -29.156 30.650 -65.269 1.00 69.61 NOT ATON 5951 OS1 Transnational corporation 160 -29. 449 39.489 -66.394 1.00 70.62 H1 ATON 5962 CC2 Transnational corporation 16V -27, B78 37.067 -65.540 ] .00 69.75 NOT ATON 5963 WITH Transnational corporation 1EV -30,026 36.B26 -63.003 £ 1.00 7.17 H1 ATSM 5964 0 Transnational corporation 160 -29 * 731 37.344 -67,727 1.00 67.02 H1 ATON 5965 I P11YO 169 “30.093 35-510 -63,979 1.00 64.86 H1 ATOI 5966 CA RNE 169 -29,670 34.576 -62.881 2.00 62.80 H1 ATSN 5967 NE RNE 169 -30,615 33.263 -63.150 1.00 62.05 I1 ATSN 595V SS RNE 169 -32.1 ° C 33. 400 -63.176 1.00 62.66 H1 ATSN 5969 SY RNA 169 -32,748 33.972 -64.266 1.00 62.30 H1 ATSM 5970 CO2 RNE 169 -32, B77 32.94 3 -62-BUT !, О0 £ 2.49 H1 ATSN 5971 CE1 RNE 169 -34.1EV 34.0Θ6 -64.299 1.00 6g. £ 1 H1 ATI □ 3 ίΖ C-Ε, Ζ rot ΖΟ3 - -H. Ζί ί -οζ. t E, AI 62.55 H1 ATOI 597 3 C2 rne 169 -34, B04 33.625 -63.23? £ 1.00 H1 ATSN 597 4 WITH RNE 169 -28.398 34.290 -62.683 1.00 61.96 H1 ATSM 5975 ABOUT RNE 369 -27,663 34.061 -63-645 1.00 61.02 H1 ATON 597 6 N RIO 170 -27,942 34.294 -61.421 1.00 60.72 H1 ATSN 597? □ □ Ryo 170 -29.702 34,746 -60,244 1.00 60.03 H1 ATSN 597 0 CA RNO 170 -26, 555 33,964 -61.078 1.00 58.09 H1 ATSN 5979 NE rna 170 -26,526 34,083 -59.554 1.00 59.29 I1 ATSN 5E & 0 SS RIO 170 -27.61a 35,058 -59.246 1.00 59.11 H1 ATSN 5901 WITH PH {1 170 -26,132 32.576 -61.561 1.00 59-02 H1 ATSM 5902 ABOUT REY 170 -25.998 31,653 -61.647 1.00 57.43 H1 ATON 5903 N AT.L 17] -24.897 12.440 -61.073 1.00 50.04 C 1 ATSM 5904 CA ABA 171 -24.328 31.229 -62.496 1-00 $ 6.50 H1 ATSM 59Θ5 NE ABA 171 -22.955 11,503 -63.094 1.00 57.77 H1 ATSM 5986 WITH ABA 171 -24,243 10.066 -61-517 1-00 56.57 H1 ATSM 5907 ABOUT ABA 171 -24.030 10.259 -60.320 1.09 57.67 H1 ATOM 590V N UAB 172 -24.415 28.855 -62.035 1.09 58.56 H1 ATSM 59Θ9 CA UAB 172 -24.118 27.654 -61.26Y 1.00 59.16 H1 ATSM 5990 NE UAE 172 “25.148 20.538 -61.553 1.00 58.66 H1 ATCI 5991 CC1 UAB 172 “25.070 25-114 -63.011 1.00 59.09 111 ATSN 5992 CC2 UAB 172 “24-890 25.353 -60.632 1.00 60.06 H1 ATSN 5993 WITH UAB 172 -22.721 27.15? -61.641 1.00 59.63 !eleven ATOM 5394 WITH UAB 172 -22.304 27.266 -62.?E6 1-ΰΟ 59.35 H1 ATSM 6995 s BB1T 173 -21,990 26.631 -60.663 1.00 $ 9.79 H1 ATSM 5996 CA Bw 173 -20.686 26.032 -60.937 1.00 60.07 H1 ATOM 5997 NE CEO 113 -19.688 26 * 340 -59.011 1.00 59.90 H1 ATOM 5993 SS Bw 173 -16.205 26.413 -60.167 1.00 60.10 H1 ATSM 5999 ϋϋΐ BE0 173 -17.376 26.202 -50.905 1.00 57.51 H1 ATOM 6009 C 02 BEI 173 -17.850 25.356 -61,201 ], 00 58.71 H1 ATOM 6001 with bei 173 -20.079 24.52Θ -61.041 3.00 61.60 H1 ATOM 6002 ABOUT BE0 173 -21.378 23.097 -60.110 £ 1.00 H1 ATON 6003 S yen 174 20.4V2 23-95 "-62.572 1.00 62.51 H1 ATOM 6004 CA si 174 -20.744 22,547 -62.446 1.00 63.82 H1 ATON 6005 GW her 174 -21.044 22,352 -63.929 1.00 65.1Θ E91 ltsach 6006 ss Sc 174 -22.139 23,256 -64,450 1.00 67.24 H1 ATOM 6007 Joint venture SBI 174 -22-365 23.065 -65.926 1.00 69.04 H2 ATOM 6000 OE1 SBI 174 -23.070 22.125 -66.337 1.00 70 * 60 n’ ATON 6009 NOT 2 SBI 174 -21,023 23.953 -66.741 1.00 6V. OT H1 ATSN 601 0 WITH SBI 1? 4 -19.565 21.672 -62.050 1.0C - 60.96 H1 ATON (CC ABOUT s.i 1 74 -10.445 22.159 -61.895 1.00 64.54 H1 ATSN 6012 N ZEK 175 -19.ΘΖ0 20.376 -61.896 1 * 00 63.64 H1 ATOM 6013 CA ZEK 175 -10.777 19.436 -61.501 1 * 00 £ 3.02 H1 ATOM 6014 NE ZEK 175 -19.346 10.016 -bini 1.00 64.57 . H1 ATOM 0015 OS 5 EN 175 -19.975 17.626 -62.616 1.00 66.58 H2 ATSM 6016 WITH NEK 175 -17.6U 19.46 "-62,401 1.00 63.00 H1 ATOM 6017 ABOUT ZEK 175 -16.541 10.926 -62.197 1.00 64.06 H1

□ η Ο Ο Ο Σ Ο Π ϊ! Ο Ο Γ) Ω Ω 1 ΰ Ω (Ί ό ϋ (Ί Π Σ ύ Π ι * ϊ Ω Γ ΰ ζ С! О О l ζ Ο Π Л Γι Π η Ζ П Г Г, G.P П Л П Л P r O P D) O L L Ζ Ο Π ϊ Γ'ϊ Ζ ϋ ('(ί ΰ Ζ ό ίί Λ Ο 7

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ATON 601.0 TO VER. 176 -17.016 20.095 63.632 1.00 61.79 H1 th ATSN 6019 SD BEK 176 -16.776 20.187 -64.650 1.00 60.10 H1 WITH ATSN 6020 sv CENTURY 176 -17,309 20-410 -66.025 1.00 59.9+ H1 WITH ATOI 6021 OS ZEK 176 -17.063 31.752 -66.150 1.00 60.00 H1 ϋ ATON 6022 with CENTURY 176 “15,006 31.323 -64.356 1.00 59.39 H1 η ATOM 602 3 0 ZEK 176 -14.733 21,390 -64.951 1.00 59.39 H1 0 ATON 6021 l □ y 177 “16.191 22.211 -63.443 1.00 57.70 H1 14 ATSN 6025 CA SUE 177 -15.384 23.389 -63.176 1.00 56.99 H1 | G4_ · ATSN 6026 WITH σΐΛ 177 -15.77V 24.550 -61.060 1.00 56.07 H1 | H. ATSN 602 T about SZU 177 -15,157 25.614  61.013 1.00 56.89 H1 0 ATSN 602 V to Bw 170 -16.022 24.345 -64.860 1-00 56.63 H1 s ATSN 6029 CA Bw 17B -17,290 25.370 -65,770 1.00 57.23 H1 with ATON 6030 NE Bw 170 -17.436 24.786 -67,160 1.00 51.13 of with ATOI 6031 SS Bw 170 -16-115 24.423 -67, "72 1 .00 56.25 H1 with ATOI 6032 CO2 Bw 170 -16.38? 23.790 -69.230 1 .00 55.52 H1 with ATOI 6033 C 02 Bw 170 -15-26® 25.675 -60.01? 1 .00 56.22 H1 with ATON 6031 WITH Bw 170 “10,631 25.959 -65.320 1 .00 57.07 ίίί with ATSM 6035 0 1EP 170 -19.428 25.295 -61.665 1.00 $ 5,? 9 H1 0 ATSN 6036 ϊί TOUR 179 -10,064 27.213 -65.697 1.00 57.71 H1 n ATSN 603? CA TUI 179 -20.064 27.921 -65.280 1.00 59.36 H1 with ATSM 6038 NE ΤΪΒ 179 -19.725 29.37V ”61.961 1 - 00 50. bV H1 with ATSM 6039 SS TUK 179 -10.011 29.550 -63.754 1.00 50.53 H1 with ATSM 6040 CO2 TUI 179 -19.346 29-471 -62.465 1.00 50.26 H1 with ATOI 6041 Сё1 TUK 179 -10.540 29-680 -61,356 1.00 50.61 H1 with ATOM 6042 SP2 TUK 179 - 17.102 29.049 -63.504 1 .00 57.93 H1 with ATON 604 3 CE2 TUK 179 -16- 667 30.05 " -62.803 1.00 50.41 41 with ATSN 604 * cg TUN 179 -17.200 29.97 4 -61.531 1.00 53.60 H1 with ATON 6045 Mon TUV 179 -10,391 30.195 -60.430 1.00 5 6, P0 nz 0 ATSM 604 6 with TUI 179 -21.174 27 .077 -66.320  -00 60.05 H1 with ATSM 6047 0 TUV 179 -20.914 27, B91  67.531 1.00 50.10 H1 0 ^ “Ι 4Ί Ί 1Ί L 1 L l Г ΓιΓ-Ί  Y * | 0 * 1 gt. - g p. '-P tzicho and Oh, ST l o and “- Ί 13 . £ 1 _ □ 1 □ 1. and u- οι. ί s N £ ! H ATSM 604 9 CA ZEK 100 -23.509 27.990 -66.698 1.00 64.1? IN 1 with ATPN 6050 Sv BEIA 100 -24.290 26 - 64 6 -66.917 1.00 63.61 H1 with ATON 6051 OH BEK 100 23.501 25,775 -07.) 09 1.00 65.69 H1 0 ATOM 6052 with $ Her 1B0 -24.554 20,960 -66.021 1.00 65.91 w with ATON 6053 □ BAY 100 -24.671 28,978 -64.797 1.00 65.96 H1 0 ATON 605+ n ΗΙ5 101 -25.242 29.768 -66.023 1.00 67.43 H1 N ATSN 605 5 CA MTB 101 -26.293 Ϊ0.625 -66.290 1.00 69.34 H1 with ATSN 605 6 sv 015 101 -25.609 31.350 -65.606 1.00 70.05 H1 with DT-PN 6057 ss NTZ 101 -25,466 33,009 -66.524 1.00 70.38 H1 with ATSM 6053 CP2 ΗΙ5 101 -24.413 53.336 -67.309 1-00 70.09 H1 with DTOM 605 9 ΝΡ1 MT 5 101 -26,307 31.023 -66.676 1.00 70. $ 5 81 N ATSM 60 60 CE1 ΗΙ5 101 -25.909 34.927 -67.513 1-OO Ϊ1.32 H1 with ATOM 6061 ΝΕΪ ΜΙ5 101 -24.713 3+ .533 67.911 1.00? 1.03 H1 N ATSN 6062 WITH ΗΙ5 101 -27.264 31.075 67.371 1.00 10.14 H1 WITH ATOM 0063 0 415 101 -26.990 30.942 -60.564 1.00 69.07 01 with ATON 6064 N BEK 102 -28.402 31.609 “66.9 + 1 1.00 71.10 H1 s ATOM 6065 CA BEN 102 -2E.45B 32.010 -67.059 1 - 03 70.94 H1 with ATOM 6066 Sa BEK 102 -30.702 31-116 -6? .636 1.00 70.30 n1 Yo ATOM 6067 OS ZEK 102 -30.410 29-77 + -67.030 z.oo ba.za H1 □ ATOM 6060 WITH ZEK 102 -29.027 33,479 -67.6Θ0 1.00 71.53 H1 £ ATON 6069 ABOUT ZEK 102 -29,763 3 + .023 -66.50+ 1.00 71.22 111 3 ATOM 6P70 and ZEK 103 -30,205 3+ .114 -60.79+ 1.00 72.30 μι N ATSN 6071 CA ZEN 103 -30,900 35.396 -60.757 1.00 72.41 H1 t_ ATON 607? NE -BEK 103 -30,111 36.456 -69.525 1.00 71.36 I1 with ATON 6073 OS- BEV 1 63 -30,020 E7..6V2 -69.569 1.00 69.72 H1 0 ATSN 6074 with BEK 1BZ -32.276 35.227 -69.300 1.00 13-63 H1 with ATON 6075 Ό BEK 1-3 -32.414 3 + .573 -70-121 1.00 33.5+ H1 0 ATON 6076 14 UAY 164 -33.294 35.009 60.162 1, io 75.17 H1 N ATON 6077 CA UAY 104 -34.650 35.702 -69.269 1.00 76.46 H1 WITH ATOM 6070 C8 UAY 104 -35.491 34,712 -60.42+ 1.00 76.29 H1 WITH ATOM 6079 CC1 UAY 104 -36.949 34.751 -6Θ.Κ52 1.00 76.10 E11 WITH ATOM 6030 CC2 UAY 104 -34.941 33.311 -6V.594 1.00 76.69 H1 WITH ATOI 6031 WITH UAY 134 -35.37V 37,045 -69.300 1.00 77.45 H1 WITH ATOM 6082 R UAB 104 -35.37 $ 31.793 -68.320 1.00 77.46 H1 0 ATON 6033 N UL 185 -35.992 37.345 -70.139 1.00 70.31 H1 N ATOM 6034 CA UAY 185  36.016 3Θ.53Θ -70.572 1-00 70.79 H1 four? ATOM £ 095 CE UAY 185 -36.362 39.400 -71.77V 1.00 78.96 H1 WITH ATCI 6336 with: UL 165 -36, 360 30.506 -73.049 1-00 78-69 H1 WITH ATON 6087 CO? UAY 185 -37.201.2018 40.60Ϊ -71.931 1.00 70.15 nz WITH ATSN 60ВВ with UAT 185 -30.261 30.151 -70.743 1.00 78, $ and H1 WITH ATON 6039 0 UAB 135 -30.632 37.366 -71.624 1.00 77.03 H1 0 ATSM 6090 N Transnational corporation 186 -39.132 30.696 -69.800 3.00 73.13 . H1 N ATSM 6091 CA teak 186 -40.571 30.499 -69.990 ΐ-ϋο 90.16 nz WITH ATSN 6092 NE Transnational corporation 136 -41.244 36.402 -68,609 1.00 60.16 n: with ATSM 6093 OS1 THY 186 -40.924 39.689 -67.907 1.00 80.51 H1 about

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ATSM 6034 SS2 THY 106 -40.761 37.290 -67.796 1.00 00.44 H1 with ATOM 6095 WITH Transnational corporation 1-6 -41.172 39.627 -70.833 100 00.74 H1 with 7ιΤ £ Μ 6096 0 Transnational corporation 1B E -41.107 40.790 “70.455 3.00 79.91 H1 0 ATOM 6007 N UAY 107 “41.750 39,260 -71.075 1-00 82.12 H1 N DTOM 6003 CA UAY 107 -42.248 40,250 -7 ", ΐ" 3 1.00 83,45 H1 with DTOM 6099 her UAY 107 -41.451 40,210 -74, "46 100 83.13 H1 with ATOM 6160 Joint venture! UAY 107 “39.9 / 5 40,456 -73,975 1.00 82.39 H1 with ATOM 6191 SP2 UAY 187 -41 - 66 " 39, 869 -74,933 100 32.96 H1 with DTOM 6102 with UAY 107 “43.726 40,048 -73.239 1.00 0 4.60 H1 with ATOM 6193 ABOUT UAY 107 -44.303 39,012 -72.9ϋβ 1.00 az 97 H1 0 ATOM 6104 N Nuclear weapons 108 -44.357 41.041 -73,806 1.00 36.10 81 CSS atom 6196 with PPO 108 -43.802 42.330 '74 .14V 1.00 86.23 H1 with ATOM 6196 CA PPO 108 -45.756 40.930 -74.316 1.00 87.32 81 with house 6107 NE rko 108 -46.050 42.313 -74.919 1.00 87-01 81 with ATOM 6193 Sat RIO 108 -45.020 43,220 -74-315 1.00 86,99 H1 with ATOM 6109 WITH RNO 188 -45.050 39,025 -15,339 1.00 88.92 H1 with ATOM 6110 ABOUT FIG 18 $ -45, "45 39.772 -76,347 1.00 89.36 H1 0 ATOM 6111 N ΞΕΒ 189 -46.008 30,940 -75,000 1.00 90.12 H1 eight ATOM 6112 CA Yaw 189 -47. "30 37.889 -76.033 1.00 91.74 H1 with ATSM 6113 NE ZEK 89 -48.429 37,067 -75,529 1.00 91.44 191 with ATSM 6114 With Yaw 109 -48.108 36.379 -74.333 1.00 91.54 81 about ATON 6115 WITH ZEK 109 -47.504 30.513 -77,382 1.00 93.06 H1 with DTOM 61 16 th ZEK 109 -47.261 37.962 -78.436 ) .00 93-63 H1 about ATOM 6117 N BAY 190 “48.233 39.673 -77.334 100 94.02 H1 N ATSM 61 1 $ CA BEV 190 “40.654 40-386 -? 8, $ 36 1.00 94.90 H1 with DTOM 6119 NE Yaw 190 -49 - "" 8 41.754 -78-159 1.00 94.23 H1 with ATSN 6120 Oz Yaw 190 -50.258 41.630 -77.192 1.00 94.02 H1 0 ATOM 6121 WITH Yaw 190 -47,498 40,562 -79.512 1.00 95.63 H1 with ATOM 6122 ABOUT Yaw 190 -47.679 40.497 -80.727 1.00 95.93 H1 about ATSM 6123 N ZEE 191 -46. 311 40.045 -78.974 1. oo 96.22 81 to ATOM 612.1 CA ZEV 191 -45.161 41 .202 -79.796 1.-00 96.93 H1 with ATSM 6125 her ZEK 191 -44.210 42.100 -79.002 1.00 97x27 81 with ATON 6126 ABOUT BEK 191 -44.062 43 -293 -70.596 1.00 91. "3 H1 about ATON 6127 WITH BAY 191 -44.405 39.981 -00.314 1.00 97.19 81 with ATSN 6126 ABOUT Yaw Ϊ91 '43, 393 40.116 -81,003 1.00 96.64 H1 ATOM 6120 N jeo 192 -44.995 30-792 -79. 982 1.00 97.72 H1 to ATOM 6130 OD Bp nineteen" -44, $ 9 37.561 -80,489 1.00 98.54 H1 with ATSM 6131 NE BE0 nineteen" -44,713 36.367 -79- 626 1.00 93.53 H1 with ATSM 6132 SS BE0 nineteen" -44,246 36.361 -70. BY 1.00 9B .25 n1 with ATSM 6133 CP1 Bp nineteen" -44.73 " 35,095 -77,483 1.00 93.23 H1 with ATSM 6134 C 02 Bw 192 -42.727 36.446 -78.1’ 100 97.62 H1 with ATSM 6135 WITH Bw 39 " -44,719 37,323 -81,935 1.00 90.79 H1 with ATON 613 6 ABOUT Bw 192 -45.907 37.187 -82.232 1.00 9B. 91 n1 ϋ ATSM 6137 N SUE 193 -43,730 37.272 -02.831 1.00 90.92 H1 eight ATSN 6138 CA SUE 193 -44.034 37.097 -04.241 1x00 99.03 H1 ί- ATOM 6139 WITH SUE 193 -43.B44 30.371 -85.037 1.00 9B. 92 81 ο ATON 6140 ABOUT Be 193 -43.566 30.330 -86.236 1.00 98.95 H1 about ATON 6141 N THY 194 -43.995 39.515 -04.373 1.00 9B. 9" 81 to ATON 6142 CA Transnational corporation 191 -43.705 40,000 “05.018 1.00 98.95 H1 with ATON 6143 NE THY 194 “45.009 41.738 -84.830 1.00 98.60 H1 with ATSN 614 4 061 TNK 191 -45.217 41.99? “83.4 44 1.09 98.43 H1 about ATOM 6145 Sat " THY 194 -46. "57 41-093 -85,424 1-00 98.49 H1 with ATOM 614 6 WITH TNV 394 42,556 41,508 -8 ", 446 1.00 99.74 H1 with ATSM 6147 ABOUT TNV 194 -4 ", 136 42.55'4 -84,944 1.00 9B. AT 4 H1 0 PBX 6149 N si 195 -41.906 40.928 -83.394 1.00 99.32 H1 B ’ ATOM 6149 SD sm 195 -40,809 41., 500 -82.750 1.00 97.95 H1 with ATOM 6150 NE si 195 -41.191 42.046 -81.36V 1.00 97.62 n1 ί- ATOM 6151 With sn 195 -40.009 42.597 -80.572 1.00 97.74 81 ο ATSM 6152 With sn 195 -39. 320 43.757 -01.265 1.00 90.15 81 with ATOM 6153 OE1 sn 195 -3Β.732 43.594 “02.335 1.00 90.48 81 about ATOM 6154 ΝΕ2 BYN 295 -39.397 44.936 -00.656 1-00 92.92 81 N ATOK 6155 WITH si 295 -35.694 40.465 “82.615 100 97.59 H1 with ATOM 6156 ABOUT Be 195 -39.919 39,356 82-127 1.00 9? .42 H1 about ATON 6157 N THY 196 -30.493 40,032 -83-052 100 96.87 H1 N ATSN $ 615 SD THY 196 -37.335 39,951 “82,936 100 9b, 09 H1 with DTOM 6159 NE THY 196 -36- "06 40-071 -84 -167 3:00 96.10 H1 with ATOM 6160 OB1 Transnational corporation 196 -35,943 41.421 -84,292 1.00 96.22 H1 about ATOK 61 Y1 C5 " THY 196 -37,146 39,672 -85.4 34 1.00 95.59 H1 with ATSM 6162 WITH TNV 396 -36. 526 40.270 -81,681 1.00 95.48 H1 with ATOK 6163 0 TNV 196 -36.262 41.434 -01.375 1.00 95.11 81 0 Α'ίΟΗ 6164 N TUV 197 -36.137 39.225 -BO. 95V 1.00 94.60 n1 to ATOK 6165 CA TUV 197 -35.347 39.389 -79.745 1.00 93.36 81 with ATSM 6166 NE TUV 197 -36.104 30.017 -70.545 1.00 93.41  I1 with milking 6167 se TUI 197 -37.457 39.455 -70.317 1.00 92.83 81 with ATOM 616 $ CP1 TUV 297 -30.620 30,773 -78.6 "1 1 xOO 92.54 H1 with ATOM 616 $ CE1 TUI 197 -39.E67 39.354 -78.419 100 92-56 81 with

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ATOM 6170 SP2 TUN 197 “37, Λ61 40,741 -77.801 1.00 92.51 H1 and- ATOM 6171 CE2 TUN 197 -38.794 41-331 -77.596 1 .00 92.67 111 G ATST1 61 1'7. CE TUN nineteen? -39,945 40,633 -77.907 1 .00 92 .06 81 with ATOM 617 3 HE TUN 197 -41,175 41,221 -77.710 1.00 92 .25 H1 about ATOM 6174 WITH TUN 197 -34.000 38x690 -79.8В0 1.00 92.10 81 with ATOM 6175 ABOUT TUN 197 -53.937 37.498 -00.190 1.00 92.42 81 ABOUT atom 6176 N Gye 198 -32.925 39.441 -19.670 1 .00 *), 09 81 eight ATOM. 6177 CA Gye 198 -31.577 ZV.901 -79.703 1.00 V9.6? 81 with ATOM. 6178 SY 1b 198 -30.846 39.489-01.011 1-00 VE. 35 H1 with ATON 6179 SY2 1b 198 -29.408 30.996-01.045 1-00 09.56 H1 with ATOM- 6100 SB1 1b 198 -31-579 39,091 -02,295 1 .00 89.73 81 with ATOM 6101 □ O1 Gye 198 -30.918 39.598 -83.560 1 .00 87.61 W with ATOM 6162 WITH Gye 198 30.160 39,201 -78.530 1 .00 89.23 H1 with ATOM 6103 ABOUT Gye 198 -30-556 40,362 -78.170 1.00 80.50 01 about ATOM 6184 N CPS 199 -30.292 38.145 -77.870 1.00 00.70 S 1_ s ATOM 6185 CA SUB 199 -29.523 38.287 -76.640 1.-50 07, 96 81 with ATOM 6156 WITH SUB 199 -28.039 38.438 -76.971 1.00 07.57 81 with ATOM 6181 ABOUT SUB 199 -27.521 37.774 -77.86V $ 1.00 87.1 H1 ABOUT ATOM 6188 SY SUB 199 -29.752 37.065 -75.731 1 -00 0? .80 H1 with ATOM 6189 5C SUB 199 -28.623 35.661 -76.005 1.00 06.80 H1 £ ATOM 6190 N ΛΞΗ 200 -27.363 39,323 -76,24? 1.00 97.60 H1 eight ATOM 6191 CA Abm 200 -26.000 39,714 -36,593 1.00 07.93 H1 WITH DTOM 6192 NE ABA 200 25,917 41,235 -76.143 1.00 ΘΒ.63 n1 WITH DTOM 6193 With ABA 200 -27.051 41,801 -77.571 1.00 09.36 H1 WITH ATOM 6194 C 91 Foreheads 200 -27.673 42.794 -77.201 1.00 09.41 H1 ABOUT ATOM 6195 YP2 AZES 200 -27.326 41.171 -78.716 1.00 09.25 nz eight ATOM 6196 WITH ABA 200 -24.999 39.254 -75.539 I - 00 07.45 H1 WITH ATON 6197 ABOUT ABA 200 -24.758 39.918 -74.550 1.00 07.13 H1 ABOUT ATOM 6198 N UAY 201 -24.403 38,086 -35,766 1.00 90.80 H1 AND ATOM 6199 SD UAY 201 23.-438 37.526 -74.835 1.00 05.93 H1 WITH ATOM 6200 with* ul 201 -23.413 35.90? -74.926 1.00 05.26 m; 0 ATOM 6201 with: UL 201 -22.441 35-421 -73.907 1.00 05.22 M2 WITH ATON 6202 CO 2 UL 201 -24.809 35.433 -74.698 1.00 04.35 Μΐ with ATON 62 * 3 with UL 201 -22. 38.062 -75.121 1.00 05.8V H1 with ATSM 6204 about UAY 201 -21.636 38.183 -76.277 1.00 05.83 K1 ABOUT ATON 6205 N ABA 202 -21. 302 38.382 -74.062 1.00 06.0V H1 s ATON 6206 CA AZES 202 -19.929 18.856 -74.196 1.00 06-41 H1 with ATSN 6201 SE AZES 232 -19.397 10.388 -74.196 1.00 06.12 H1 with ATON 6208 SS AZES 202 -18.503 40.945 -74.43? 1-00 06.32 81 with ATON 6209 OO1 AZES 202 -17.597 40.226 -74.860 1.00 06.49 ΗΙ ABOUT ATON 6210 could AZES 202 -18.327 42.231 -74.16 $ 1-00 06.34 81 s ATOM 6211 with AZES 202 -19.063 38.322 -73.056 1-00 06.59 H1 with ATOM 6212 about ABA 202 -19.273 $ 30.66 -71.0 * 3 1.00 06.68 H1 with ATON 6213 s Y1B 203 Ί0.ΟΕ9 37.483 -73-397 1-00 & 7.00 H1 s ATOM 6214 CA H1Ya 203 -17.166 36-934 -72.409 1.00 87.34 81 with ATOM 6215 NE ΜΪ5 203 17.100 36.409 -72.537 1-06 Θ8.04 81 with ATSN 6216 se YAG 203 Ί6.304 34.7 + 1 -71.165 1.00 89.65 81 with ATOM 6217 CO2 ! 113 203 -16.174 35.015 -70.145 1.00 90.06 81 with ATSN 62] 8 1 + 01 shz 203 -15.509 33.641 -71,707 1.00 09.01 n1 N ATSM 62] 9 CE1 818 203 -14,923 33.26? -70.583 1.00 V9.71 81 with ATSM 6220 NEZ 815 YOZ -15.310 34.084 -69.620 1.00 90.14 H1 s ATSM 6221 with NRB 203 -15.172 37.521 -72.603 1.00 87.37 81 with ATSM 6222 ABOUT ΗΙ5 203 -14-94Y 36.961 -73.318 1-00 87.61 H1. with ATSM 6223 m Bw 204 -15.511 38.65'6 -71.953 1.00 87.39 81 N ATSM 622 4 CA Bw 204 -14.282 39.411 -72.154 1-00 07.67 H1 with ATSN 6225 Sat Bw 204 -14.296 40.671 -71.281 1-00 V7.25 H1 with ATSM 6226 se Bw 201 -15.279 41.733 ’71, 1 $ 9 1.00 68.05 H1 with ATON 6227 with Boo 204 -15.674 12.676 -70.637 1.00 88.66 81 with ATOM 6228 CE Bw 204 -14.153 43.279 -69.965 1.00 89.19 81 with ATSM E22 9 N2 Boo 204 -14.820 44.035 -60.736 1.00 90.12 81 s ATOM 6230 with Bw? 204 - 12,996 30,621 -71,903 1.00 87.00 H1 with ATSN 6231 □ B ¥ 5 204 -11-983 3Θ.052 -72.566 1.00 80.12 H1 about dtsn 6232 TO RIO 205 -13.013 37.683 -70.940 1.00 87.01 and! and ATSM 623 3 SR RCP 205 -14.ROV 37.49? -69.868 1.00 87.68 81 with DTON 6234 CA RIO 205 -11.854 36.199 -70.763 1.00 87.47 111 with DTSM 623 5 NE RIO 205 -12,254 35.915 -.69.583 1.00 87.20 81 with DTOM 623 6 with RNO 205 -13.239 36.71? -68.825 1.00 86.0 * 81 with dtak 6237 with RKO 205 -11.542 35.975 -72.012 1.00 81-26 81 with ATOM 6238 0 RKO 205 -10x370 35.786 -72.369 1-00 86.44 81 0 ATOM 623 9 N BAY 206 -12.589 35.492 -72.673 1 .PO 81.15 81 s ATOM 6240 CA BBV 206 -12x432 34x595 -73.612 1.80 81.33 81 with ATOM 6241 with& ZEK 206 -13.477 33.480 -73.738 1.00 86.84 81 with ATOM 6242 os Zea 206 -13.303 32-5 + 0 -79-701 1.00 81.39 . 81 about ATOM 624 3 with BAY 206  12.55 * 35.326 -75,150 1, 00 81.95 81 with DTOM 624 + 0 BEN. 20 $ -12,301 34.749 -76.209 1.00 87.21 81 P DTOM 6245 and AZP 207 -12.955 36.594 -75.095 1.00 80.63 81 N

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ATOK 6Ζ46 CA AZES 207 -13.253 37.365 -76.299 1-00 03.90 N’ ATOM 62 * 7 NE AZES 207 - 11,971 37.647 -77.008 1.00 89.10 H1 ATOM 6Ζ45 SS AZES 207 -11.180 .38.808 -76,515 1.00 89.03 H1 ATON 6249 SF1 AZES 207 “10.011 39.004 -76.850 1.00 90.22 H1 ATOM 6250 S1> 2 AZES 207 -11.816 39.58? -75,545 1.00 90.11 H1 ATOM 6251 WITH AZES 207 -14.260 36.641 -77.105 1.00 80.61 H1 ATON 6252 ABOUT AZES 207 -14.192 36.717 -78.411 1.00 86.61 H1 ATOM 6253 n TIR. 268 “15.189 35.933 -76. 551 1.00 8V .13 H1 ATOM 625 * CA Transnational corporation 208 -16,290 85.300 -77.264 1.80 8Θ, 95 w ATOM 6255 NE TEAK 208 -16.790 33.971 -76.593 1.00 80.70 H1 ATON 6256 SJ1 Transnational corporation 208 -15.581 33.075 -76.577 1-00 80.37 H1 ATOM 6J57 SG-2 Transnational corporation 790 -17.350 33.323 -77.350 1.00 81, 09 H1 ATOM 6258 with Transnational corporation ΖΟΘ -17.492 36.238 -77.271 I.00 89.54 H1 ATOM 6259 with Transnational corporation 200 -18.310 36.221 -76-352 * .00 89.20 H1 ATOM 6266 N Bw 209 -17.586 37.059 -78.312 1.00 90 .21 H1 ATOM 6261 CA BUZ 209 18.681 30.012 -70.445 1.00 90.36 H1 ATOM 6262 NE Bw 209 -18.158 39,319 -79.049 1.00 90.46 n] ATOM 6263 SS BUY 209 -18.875 40,570 -78.560 1.00 91.30 I1 ATOM 626 * CE> BU5 209 -20.221 40,752 -79.256 1.00 92.32 H1 ATOM 626 $ CE BU5 209 -20.057 41.111 -BO.713 1.00 92.31 H1 ATOM 6266 mg BU5 209 -21.372 41.397-B1.382 1.00 91.57 H1 ATOM 6267 with BUZ 209 -19.748 37.396 -79.347 1.00 90.49 H1 ATON 6260 0 Bw 209 -19.495 37.130 -80.523 1.00 91.2V H1 ATSN 6269 N UAY 210 -20.934 37.163 -78.790 1.00 90.31 H1 ATON 6276 CA UAY 216 -21.966 36.387 -79.414 1.00 90.33 H1 ATSN 6271 NE UAY 210 -22.164 35,006 -78,192 1.00 90.01 ΕΪ1 ATOM 6272 CO! UL 210 -28.304 34.246 -79.450 1.00 BE.87 H1 ATSN 6273 CO2 UAY 216 -20,880 34,200 -78,019 b.oo ve.ae H1 ATSN 627 * WITH UAY 210 -23.311 37.106 -79.519 1.00 90, & 5 H1 ATSN 6275 ABOUT UAY 210 -23.579 38.000 -78.115 1.00 90, E5 H1 ATOM 6276 N AZR 211 -24.146 36.715 -80.477 ί, 00 91.03 H1 ATON 6277 CA D5R 211 -25.536 37.151 -80.526 1-00 91.23 nz ATOM 6270 NE AIR 211 -25.698 38.294 -0], 532 1.00 91.67 K1 ATOM 6279 SS D5R 211 -24.793 $ 39.472-01.22 1-00 92.43 H1 ATON 6256 ΰϋΐ AIR 211 -25,173 40.317 -30.391 1.00 92.57 Yu ATSN 6251 002 AIR 211 23.699 39.552 -81.028 1.00 92.96 | [1 LTS " 6282 with A5P 211 -26-416 35.975 -80.940 1.00 91.0? W ATSN 6283 ABOUT AZR 211 -26.143 35-305 -81.935 1.00 91.24 H 1 ATOM 628 * n Bw 212 -27,466 35.720 -80.168 1.00 90.73 Ή 1 ATSN 628 5 CA BUOY 212 -20.407 34.659 -80. 501 1.00 90.7? w ATSN 6286 CE BUOY- 21? -28.410 33.585 -79.410 1-00 90.14 H1 ATSN 6287 With BUOY 212 -29.376 32,430 -79.673 1.00 89.67 H1 ATSN 6286 SR Bw 21? -29.021 31.683 -80.949 1.00 89, Θ5 H1 ATSN 628 $ CE BU5 212 -71.67 $ 30.983 -80.831 1.00 89.03 H1 ATSN 6290 N8 Bw 212 -27.417 30.051 -81.967 1.00 89.22 H1 ATOM 6291 WITH BUY 21? -29.010 35.226 “80.668 1.00 91.33 H1 ATOM 6292 WITH Bw 212 -30.237 36.091 -79.902 1.00 91.11 H1 ATOK 6293 N BU5 213 -30.523 34.732 -81.674 1-OO 91.62 H1 ATOM 6294 CA BUOY 213 -31.861 36.221 -81,977 1.00 92.10 n1 ATOM 6295 NE BUOY 213 -32.032 35,352 -83.494 1.00 92 .80 111 ATOM 6296 her BUOY 213 -33.204 36 .21 $ -63.933 1.00 93.56 n1 ATOM 6297 SR Bw 213 33-200 36, 412 -85.446 1.00 93.60 H1 ATOM 6298 CE Bw 213 “34.314 37.3 * 7 -85.896 1.00 93.91 eleven ATOM 6299 ΜΖ Bw 213 -34-365 37. * 79 -07.380 3.00 92.57 C 1 ATOM 6306 with BU5 213 -32,893 34.253 -81.415 1.00 92.1? H1 ATOM 6301 with BUY 213 -37,933 33.005 -01.799 1.00 92.12 H1 ATSN $ 307 m UAB 214 -53.723 34.739 -80.501 1.00 92.7 * H1 ATON 6303 CA UAY 214 -34.723 33.891 -79.069 1.00 93.76 H1 ATON 630 * sv UAY 214 -34.803 34.231 -78.370 1.09 93.57 H1 ATON 6305 CC1 UAY 214 -35.835 33.241 -77.709 I -00 92.60 H1 ATON 6306 ssg UAY 214 -33.524 34.212 -77.68 * 1.00 93.40 H1 ATSN 630? with UAY 214 “36.075 34.044 -80,557 1.00 94.9Β !eleven ATSN 6308 0 UAY 214 -36.666 35.126 -80,559 1.09 94.67 H1 ATON 6309 I OBO 215 36.556 32.952 -81.141 1.00 95.80 H1 ATON 6316 CA yo 215 -37.829 32.956 -61.050 1.00 96.61 H1 ATON 6311 sv OBO 215 37,591 32,750 -83.347 1.00 07.66 "one ATON 6312 her si 215 “36.659 33.777 -83.970 1.00 99.39 W ATSN 6313 SR yi 215 -36.464 33.561 -85.458 1.00100.39 H1 ATON 6314 OE1 si 215 -35.937 34.475 -86.128 1.00100.64 H1 ATSN 6315 PE2 OBO 2 1 5 -36.84] 32.477 -85.956 1.00101.0 * H1 ATSN 6316 with <Щ1 215 -30.155 31.053 -81.313 1.00 96.75 H1 ATOM 6317 0 SBI 215 -30.263 30.086 -80.117 1.00 96.90 H1 ATSN 5316 N RAS 216 -40.053 31.989 -81.519 1-00 97.02 . H1 ATOM 6319 SR RKO 216 -40.692 33.162 -82.139 1-00 96.97 01 ATSN 6320 CA T-bills 216 -41.045 31-022 - $ 1, IE2 1.00 97.59 H1 ATOM 6321 sv RKO 216 -42.376 31.602 -81,501 1.80 97.22 1 (1

g; with η ΐ ο η ο ο η η η l g o l o l o g · o C 1 s L π γϊ Π σ ο π ΐ π ο η π p-g o l o g r, g, g; r ο η l η η <ι? ο ί; ί η ΰ L · π (ί ϊ o 7 π ο π η π η l g

- 421 032 106

ATSN 6322 ss yelling 216 -12.109 33,060-01,652 1.00 97.02 H1 with ATOM 6 323 with RAO 236 -40.819 29.603 -01.553 1.00 90.15 H1 with ATOM 6324 with REY 216 40.1 "? 29.404 -62,591 1.00 97-93 111 0 ATSM 6325 N Bw 217 -41.343 20.624 -00.821 1.00 99.25 H1 N ATON 6326 CA Bw 237 -41.133 27.213 -Θ1.137 1.00100.54 H1 with ATOM 632? NE ΕΪΕ 21? -41.567 26.340 -79.954 1.00100.67 Ή1 with ATOM 6320 SS B5 217 -40. B32 26.634 -78.652 1-00101.66 H1 with ATOM E329 sv Boo 217 -41.398 25. B15 -77.496 1.00101.93 H1 with ATOM 63 30 CE B5 217 -40.737 26.135 +76.173 1, 00102.31 n1 with ATOM 6331 82 Bw 217 41.369 $ 25.49 -75,006 1.00101.76 61 s ATOM 6332 WITH Boo 217 - • 41.892 26-704 -62,392 1.00100.93 81 at d ATOM 6333 ABOUT Bw 217 -42.770 25,901 -62.ΖΤ7 1,00101.03 H1 about ATON 6334 OPT Bw 217 -41.600 27,333 -93.476 1.00101.13 H1 0 TEN 6335 Bw 217 I)

vis

LIST OF SEQUENCES <110> JACKSON, Simon, Mark Walker, Nigel P.K. PIPER, Derek E.

SHEN, Bay

SHEN, Wenyang

CHEN, Joyce Chi, And

KING, Chadwick, Terence

KETCHEM, Randall, Robert MELIN, Christopher CARABEO, Teresa

Central Administrative Okrug, Tsun <120> Antigen-binding proteins that bind to proprotein convertase subtilisin kexin type 9 (RSZK9) <130> ARMO.OZA <140> 12 / 197,093 <141> 2008-08-22 <150> of 61 / 086,133 <151> 2008-08-04 <150> of 61 / 010.630 <151> 2008-01-09 <150> of 61 / 008.965 <151> 2007-12-21 <150> of 60 / 957.668 <151> 2007-08-23 <160> 499 <170> RAZZEO og ShiDovdv UegzFop 4.0 <210> 1 <211> 662 <212> PROTEIN <213> Noto zarFepz <400> 1

<31p C1 and Azr C1 and Azr C1u Azr Tug C1 and C1 and Bie Ya1 Bie A1a Bie Agd one five ten 15 Zeg C1 and C1 and Azr C1u Bie A1a C1 and A1a Rgo C1 and NFz C1u TNG TNG A1a 20 25 thirty TNG RNe H15 Agd Suz A1a Bz Azr Rgo Tgr Agd Bie Rgo C1u TNG Tug 35 40 45

- 422 032 106

ναι Ya1 50 Ya1 Bie Bz O1i O1i 55 Tht H1z Bie 5eg O1p 60 5eg O1i Agd Tht A1a Agd Agd Bie O1p A1a O1p A1a A1a Agd Agd O1u Tug Bie Tht Bz 65 70 75 80 11th Bie H1z Ya1 Rke H1z O1u Bie Bie Rgo O1u Rke Bie Ya1 Bz Me 85 90 95 5eg O1u Azr Bie Bie O1i Bie A1a Bie Bz Bie Rgo H1z Ya1 Azr Tug 100 105 110 11th O1i O1i Azr 5eg 5eg Ya1 Rke A1a O1p 5eg 11th Rgo Tgr Azp Bie 115 120 125 O1i Agd 11th Tht Rgo Rgo Agd Tug Agd A1a Azr O1i Tug O1p Rgo Rgo 130 135 140 Azr O1u O1u 5eg Bie Ya1 O1i Ya1 Tug Bie Bie Azr Tht 5eg 11th O1p 145 150 155 160 5eg Azr H1z Agd O1i 11th O1i C1u Agd Ya1 Me Ya1 Tht Azr Rke O1i 165 170 175 Azp Ya1 Rgo O1i O1i Azr O1u Tht Agd Rke H1z Agd O1p A1a 5eg Bz 180 185 190 Suz Azr 5eg H1z O1u Tht H1z Bie A1a O1u Ya1 Ya1 5eg O1u Agd Azr 195 200 205 A1a O1u Ya1 A1a Bz O1u A1a 5eg Me Agd 5eg Bie Agd Ya1 Bie Azp 210 215 220 Suz O1p O1u Bz O1u Tht Ya1 5eg O1u Tht Bie 11th O1u Bie O1i Rke 225 230 235 240 11th Agd Bz 5eg O1p Bie Ya1 O1p Rgo Ya1 O1u Rgo Bie Ya1 Ya1 Bie 245 250 255 Bie Rgo Bie A1a O1u O1u Tug 5eg Agd Ya1 Bie Azp A1a A1a Suz O1p 260 265 270 Agd Bie A1a Agd A1a O1u Ya1 Ya1 Bie Ya1 Tht A1a A1a O1u Azp Rke 275 280 285 Agd Azr Azr A1a Suz Bie Tug 5eg Rgo A1a 5eg A1a Rgo O1i Ya1 11th 290 295 300 Tht Ya1 O1u A1a Tht Azp A1a O1p Azr O1p Rgo Ya1 Tht Bie O1u Tht 305 310 315 320 Bie O1u Tht Azp Rke O1u Agd Suz Ya1 Azr Bie Rke A1a Rgo O1u O1i 325 330 335 Azr 11th 11th O1u A1a 5eg 5eg Azr Suz 5eg Tht Suz Rke Ya1 5eg O1p 340 345 350 5eg O1u Tht 5eg O1p A1a A1a A1a H1z Ya1 A1a O1u 11th A1a A1a Me 355 360 365 Me Bie 5eg A1a O1i Rgo O1i Bie Tht Bie A1a O1i Bie Agd O1p Agd 370 375 380 Bie 11th H1z Rke 5eg A1a Bz Azr Ya1 11th Azp O1i A1a Tgr Rke Rgo 385 390 395 400 O1i Azr O1p Agd Ya1 Bie Tht Rgo Azp Bie Ya1 A1a A1a Bie Rgo Rgo 405 410 415 5eg Tht H1z O1u A1a O1u Tgr O1p Bie Rke Suz Agd Tht Ya1 Tgr 5eg 420 425 430 A1a H1z 5eg O1u Rgo Tht Agd Me A1a Tht A1a 11th A1a Agd Suz A1a 435 440 445 Rgo Azr O1i O1i Bie Bie 5eg Suz 5eg 5eg Rke 5eg Agd 5eg O1u Bz 450 455 460 Agd Agd O1u O1i Agd Me O1i A1a O1p O1u O1u Bz Bie Ya1 Suz Agd 465 470 475 480 A1a H1z Azp A1a Rke O1u C1u O1i O1u Ya1 Tug A1a 11th A1a Agd Suz 485 490 495 Suz Bie Bie Rgo O1p A1a Azp Suz 5eg Ya1 H1z Tht A1a Rgo Rgo A1a 500 505 510 O1i A1a 5eg Me O1u Tht Agd Ya1 H1z Suz H1z O1p O1p O1u H1z Ya1 515 520 525 Bie Tht O1u Suz 5eg 5eg H1z Tgr O1i Ya1 O1i Azr Bie O1u Tht H1z 530 535 540 Bz Rgo Rgo Ya1 Bie Agd Rgo Agd O1u O1p Rgo Azp O1p Suz Ya1 O1u

- 423 032 106

545 550 555 560 H13 Agd O1i A1a Run 11th H1z A1a Run Suz Suz H1z A1a Rgo O1u Bie 565 570 575 O1i Suz Bz Ya1 Bz O1i H1z O1u 11th Rgo A1a Rgo O1p O1u O1p Ya1 580 585 590 TNG Ya1 A1a Suz O1i O1i O1u Tgr TNG Bie TNG O1u Suz Run A1a Bie 595 600 605 Rgo O1u TNG Run H1z Ya1 Bie O1u A1a Tug A1a Ya1 Azr Azp TNG Suz 610 615 620 Ya1 Ya1 Agd Run Agd Azr Ya1 Run TNG TNG O1u Run TNG Run O1i O1i 625 630 635 640 A1a Ya1 TNG A1a Ya1 A1a 11th Suz Suz Agd Run Agd H1z Bie A1a O1p 645 650 655 A1a Run O1p O1i Bie O1p

660 <210> 2 <211> 2076 <212> DNA <213> Homo zar1epz <400> 2 adddsassd sadsssad dsddssdd ddssdsds sasdsds dsdsdsd60 sdsssdd dsssdsddd sdsssddsd saddaddasd addasddsda sasdaddad120 sdddsad ssdsdss sdaddaddas ddssddssd aadsasssda dsasddaass180 asadssass ssassdsd sdssaadda ssdddadd dssddsas sasdddd240 ddsdaadd addadasssa ssssdsad sadadsdsa sdsssdssd ssdsdsdss300 saddsbdsss dssddddda bbbbbbbbbbbbbb360bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb daddass ssds dsssadadsa sssdddaa ssddadsdd480 aasssss sdsddassd ddsddadaa assadssss ssdasddadd sadssddd540 dadddas ssadasas sadsaasad addassass dddaaasda dddsaddds600 addsassd assdadaa ddsssdad daddasddda sssdsssa sadasaddss660 adsaaddd asadsadd sasssassd dsadddddd sadsddssd ddadssdds720 dddssaadd ddssadsa dsdsadssd sdsddssa asdssaadd daadddsasd780 dadsddsa ssssaadd ssddad asddaaaa dssadsdd ssadssdd840 dddssasdd dddsds dssssddsd dddddasa dssdsdss saasdssd s900

Dssadsdss ddsdaddds ddddsdd sddsassd sdssddsaa sssdddas960 dadssdss sasssss adsssads sssdaddsa sasaddd ddssassaa1020 dsssaddass adssdddas ssddddas ddddassa asddssd sddddas1080 ssdsss saddddadda sasadd dssssadsd asdsadsas sdsdd1140

Ассасадаадаас д д ддадададададаасаасаасаасаасаасаасадддддас121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212121212

Bldssdadds sdddssdbdaddsada daddssa bbbbb1260 baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Ddsadsas assddddss asasddad dssasadssa sdsssdsd sdssssada1440 daddadsds dadsdss sadsss addadddda adsddsdddd sdadsdsad1500 daddsssaad ddddsaads ddsdssdd dsssasaasd sddddd dadddds1560

Asdssad ssadddsd ssdsasss saddssaas dsadsdssa sasadsssa1620 ssadsdadd ssadsaddd dasssdds sasdssass aasadddssa sdsssasa1680 ddsdsads sssasddda ddddaddas sddsasss asaadssdss ddsdadd1740 ssasdadds adsssaassa ddsdddds sasadddadd ssadsassa sdsssds1800

Dssadsss saddsdda adsaaads aaddadsad daasssdds ssssadddd1860 sadddassd ddssdsda ddadddsdd asssdasd dsdsadsds sssssddd1920 asssssasd ssddddds sasdssda dasaasasd ddadsad dadssdddas1980 dsadsasa saddsadsas sadsdaadad dssddasad ssddssa sdsdssdd2040 adssddsass ddsdsadds ssssaddad sssad2076 <210> 3 <211> 692 <212> PROTEIN <213> Homo zar1epz

- 424 032 106 <400> 3

MeC O1u Tht Ya1 5eg 5eg Agd Agd 5eg Tgr Tgr Rgo Bie Rgo Bie Bie one five ten 15 Bie Bie Bie Bie Bie Bie Bie O1u Rgo A1a O1u A1a Agd A1a O1p O1i 20 25 thirty Azr O1i Azr O1u Azr Tug O1i O1i Bie Ya1 Bie A1a Bie Agd 5eg O1i 35 40 45 O1i Azr O1u Bie A1a O1i A1a Rgo O1i H1z O1u Tht Tht A1a Tht Pb 50 55 60 H1z Agd Suz A1a Bz Azr Rgo Tgr Agd Bie Rgo O1u Tht Tug Ya1 Ya1 65 70 75 80 Ya1 Bie Bz O1i O1i Tht H1z Bie 5eg O1p 5eg O1i Agd Tht A1a Agd 85 90 95 Agd Bie O1p A1a O1p A1a A1a Agd Agd O1u Tug Bie Tht Bz 11th Bie 100 105 110 H1z Ya1 Pb H1z O1u Bie Bie Rgo O1u Pb Bie Ya1 Bz MeC 5eg O1u 115 120 125 Azr Bie Bie O1i Bie A1a Bie Bz Bie Rgo H1z Ya1 Azr Tug 11th O1i 130 135 140 O1i Azr 5eg 5eg Ya1 Pb A1a O1p 5eg 11th Rgo Tgr Azp Bie O1i Agd 145 150 155 160 11th Tht Rgo Rgo Agd Tug Agd A1a Azr O1i Tug O1p Rgo Rgo Azr O1u 165 170 175 O1u 5eg Bie Ya1 O1i Ya1 Tug Bie Bie Azr Tht 5eg 11th O1p 5eg Azr 180 185 190 H1z Agd O1i 11th O1i O1u Agd Ya1 MeC Ya1 Tht Azr Pb O1i Azp Ya1 195 200 205 Rgo O1i O1i Azr O1u Tht Agd Pb H1z Agd O1p A1a 5eg Bz Suz Azr 210 215 220 5eg H1z O1u Tht H1z Bie A1a O1u Ya1 Ya1 5eg O1u Agd Azr A1a O1u 225 230 235 240 Ya1 A1a Bz O1u A1a 5eg MeC Agd 5eg Bie Agd Ya1 Bie Azp Suz O1p 245 250 255 O1u Bz O1u Tht Ya1 5eg O1u Tht Bie 11th O1u Bie O1i Pb 11th Agd 260 265 270 Bz 5eg O1p Bie Ya1 O1p Rgo Ya1 O1u Rgo Bie Ya1 Ya1 Bie Bie Rgo 275 280 285 Bie A1a O1u O1u Tug 5eg Agd Ya1 Bie Azp A1a A1a Suz O1p Agd Bie 290 295 300 A1a Agd A1a O1u Ya1 Ya1 Bie Ya1 Tht A1a A1a O1u Azp Pb Agd Azr 305 310 315 320 Azr A1a Suz Bie Tug 5eg Rgo A1a 5eg A1a Rgo O1i Ya1 11th Tht Ya1 325 330 335 O1u A1a Tht Azp A1a O1p Azr O1p Rgo Ya1 Tht Bie O1u Tht Bie O1u 340 345 350 Tht Azp Pb O1u Agd Suz Ya1 Azr Bie Pb A1a Rgo O1u O1i Azr 11th 355 360 365 11th O1u A1a 5eg 5eg Azr Suz 5eg Tht Suz Pb Ya1 5eg O1p 5eg O1u 370 375 380 Tht 5eg O1p A1a A1a A1a H1z Ya1 A1a O1u 11th A1a A1a MeC MeC Bie 385 390 395 400 5eg A1a O1i Rgo O1i Bie Tht Bie A1a O1i Bie Agd O1p Agd Bie 11th 405 410 415 H1z Pb 5eg A1a Bz Azr Ya1 11th Azp O1i A1a Tgr Pb Rgo O1i Azr 420 425 430 O1p Agd Ya1 Bie Tht Rgo Azp Bie Ya1 A1a A1a Bie Rgo Rgo 5eg Tht 435 440 445 H1z O1u A1a O1u Tgr O1p Bie Pb Suz Agd Tht Ya1 Tgr 5eg A1a H1z 450 455 460 5eg O1u Rgo Tht Agd MeC A1a Tht A1a 11th A1a Agd Suz A1a Rgo Azr 465 470 475 480 O1i O1i Bie Bie 5eg Suz 5eg 5eg Pb 5eg Agd 5eg O1u Bz Agd Agd

- 425 032 106

485 490 495 O1u O1i Agd MeE O1i A1a O1p O1u O1u Bz Bie Ya1 Suz Agd A1a H1z 500 505 510 Azp A1a Rke O1u O1u O1i O1u Ya1 Tug A1a 11th A1a Agd Suz Suz Bie 515 520 525 Bie Rgo O1p A1a Azp Suz Run Ya1 H1z TNG A1a Rgo Rgo A1a O1i A1a 530 535 540 Run MeE O1u TNG Agd Ya1 H1z Suz H1z O1p O1p O1u H1z Ya1 Bie TNG 545 550 555 560 O1u Suz Run Run H1z Tgr O1i Ya1 O1i Azr Bie O1u TNG H1z Bz Rgo 565 570 575 Rgo Ya1 Bie Agd Rgo Agd O1u O1p Rgo Azp O1p Suz Ya1 O1u H1z Agd 580 585 590 O1i A1a Run 11th H1z A1a Run Suz Suz H1z A1a Rgo O1u Bie O1i Suz 595 600 605 Bz Ya1 Bz O1i H1z O1u 11th Rgo A1a Rgo O1p O1u O1p Ya1 TNG Ya1 610 615 620 A1a Suz O1i O1i O1u Tgr TNG Bie TNG O1u Suz Run A1a Bie Rgo O1u 625 630 635 640 TNG Run H1z Ya1 Bie O1u A1a Tug A1a Ya1 Azr Azp TNG Suz Ya1 Ya1 645 650 655 Agd Run Agd Azr Ya1 Run TNG TNG O1u Run TNG Run O1i O1i A1a Ya1 660 665 670 TNG A1a Ya1 A1a 11th Suz Suz Agd Run Agd H1z Bie A1a O1p A1a Run 675 680 685 O1p O1i Bie O1p 690

<210> 4 <211> 112 <212> PROTEIN <213> Note zargetz <400> 4

Azr 11th Ya1 MeE TNG O1p Run Rgo Bie Run Bie Rgo Ya1 TNG Rgo O1u one five ten 15 O1i Rgo A1a Run 11th Run Suz Agd Run Run O1p Run Bie Bie H1z Run 20 25 thirty Azp O1u Tug Azp Tug Bie Azr Tgr Tug Bie O1p Bz Rgo O1u O1p Run 35 40 45 Rgo O1p Bie Bie 11th Tug Bie O1u Run Azp Agd A1a Run O1u Ya1 Rgo 50 55 60 Azr Agd Rke Run O1u Run O1u Run O1u TNG Azr Rke TNG Bie Bz 11th 65 70 75 80 Run Agd Ya1 O1i A1a O1i Azr Ya1 O1u Ya1 Tug Tug Suz MeE O1p A1a 85 90 95 Bie O1p TNG Rgo Rke TNG Rke O1u Rgo O1u TNG Bz Ya1 Azr 11th Bz 100 105 110

<210> 5 <211> 112 <212> PROTEIN <213> Note zargetz <400> 5

Azr 11th Ya1 MeE TNG O1p Run Rgo Bie Run Bie Run Ya1 TNG Rgo O1u one five ten 15 O1i Rgo Rgo Run 11th Run Suz Agd Run Run O1p Run Bie Bie H1z Run 20 25 thirty Azp O1u Tug Azp Rke Bie Azp Tgr Tug Bie O1p Bz Rgo O1u O1p Run 35 40 45

- 426 032 106

Рgo О1п Лей 50 Bie 11th Tug Bie 55 O1u Zeg H1z Agd A1a 60 Zeg O1u Ya1 Rgo Azr Agd Pb Zeg O1u Zeg O1u Zeg O1u Tht Azr Pb Tht Bie O1i 11th 65 70 75 80 Zeg Agd Ya1 O1i A1a O1i Azr Ya1 O1u Ya1 Tug Tug Suz Me O1p Ya1 85 90 95 Bie O1p Tht Rgo Pb Tht Pb O1u Rgo O1u Tht Bz Ya1 Azr 11th Bz 100 105 110

<210> 6 <211> 107 <212> PROTEIN <213> Note zartz <400> 6

Azr one 11th O1p Me Tht five O1p Zeg Rgo Zeg Zeg ten Bie Zeg A1a Zeg Ya1 15 O1u Azr Agd Ya1 Tht 11th Tht Suz Agd A1a Zeg O1p Zeg 11th Zeg Zeg Tug 20 25 thirty Bie Azp Tgr Tug O1p O1p Bz Rgo O1u Bz A1a Rgo Bz Bie Bie 11th 35 40 45 Tug A1a A1a Zeg Zeg Bie O1p Zeg O1u Ya1 Rgo Zeg Agd Pb Zeg O1u 50 55 60 Zeg O1u Zeg O1u Tht Azr Pb Tht Bie Tht 11th Zeg Zeg Bie O1p Rgo 65 70 75 80 O1i Azr Pb A1a Tht Tug Tug Suz O1p O1p Zeg Tug Zeg Tht Rgo Bie 85 90 95 Tht Pb O1u O1u O1u Tht Bz Ya1 O1i 11th Bz 100 105

<210> 7 <211> 107 <212> PROTEIN <213> Note zartz <400> 7

Azr one 11th O1p Me Tht five O1p Zeg Rgo Zeg Zeg ten Bie Zeg A1a Zeg Ya1 15 O1u Azr Agd Ya1 Tht 11th Tht Suz Agd A1a Zeg O1p Agd 11th Zeg Azp Tug 20 25 thirty Bie Zeg Tgr Tug Bie O1p Bz Rgo O1u 11th A1a Rgo Bz Bie Bie 11th 35 40 45 Tug A1a A1a Zeg Zeg Bie O1p Zeg O1u Ya1 Rgo Zeg Agd Pb Zeg O1u 50 55 60 Zeg O1u Zeg O1u Tht Azr Pb Tht Bie Tht 11th Zeg Zeg Bie O1p Zeg 65 70 75 80 O1i Azr Pb A1a Tht Tug Tug Suz O1p O1p Zeg Tug Zeg Tht Rgo Bie 85 90 95 11th Pb O1u O1u O1u Tht Bz Ya1 O1i 11th Bz 100 105

<210> eight <211> 107 <212> PROTEIN <213> But that zar1epz <400> eight Azr 11e O1p Me Tht O1p Zeg Rgo Zeg Zeg Bie Zeg A1a Zeg Ya1 O1u one five ten 15 Azr Agd Wa1 Tht 11th Tht Suz Agd A1a Zeg O1p Zeg 11th Zeg Zeg Tug

- 427 032 106

20 25 thirty Bie Azp Tgr Tug O1p O1p Bz Rgo O1u Bz A1a Rgo Bz Bie Bie 11th 35 40 45 Tug A1a A1a Run Run Bie O1p Run O1u Ya1 Rgo Run Agd Rke Run O1u 50 55 60 Run O1u Run O1u TNG Azr Rke TNG Bie TNG 11th Run Run Bie O1p Rgo 65 70 75 80 O1i Azr Rke A1a TNG Tug Tug Suz O1p O1p Run Tug Run TNG Rgo 11th 85 90 95 TNG Rke O1u O1p O1u TNG Agd Bie O1i 11th Bz

100 105 <210> 9 <211> 107 <212> PROTEIN <213> Noto Zaryepz <400> 9

Azr 11th Bie Me5 TNG O1p Run Rgo Run Run Bie Run A1a Run Ya1 O1u one five ten 15 Azr Agd Ya1 TNG 11th TNG Suz Agd A1a Run O1p Run 11th Run Run Tug 20 25 thirty Bie Azp Tgr Tug O1p O1p Bz Rgo O1u Bz A1a Rgo Bz Ya1 Bie 11th 35 40 45 Tug A1a A1a Run Run Bie O1p Run O1u Ya1 Rgo Run Agd Rke Run O1u 50 55 60 Run O1u Run O1u TNG Azr Rke TNG Bie TNG 11th Azp Run Bie O1p Rgo 65 70 75 80 O1i Azr Rke A1a TNG Tug Tug Suz O1p O1p Run Tug Run Run Rgo 11th 85 90 95 TNG Rke O1u O1p O1u TNG Agd Bie O1i 11th Bz

100 105 <210> 10 <211> 107 <212> PROTEIN <213> Noto Zaryepz <400> 10

Azr one 11th O1p Me5 TNG five O1p Run Rgo Run Run ten Bie Run A1a Run Ya1 15 O1u Azr Agd Ya1 TNG 11th TNG Suz Agd A1a Run O1p Run 11th Run 11th Tug 20 25 thirty Bie Azp Tgr Tug O1p O1p Bz Rgo O1u Bz A1a Rgo Tug Bie Bie 11th 35 40 45 Tug A1a A1a A1a Run Bie O1p Run O1u Ya1 Rgo Run Agd Rke Run O1u 50 55 60 Run O1u Run O1u TNG Azr Rke TNG Bie TNG 11th Run Run Bie O1p Rgo 65 70 75 80 O1i Azr Rke A1a TNG Tug Tug Suz O1p O1p Run Tug Run A1a Rgo 11th 85 90 95 TNG Rke O1u O1p O1u TNG Agd Bie O1i 11th Bz 100 105

<210> <211> <212> <213> eleven 111 PROTEIN Noto Zaryepz <400> eleven

- 428 032 106

O1p one Run Ya1 Bie Tkg five O1p Rgo Rgo Running Wa1 ten Run O1u A1a Rgo O1u 15 O1p Agd Ya1 Tkg 11th Run Suz Tkg O1u Run Run Run Azp 11th O1u A1a O1u 20 25 thirty Tug Azr Ya1 H1z Tgr Tug O1p O1p Bie Rgo O1u Tkg A1a Rgo Bz Bie 35 40 45 Bie 11th Tug O1u Azp Run Azp Agd Rgo Run O1u Ya1 Rgo Azr Agd Rke 50 55 60 Run O1u Run Bz Run O1u Tkg Run A1a Run Bie A1a 11th Tkg O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz O1p Run Tug Azr Run Run 85 90 95 Bie Run O1u Run Ya1 Rke O1u O1u O1u Tkg Bz Bie Tkg Ya1 Bie 100 105 110

<210> 12 <211> 111 <212> PROTEIN <213> Note zar1epz <400> 12

O1p one Run Ya1 Bie Tkg five O1p Rgo Rgo Running Wa1 ten Run O1u A1a Rgo O1u 15 O1p Agd Ya1 Tkg 11th Run Suz Tkg O1u Run Run Run Azp 11th O1u A1a O1u 20 25 thirty Tug Azr Ya1 H1z Tgr Tug O1p O1p Bie Rgo O1u Tkg A1a Rgo Bz Bie 35 40 45 Bie 11th Run O1u Azp Run Azp Agd Rgo Run O1u Ya1 Rgo Azr Agd Rke 50 55 60 Run O1u Run Bz Run O1u Tkg Run A1a Run Bie A1a 11th Tkg O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz O1p Run Tug Azr Run Run 85 90 95 Bie Run O1u Run Ya1 Rke O1u O1u O1u Tkg Bz Bie Tkg Ya1 Bie 100 105 110

<210> 13 <211> 111 <212> PROTEIN <213> Note zar1epz <400> 13

O1p Run Ya1 Bie Tkg O1p Rgo Rgo Run Ya1 Run O1u A1a Rgo O1u O1p one five ten 15 Agd Ya1 Tkg 11th Run Suz Tkg O1u Run Run Run Azp 11th O1u A1a H1z 20 25 thirty Tug Azr Ya1 H1z Tgr Tug O1p O1p Ya1 Rgo O1u Tkg A1a Rgo Bz Bie 35 40 45 Bie 11th Tug O1u Azp Tkg Tug Agd Rgo Run O1u Ya1 Rgo Azr Agd Rke 50 55 60 Run O1u Run Bz Run O1u Tkg Run A1a Run Bie A1a 11th Tkg O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz O1p Run Tug Azr Azp Run 85 90 95 Bie Run O1u Ya1 Ya1 Rke O1u O1u O1u Tkg Bz Bie Tkg Ya1 Bie 100 105 110

<210> 14 <211> 108 <212> PROTEIN

- 429 032 106 <213> Noto zar1epz <400> 14

O1p one Running A1a Bie TNG five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Tug Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Bie 35 40 45 Me5 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Run Run Tug TNG Run Run 85 90 95 Run Ya1 Rke O1u O1u O1u TNG Bz Bie TNG Ya1 Bie

100 105 <210> 15 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 15

O1p one Running A1a Bie TNG five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u Agd Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p H1z H1z Rgo O1u Bz A1a Rgo Bz Ya1 35 40 45 Me5 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run TNG Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Run Run Tug TNG Run Run 85 90 95 Run Ya1 Ya1 Rke O1u O1u O1u TNG Bz Bie TNG Ya1 Bie

100 105 <210> 16 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 16

O1p one Run A1a Bie TNG O1p five Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me5 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run 11th Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Rke Suz Run Run Tug TNG Run TNG 85 90 95 Run Me5 Ya1 Rke O1u O1u O1u TNG Bz Bie TNG Ya1 Bie 100 105

- 430 032 106 <210> 17 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 17

O1p one Running A1a Bie TNG five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run 11th Agd RNe 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug RNe Suz Run Run Tug TNG Run TNG 85 90 95 Run Me Ya1 RNe O1u O1u O1u TNG Bz Bie TNG Ya1 Bie

100 105 <210> 18 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 18

O1p one Running A1a Bie TNG five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd RNe 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug RNe Suz Run Run Tug TNG Run TNG 85 90 95 Run Me Ya1 RNe O1u O1u O1u TNG Bz Bie A1a Ya1 Bie

100 105 <210> 19 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 19

O1p one Running A1a Bie TNG five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p Tug Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Bz 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd RNe 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug RNe Suz Run Run Tug TNG Run TNG 85 90 95 Run Me Ya1 RNe O1u O1u O1u TNG Bz Bie TNG Ya1 Bie

- 431 032 106

100

105 <210> 20 <211> 109 <212> PROTEIN <213> Notepad <400> 20

O1p one Running A1a Bie TNG five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me5 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Rke Suz Run Run Tug TNG Run TNG 85 90 95 Run Me5 Ya1 Rke O1u O1u O1u TNG Bz Bie TNG Ya1 Bie

100 105 <210> 21 <211> 109 <212> PROTEIN <213> Notepad <400> 21

O1p one Running A1a Bie TNG five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me5 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Rke Suz Run Run Tug TNG Run TNG 85 90 95 Run Me5 Ya1 Rke O1u O1u O1u TNG Bz Bie TNG Ya1 Bie

100 105 <210> 22 <211> 109 <212> PROTEIN <213> Notepad <400> 22

O1p one Run A1a Bie TNG O1p five Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th TNG 11th Run Suz TNG O1u TNG Azp Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me5 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u 11th Run Azp Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp TNG A1a Run Bie TNG 11th Run O1u Bie 65 70 75 80

- 432 032 106

O1p A1a O1i Azr O1i A1a Azr Tug Rke Suz 90 Run Running Tug Tg Running bj 95 85 Run Me Ya1 Rke O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 23 <211> 109 <212> PROTEIN <213> Noto Zaryepz <400> 23

O1p one Run A1a Bie Tg O1n five Rgo A1a Run Ba1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ba1 O1u O1u Tug 20 25 thirty Azp Run Ba1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ba1 Run Azp Agd Rgo Run O1u Ba1 Run Azp Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Azp Run Tug Bj Run Bj 85 90 95 Run Me Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 24 <211> 109 <212> PROTEIN <213> Noto Zaryepz <400> 24

O1p one Run A1a Bie Tg O1n five Rgo A1a Run Ba1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ba1 O1u A1a Tug 20 25 thirty Azp Run Ba1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Agd 35 40 45 Me 11th Tug O1i Ba1 Run Azp Agd Rgo Run O1u Ba1 Run Azp Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Run Run Tug Bj Run Bj 85 90 95 Azp Me Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 25 <211> 108 <212> PROTEIN <213> Noto Zaryepz <400> 25

O1p one Run A1a Bie Bj five O1p Rgo A1a Run Ba1 ten Running O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ba1 O1u O1u Tug 20 25 thirty Azp Tug Ba1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd Ръе

- 433 032 106

50 55 60 Run O1u Run Bz Run O1u Azp Tht A1a Run Bie Tht 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Run Run Tug Tht Run Run 85 90 95 Run Ya1 Rke O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 26 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 26

O1p one Run A1a Bie Th2 O1n five Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Tht 11th Run Suz Tht O1u Tht Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ya1 Tht Azp Agd Rgo Run O1u Ya1 Run Azp Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp Tht A1a Run Bie Tht 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Azp Run Tug Tht Run Tht 85 90 95 Run Me Ya1 Rke O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 27 <211> 108 <212> PROTEIN <213> Note zar1epz <400> 27

O1p one Run A1a Bie Th2 O1n five Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Tht 11th Run Suz Tht O1u Tht Run Run Azr Ya1 O1u Run Tug 20 25 thirty Azp Bie Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Bie 35 40 45 Me 11th Tug O1i O1u Run Bz Agd Rgo Run O1u Ya1 Run Azp Agd Rke 50 55 60 Run O1u Run Bz Run O1u Azp Tht A1a Run Bie Tht 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Suz Run Tug A1a O1u Run 85 90 95 Run Tht Rke O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 28 <211> 110 <212> PROTEIN <213> Noto zar1epz <400> 28

Bie Run A1a Bie Tht O1p Rgo A1a Run Ya1 Run O1u Run Rgo O1u O1p one five ten 15 Run 11th Tht 11th Run Suz Tht O1u Tht Run Run Azr Ya1 O1u Azp Tug 20 25 thirty

- 434 032 106

Alp Yee Ya1 35 Run Tgr Tug O1p O1p Tug 40 Run O1u Bz A1a 45 Rgo Bz Bie MeC 11th Tug O1i Ya1 Run Bz Agd Rgo Run O1u Ya1 Run Azp Agd Pb 50 55 60 Run O1u Run Bz Run O1u Azp Tht A1a Run Bie Tht 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Suz Run Tug A1a O1u Run 85 90 95 Run Tht Bie Ya1 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105 110

<210> 29 <211> 108 <212> PROTEIN <213> Note zartz <400> 29

O1p one Run Ya1 Bie Tht five O1p Rgo Rgo Running A1a ten Run O1u Tht Rgo O1u 15 O1p Agd Ya1 Tht 11th Run Suz Run O1u Run Run Run Azp 11th O1u Run Azp 20 25 thirty Tht Ya1 Azp Tgr Tug O1p O1p Bie Rgo O1u Tht A1a Rgo Bz Bie Bie 35 40 45 11th Tug Run Azp Azp O1p Agd Rgo Run O1u Ya1 Rgo Azr Agd Pb Run 50 55 60 O1u Run Bz Run O1u Tht Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a A1a Tgr Azr Azr Run Bie 85 90 95 Azp Ya1 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 30 <211> 109 <212> PROTEIN <213> Note zargetz <400> 30

O1p one Run Ya1 Bie Tht five O1p Rgo Rgo Running A1a ten Run O1u Tht Rgo O1u 15 O1p Agd Ya1 Tht 11th Run Suz Run O1u Run Run Run Azp 11th O1u Run Bz 20 25 thirty Tht Ya1 Azp Tgr Tug O1p O1p Ya1 Rgo O1u Tht A1a Rgo Bz Bie Bie 35 40 45 11th Tug Agd Azp Azp O1p Agd Rgo Bie O1u Ya1 Rgo Azr Agd Pb Run 50 55 60 O1u Run Bz Run O1u Tht Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a A1a Tgr Azr Azr Run Bie 85 90 95 Azp Tgr Ya1 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 31 <211> 109 <212> PROTEIN <213> Note zargetz <400> 31

О1п Run Уа1 Лей Тг О1п Рго Рго Run A1a Run О1у Рго Рго О1у О1п

- 435 032 106

one five ten 15 Agd Ya1 TNG 11th Run Suz Run O1u Run Run Run Azp 11th O1u Run Azp 20 25 thirty TNG Ya1 Azp Tgr Tug O1p O1p Bie Rgo O1u TNG A1a Rgo Bz Bie Bie 35 40 45 11th Tug Run Azp Azp Agd Agd Rgo Run O1u Ya1 Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u TNG Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a A1a Tgr Azr Azr Run Bie 85 90 95 Azp Tgr Ya1 Rke O1u O1u O1u TNG Bz Bie TNG Ya1 Bie 100 105

<210> 32 <211> 110 <212> PROTEIN <213> Note zar1epz <400> 32

O1p one Run Ya1 Bie TNG five O1p Rgo Rgo Running A1a ten Run O1u TNG Rgo O1u 15 O1p Agd Ya1 TNG 11th Run Suz Run O1u Run Run Run Azp 11th O1u Run Azp 20 25 thirty TNG Ya1 Azp Tgr Tug O1p O1p Bie Rgo O1u TNG A1a Rgo Bz Bie Bie 35 40 45 11th Tug Run Azp Azp O1p Agd Rgo Run O1u Ya1 Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u TNG Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a Ya1 Tgr Azr Azr Run Bie 85 90 95 Azp O1u Tgr Ya1 Rke O1u O1u O1u TNG Bz Bie TNG Ya1 Bie 100 105 110

<210> 33 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 33

O1p one Run Ya1 Bie TNG five O1p Rgo Rgo Running A1a ten Run O1u TNG Rgo O1u 15 O1p Agd Ya1 TNG 11th Run Suz Run O1u Run Run Run Azp 11th O1u Run Bz 20 25 thirty TNG Ya1 Azp Tgr Tug O1p O1p Rke Rgo O1u TNG A1a Rgo Bz Bie Bie 35 40 45 11th Tug Run Azp Azp Agd Agd Rgo Run O1u Ya1 Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u TNG Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a A1a Tgr Azr Azr Run Bie 85 90 95 Azp Tgr Ya1 Rke O1u A1a O1u TNG Bz Bie TNG Ya1 Bie 100 105

<210> 34 <211> 110 <212> PROTEIN <213> Noto zargepz

- 436 032 106

<400> 34 O1p Run Ya1 Bie TNG O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 TNG 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Tug Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u TNG A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Azp Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u TNG Run A1a TNG Bie O1u 11th TNG O1u Bie O1p 65 70 75 80 TNG O1u Azr O1i A1a Azr Tug Tug Suz O1u TNG Tgr Azr Run Run Bie 85 90 95 Run A1a Tug Ya1 Rke O1u TNG O1u TNG Bz Ya1 TNG Ya1 Bie 100 105 110

<210> 35 <211> 110 <212> PROTEIN <213> Noto zar1epz <400> 35

O1p Run Ya1 Bie TNG O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 TNG 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Rke Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u TNG A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Tug Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u TNG Run A1a TNG Bie O1u 11th TNG O1u Bie O1p 65 70 75 80 TNG O1u Azr O1i A1a Azr Tug Tug Suz O1u TNG Tgr Azr Run Run Bie 85 90 95 Run A1a Tug Ya1 Rke O1u TNG O1u TNG Agd Ya1 TNG Ya1 Bie 100 105 110

<210> 36 <211> 110 <212> PROTEIN <213> Noto zar1epz <400> 36

O1p Run Ya1 Bie TNG O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 TNG 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Rke Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u TNG A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Tug Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u TNG Run A1a TNG Bie O1u 11th TNG O1u Bie O1p 65 70 75 80 TNG O1u Azr O1i A1a Azr Tug Tug Suz O1u TNG Tgr Azr Run Run Bie 85 90 95 Run O1u Tug Ya1 Rke O1u TNG O1u TNG Agd Ya1 TNG Ya1 Bie 100 105 110

<210> 37

- 437 032 106 <211> 110 <212> PROTEIN <213> Noto zar1epz <400> 37

O1p Run Ya1 Bie Tht O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 Tht 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Rke Ya1 Run Tgr Tug O1p O1p Rke Rgo O1u Tht A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Tug Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u Tht Run A1a Tht Bie O1u 11th Tht O1u Bie O1p 65 70 75 80 Tht O1u Azr O1i A1a Azr Tug Tug Suz O1u Tht Tgr Azr Run Run Bie 85 90 95 Run Run Tug Ya1 Rke O1u Tht O1u Tht Agd Ya1 Tht Ya1 Bie 100 105 110

<210> 38 <211> 110 <212> PROTEIN <213> Noto zar1epz <400> 38

O1p Run Ya1 Bie Tht O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 Tht 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Rke Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u Tht A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Tug Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u Tht Run A1a Tht Bie O1u 11th Tht O1u Bie O1p 65 70 75 80 Tht O1u Azr O1i A1a Azr Tug Tug Suz O1u Tht Tgr Azr Run Run Bie 85 90 95 Run O1u Tug Ya1 Rke O1u Tht O1u Tht Agd Ya1 Tht Ya1 Bie 100 105 110

<210> 39 <211> 110 <212> PROTEIN <213> Note zar1epz <400> 39

O1p Run Ya1 Bie Tht O1p Rgo Rgo Tht Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 Tht 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Rke Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u Tht A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Tug Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Rke Run 50 55 60 O1u Run Bz Run O1u Tht Run A1a Tht Bie O1u 11th Tht O1u Bie O1p 65 70 75 80 Tht O1u Azr O1i A1a Azr Tug Tug Suz O1u Tht Tgr Azr Run Run Bie 85 90 95 Run O1u Tug Ya1 Rke O1u Tht O1u Tht Agd Ya1 Tht Ya1 Bie 100 105 110

- 438 032 106 <210> 40 <211> 110 <212> PROTEIN <213> Note zar1epz <400> 40

O1p Run Ya1 Bie Bj O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 Bj 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Ръе Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Run Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Ръе Run 50 55 60 O1u Run Bz Run O1u Bj Run A1a Bj Bie Azr 11th Bj O1u Bie O1p 65 70 75 80 Bj O1u Azr O1i A1a Azr Tug Tug Suz O1u Bj Tgr Azr Run Run Bie 85 90 95 Run A1a Tug Ya1 Ръе O1u Bj O1u Bj Bz Ya1 Bj Ya1 Bie 100 105 110

<210> 41 <211> 110 <212> PROTEIN <213> Note zar1epz <400> 41

O1p Run Ya1 Bie Bj O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 Bj 11th Run Suz Run O1u Run Run Run Azp 11th O1u Azp Azp 20 25 thirty Tug Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Azp Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Ръе Run 50 55 60 O1u Run Bz Run O1u Bj Run A1a Bj Bie O1u 11th Bj O1u Bie O1p 65 70 75 80 Bj O1u Azr O1i A1a Azr Tug Tug Suz O1u Bj Tgr Azr Run Run Bie 85 90 95 Run A1a Ya1 Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie 100 105 110

<210> 42 <211> 110 <212> PROTEIN <213> Note zar1epz <400> 42

O1p Run Ya1 Bie Bj O1p Rgo Rgo Run Ya1 Run A1a A1a Rgo O1u O1p one five ten 15 Bz Ya1 Bj 11th Run Suz Run O1u Run Azp Run Azp 11th O1u Azp Azp 20 25 thirty Tug Ya1 Run Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz Bie Bie 35 40 45 11th Tug Azr Azp Azp Bz Agd Rgo Run O1u 11th Rgo Azr Agd Ръе Run 50 55 60 O1u Run Azp Run O1u Bj Run A1a Bj Bie O1u 11th Bj O1u Bie O1p 65 70 75 80 Bj O1u Azr O1i A1a Azr Tug Tug Suz O1u Bj Tgr Azr Run Run Bie

- 439 032 106

85 90 95 Running A1a Wa1 Wa1 Pye O1u O1u O1u Th2 Bz Ley Thy Wa1 Lye 100 105 110

<210> 43 <211> 107 <212> PROTEIN <213> Note zartz <400> 43

Run Tug O1i Bie Tht O1p Rgo Rgo Run Ya1 Run Ya1 Run Rgo O1u O1p one five ten 15 Tht A1a Run 11th Tht Suz Run O1u Azr Bz Bie O1u Azr Bz Tug A1a 20 25 thirty Suz Tgr Tug O1p O1p Bz Rgo O1u O1p Run Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1p Azr Run Bz Agd Rgo Run O1u 11th Rgo O1i Agd Pb Run O1u Run 50 55 60 Azp Run O1u Azp Tht A1a Tht Bie Tht 11th Run O1u Tht O1p A1a MeC 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz O1p A1a Tgr Azr Run Run Tht A1a Ya1 85 90 95 Ya1 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 44 <211> 106 <212> PROTEIN <213> Note zargetz <400> 44

Run Tug O1i Bie Tht O1p Rgo Rgo Run Ya1 Run Ya1 Run Rgo O1u O1p one five ten 15 Tht A1a Agd 11th Tht Suz Run O1u Azr Bz Bie O1u Azr Bz Tug A1a 20 25 thirty Suz Tgr Tug O1p O1p Bz Rgo O1u O1p Run Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1p Azp Tht Bz Tgr Rgo Bie O1u 11th Rgo O1i Agd Pb Run O1u Run 50 55 60 Bz Run O1u Azp Tht Ya1 Tht Bie Tht 11th Run O1u Tht O1p A1a MeC 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz O1p A1a Tgr Azr Run Run Tht Ya1 Ya1 85 90 95 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 45 <211> 116 <212> PROTEIN <213> Note zargetz <400> 45

O1p Rgo Ya1 Bie Tht O1p Rgo Rgo Run A1a Run A1a Run Bie O1u A1a one five ten 15 Run Ya1 Tht Bie Tht Suz Tht Bie Run Run O1u Tug Run Azp Tug Bz 20 25 thirty Ya1 Azr Tgr Tug O1p O1p Agd Rgo O1u Bz O1u Rgo Agd Pb Ya1 MeC 35 40 45 Agd Ya1 O1u Tht O1u O1u 11th Ya1 O1u Run Bz O1u Azr O1u 11th Rgo 50 55 60

- 440 032 106

Azr Agd Rke Run Ya1 Bie O1u Run O1u Bie Azp Agd Tug Bie Tht 11th 65 70 75 80 Bz Azp 11th O1p O1i O1i Azr O1i Run Azr Tug H1z Suz O1u A1a Azr 85 90 95 H1z O1u Run O1u Run Azp Rke Ya1 Ya1 Ya1 Rke O1u O1u O1u Tht Bz 100 105 110 Bie Tht Ya1 Bie 115

<210> 46 <211> 116 <212> PROTEIN <213> Note zargetz <400> 46

O1p Rgo Ya1 Bie Tht O1p Rgo Bie Rke A1a Run A1a Run Bie O1u A1a one five ten 15 Run Ya1 Tht Bie Tht Suz Tht Bie Run Run O1u Tug Run Run Tug O1i 20 25 thirty Ya1 Azr Tgr Tug O1p O1p Agd Rgo O1u Bz O1u Rgo Agd Rke Ya1 MeE 35 40 45 Agd Ya1 Azr Tht O1u O1u 11th Ya1 O1u Run Bz O1u O1i O1u 11th Rgo 50 55 60 Azr Agd Rke Run Ya1 Bie O1u Run O1u Bie Azp Agd Tug Bie Tht 11th 65 70 75 80 Bz Azp 11th O1p O1i O1i Azr O1i Run Azr Tug H1z Suz O1u A1a Azr 85 90 95 H1z O1u Run O1u Tht Azp Rke Ya1 Ya1 Ya1 Rke O1u O1u O1u Tht Bz 100 105 110 Bie Tht Ya1 Bie 115

<210> 47 <211> 114 <212> PROTEIN <213> Noto zargepz

<400> 47 O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Tht Rke Tht Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr MeE 35 40 45 O1u Tgr 11th Run A1a Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Bie 50 55 60 O1p O1u Agd Ya1 Tht MeE Tht Tht Azr Tht Run Tht Run Tht A1a Tug 65 70 75 80 MeE O1i Bie Agd Run Bie Agd Run Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Tug O1u MeE Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht Ya1 100 105 110 Run Run

<210> 48 <211> 115 <212> PROTEIN <213> Noto zargepz

- 441 032 106

<400> 48 O1p 11th O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Rgo Bie Tht Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me 35 40 45 O1u Tgr 11th Run A1a Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Run Ya1 Tht Me Tht Tht Azr Tht Run Tht Run Tht Ya1 Tug 65 70 75 80 Me £ O1i Bie Agd Run Bie Agd Run Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u Me Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht 100 105 110 Ya1 Run Run 115

<210> 49 <211> 115 <212> PROTEIN <213> Notepad <400> 49

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Tht Bie Tht Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me 35 40 45 O1u Tgr Ya1 Run Rke Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Bie 50 55 60 O1p O1u Agd O1u Tht Me Tht Tht Azr Rgo Run Tht Run Tht A1a Tug 65 70 75 80 Me O1i Bie Agd Run Bie Agd Run Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u Me Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht 100 105 110 Ya1 Run Run 115

<210> 50 <211> 115 <212> PROTEIN <213> Note zarjepz <400> 50

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Tht Bie Tht Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me 35 40 45 O1u Tgr Ya1 Run Rke Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Bie 50 55 60 O1p O1u Agd O1u Tht Me Tht Tht Azr Rgo Run Tht Run Tht A1a Tug 65 70 75 80 Me O1i Bie Agd Run Bie Agd Run Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u Me Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht 100 105 110

- 442 032 106

Wa1 Zeg Zeg

115 <210> 51 <211> 115 <212> PROTEIN <213> Note zar1epz <400> 51

O1p Ya1 O1p Bie Ya1 O1p Zeg O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Zeg Ya1 Bz Ya1 Zeg Suz Bz A1a Zeg O1u Tug Tht Bie Tht Zeg Tug 20 25 thirty O1u 11th Zeg Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Meb 35 40 45 O1u Tgr 11th Zeg Pb Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Agd Ya1 Tht Meb Tht Tht Azr Tht Zeg Tht Zeg Tht Ya1 Tug 65 70 75 80 Meb O1i Bie Agd Zeg Bie Agd Zeg Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u Meb Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht 100 105 110 Ya1 Zeg Zeg

115 <210> 52 <211> 115 <212> PROTEIN <213> Note zar1epz <400> 52

O1p Ya1 O1p Bie Ya1 O1p Zeg O1u A1a O1i Ya1 Bz Agd Rgo O1u A1a one five ten 15 Zeg Ya1 Bz Ya1 Zeg Suz Bz A1a Zeg O1u Tug Tht Bie Tht Zeg Tug 20 25 thirty O1u 11th Zeg Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Meb 35 40 45 O1u Tgr 11th Zeg Ya1 Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Agd Ya1 Tht Meb Tht Tht Azr Tht Zeg Tht Zeg Tht Ya1 Tug 65 70 75 80 Meb O1i Bie Agd Zeg Bie Zeg Zeg Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u Meb Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht 100 105 110 Ya1 Zeg Zeg

115 <210> 53 <211> 115 <212> PROTEIN <213> Note zartz <400> 53

O1p 11th O1p Bie Ya1 O1p Zeg O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Zeg Ya1 Bz Ya1 Zeg Suz Bz A1a Zeg O1u Tug Tht Bie Tht Zeg Tug 20 25 thirty O1u 11th Zeg Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Meb

- 443 032 106

35 40 45 O1u Tgr 11th Run RNe Tug Azp O1u Azp TNG Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Agd Ya1 TNG Me TNG TNG Azr TNG Run TNG Run TNG Ya1 Tug 65 70 75 80 Me O1i Bie Agd Run Bie Agd Run Azr Azr TNG A1a Ya1 Tug RNe Suz 85 90 95 A1a Agd O1u Tug O1u Me Azr Ya1 Tgr O1u O1p O1u TNG TNG Ya1 TNG 100 105 110 Ya1 Run Run 115

<210> 54 <211> 115 <212> PROTEIN <213> Note zar1epz <400> 54

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Bie Bz Ya1 Run Suz Bz A1a Run O1u Tug Run Bie TNG Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me 35 40 45 O1u Tgr 11th Run A1a Tug Azp O1u Azp TNG Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Agd Ya1 TNG Me TNG TNG Azr TNG Run TNG Run TNG Ya1 Tug 65 70 75 80 Me O1i Ya1 Agd Run Bie Agd Run Azr Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u Me Azr Ya1 Tgr O1u O1p O1u TNG TNG Ya1 TNG 100 105 110 Ya1 Run Run 115

<210> 55 <211> 115 <212> PROTEIN <213> Noto zar1epz <400> 55

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Rgo Bie TNG Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me 35 40 45 O1u Tgr 11th Run A1a Tug Azp O1u Azp TNG Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Agd Ya1 TNG Me TNG TNG Azr TNG Run TNG Run TNG Ya1 Tug 65 70 75 80 Me O1i Bie Agd Run Bie Agd Run Azr Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u Me Azr Ya1 Tgr O1u O1p O1u TNG TNG Ya1 TNG 100 105 110 Ya1 Run Run 115

<210> 56 <211> 115

- 444 032 106 <212> PROTEIN <213> Noto zar1epz <400> 56

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug A1a Bie Tht Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr MeC 35 40 45 O1u Tgr 11th Run A1a Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Agd Ya1 Tht MeC Tht Tht Azr Tht Run Tht Run Tht Ya1 Tug 65 70 75 80 MeC O1i Bie Agd Run Bie Agd Run Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug O1u MeC Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht 100 105 110 Ya1 Run Run

115 <210> 57 <211> 115 <212> PROTEIN <213> Note zar1epz <400> 57

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Run Rke Tht Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr MeC 35 40 45 O1u Tgr Ya1 Run A1a Tug Azp O1u Azp Tht Azp Tug A1a O1p Bz Rke 50 55 60 O1p O1u Agd Ya1 Tht MeC Tht Tht Azr Tht Run Tht Run Tht A1a Tug 65 70 75 80 MeC O1i Bie Agd Run Bie Agd Run Azr Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug Ya1 MeC Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht 100 105 110 Ya1 Run Run

115 <210> 58 <211> 115 <212> PROTEIN <213> Note zar1epz <400> 58

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Tht Rke Rgo Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr MeC 35 40 45 O1u Tgr 11th Run A1a Tug Azp O1u Azp Tht Azp Tug A1a O1i Bz Bie 50 55 60 O1p O1u Agd Ya1 Tht MeC Tht Tht Azr Tht Run Tht Run Tht A1a Tug 65 70 75 80 MeC O1i Ya1 Agd Run Bie Agd Run Azr Azr Tht A1a Ya1 Rke Tug Suz

- 445 032 106

85 90 95 A1a Agd O1u Tug Wa1 Me5 Azr Wa1 Tgr O1u O1p O1u Tg Tg Ya1 100 105 110 Wa1 Run Run 115

<210> 59 <211> 113 <212> PROTEIN <213> Noto Zaryepz <400> 59

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Bj Ръе Bj Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me5 35 40 45 O1u Tgr 11th Run A1a Tug Azp O1u Azp Bj Azp Tug A1a O1p Bz Bie 50 55 60 O1p O1u Agd Ya1 Bj Me5 Bj Bj Azr Bj Run Bj Run Bj A1a Tug 65 70 75 80 Me5 O1i Bie Agd Run Bie Agd Run Azr Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug Azr Tug Tgr O1u O1p O1u Bj Bie Ya1 Bj Ya1 Run 100 105 110

Running <210> 60 <211> 115 <212> PROTEIN <213> Noto Zaryepz <400> 60

O1p Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Bj Ръе Bj Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me5 35 40 45 O1u Tgr 11th Run Bj Tug Azp O1u Azp Bj Azp Tug A1a O1p Bz Ya1 50 55 60 O1p O1u Agd Ya1 Bj Me5 Bj Bj Azr Bj Run Bj Run Bj A1a Tug 65 70 75 80 Me5 O1i Bie Agd Run Bie Agd Run Azr Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Tug Bj Agd Azr Tug Tgr O1u O1p O1u Bj Bie Ya1 Bj 100 105 110 Ya1 Run Run 115

<210> 61 <211> 116 <212> PROTEIN <213> But that dawn <400> 61 O1 and Va1 O1p Ley Wa1 O1i Running O1u O1u O1u Lei Wa1 О1п Рго О1у О1у one five ten 15

- 446 032 106

Run Ley Agde Bie 20 Run Suz A1a A1a Run 25 O1y pb Tht Rke Run thirty Run Tug Tgr Me Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Azp Tgr O1u A1a Rke Azr Ya1 Tgr O1u O1p O1u Tht Me Ya1 100 105 110 Tht Ya1 Run Run 115

<210> 62 <211> 119 <212> PROTEIN <213> Note zar1epz <400> 62

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Agd Tug 20 25 thirty Tgr Me Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz H1z Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1i Run Azp Tgr O1u Rke A1a Rke Azr Ya1 Tgr O1u H1z O1u 100 105 110 Tht Me Ya1 Tht Ya1 Run Run 115

<210> 63 <211> 116 <212> PROTEIN <213> Note zar1epz <400> 63

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty Tgr Me Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Azp Tgr O1u A1a Rke Azr 11th Tgr O1u O1p O1u Tht Me Ya1 100 105 110 Tht Ya1 Run Run 115

- 447 032 106 <210> 64 <211> 119 <212> PROTEIN <213> Note zar1epz <400> 64

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz Ya1 Ya1 Run O1u Pb Tht Pb Run Run Tug 20 25 thirty Tgr MeC Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Pb Tht 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p MeC Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1i Run Azp Tgr O1u Pb A1a Pb Azr 11th Tgr O1u O1p O1u 100 105 110 Tht MeC Ya1 Tht Ya1 Run Run

115 <210> 65 <211> 119 <212> PROTEIN <213> Note zar1epz <400> 65

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Bie Tht Pb Run Azp Pb 20 25 thirty Tgr MeC Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Pb Tht 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p MeC Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Run Suz 85 90 95 Tht Agd O1i Run Azp Tgr O1u Pb A1a Pb Azr 11th Tgr O1u O1p O1u 100 105 110 Tht MeC Ya1 Tht Ya1 Run Run

115 <210> 66 <211> 123 <212> PROTEIN <213> Note zar1epz <400> 66

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 Bz Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Pb Tht Pb Run Run Tug 20 25 thirty Run MeC Azp Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run Run 11th Run Run Run Run Run Tug 11th Tug Tug A1a Azr Run Ya1 50 55 60

- 448 032 106

Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Azr Tug Azr Ръе Tgr Run O1u Tug Tug Bj A1a Ръе Azr Ya1 100 105 110 Tgr O1u O1p O1u Bj Me Ya1 Bj Ya1 Run Run 115 120

<210> 67 <211> 123 <212> PROTEIN <213> Note zar1epz <400> 67

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 Bz Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty Run Me Azp Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run Run 11th Run Run Run Run Run Tug 11th Run Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Ръе Suz 85 90 95 A1a Agd Azr Tug Azr Ръе Tgr Run A1a Tug Tug Azr A1a Ръе Azr Ya1 100 105 110 Tgr O1u O1p O1u Bj Me Ya1 Bj Ya1 Run Run 115 120

<210> 68 <211> 112 <212> PROTEIN <213> Note zar1epz <400> 68

O1i Ya1 O1p Bie Bie O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty A1a Me Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run A1a 11th Run O1u Run O1u O1u Run Bj Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Bz Ръе Azr Tug Tgr O1u O1p O1u Bj Bie Ya1 Bj Ya1 Run Run 100 105 110

<210> 69 <211> 117 <212> PROTEIN <213> Noto zar1epz <400> 69

О1и Уа1 О1п Беи Лей О1и Running О1у О1у О1у Оиу Уа1 О1п Рго О1у О1у

- 449 032 106

one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty A1a Me Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run Tht 11th Run O1u Run O1u O1u Agd Tht Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Bz O1i Ya1 O1u Run Rgo Rke Azr Tug Tgr O1u O1p O1u Tht Bie 100 105 110 Ya1 Tht Ya1 Run Run 115

<210> 70 <211> 117 <212> PROTEIN <213> Note zar1epz <400> 70

O1i Ya1 O1p Bie Bie O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty A1a Me Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run A1a 11th Run O1u Run O1u O1u Run Tht Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Bz Ya1 Bie Me Ya1 Tug A1a Azr Tug Tgr O1u O1p O1u Tht Bie 100 105 110 Ya1 Tht Ya1 Run Run 115

<210> 71 <211> 121 <212> PROTEIN <213> Note zar1epz <400> 71

O1i Ya1 O1p Bie Bie O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty A1a Me Azp Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run Tht 11th Run O1u Run O1u Azr Azp Tht Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Bz Bz Rke Ya1 Bie Me Ya1 Tug A1a Me Bie Azr Tug Tgr O1u 100 105 110 O1p O1u Tht Bie Ya1 Tht Ya1 Run Run 115 120

- 450 032 106 <210> 72 <211> 121 <212> PROTEIN <213> Note naryepz <400> 72

O1i Ya1 O1p Bie Bie O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty A1a Me Azp Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run Tht 11th Run O1u Run O1u O1u Azp Tht Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Bz Bz Rke Ya1 Bie Me Ya1 Tug A1a Me Bie Azr Tug Tgr O1u 100 105 110 O1p O1u Tht Bie Ya1 Tht Ya1 Run Run 115 120

<210> 73 <211> 116 <212> PROTEIN <213> Notepad <400> 73

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Tug Tug Tug O1u Me Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 100 105 110 Tht Ya1 Run Run 115

<210> 74 <211> 123 <212> PROTEIN <213> Notepad <400> 74

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Azr Bz Tug Tug A1a Azr Run Ya1

- 451 032 106

50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p MeC Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1i Tht O1u Rgo Bie Bz Bie Tug Tug Tug O1u MeC Azr Ya1 100 105 110 Tgr O1u O1p O1u Tht Tht Ya1 Tht Ya1 Run Run 115 120

<210> 75 <211> 116 <212> PROTEIN <213> Note zar1epz <400> 75

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty O1u MeC H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p MeC Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd 11th A1a A1a O1u MeC Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 100 105 110 Tht Ya1 Run Run 115

<210> 76 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 76

O1p Ya1 H1z Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Azp Run Rke 20 25 thirty O1u MeC H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr Run Azr O1u Run Azr Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p MeC Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd A1a 11th A1a A1a Bie Tug Tug Tug Tug O1u MeC Azr Ya1 Tgr 100 105 110 O1u O1p O1u Tht Tht Ya1 Tht Ya1 Run Run 115 120

<210> 77 <211> 122 <212> PROTEIN <213> Noto zargepz

- 452 032 106

<400> 77 O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u RNe TNG RNe Run Run RNe 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr Azp Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd RNe TNG 11th Run Agd Azr Azp Run Bz Azp TNG Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd A1a 11th A1a A1a Bie Tug Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u H1z O1u TNG TNG Ya1 TNG Ya1 Run Run 115 120

<210> 78 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 78

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u RNe TNG RNe Run Run RNe 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr Azp Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd RNe TNG 11th Run Agd Azr Azp Run Bz Azp TNG Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd A1a 11th A1a A1a Bie Tug Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u TNG TNG Ya1 TNG Ya1 Run Run 115 120

<210> 79 <211> 122 <212> PROTEIN <213> Noto zar1epz <400> 79

O1p Ya1 H1z Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u RNe TNG RNe Azp Run RNe 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr Run Azr O1u Run Azr O1i Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd RNe TNG 11th Run Agd Azr Azp Run Bz Azp TNG Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd A1a 11th A1a A1a Bie Tug Tug Tug Tug O1u Me Azr Ya1 Tgr

- 453 032 106

100 105 110

О1у О1п О1у Тъг Тъг Уа1 Тъг Уа1 Running Running

115 120 <210> 80 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 80

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Ръе 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr Azp Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd A1a 11th A1a A1a Bie Tug Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u Bj Bj Ya1 Bj Ya1 Run Run 115 120

<210> 81 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 81

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a 11th 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Agd O1u O1u Bie A1a A1a Agd Rgo O1u O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u Bj Bj Ya1 Bj Ya1 Run Run 115 120

<210> 82 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 82

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty

- 454 032 106

Oiu Meb H1z 35 Tgr Ua1 Agd O1p A1a 40 Рgo О1у Bz O1u Ley O1 and 45 Tgr Ya1 A1a Ya1 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u 11th A1a Ya1 A1a Tug Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u Tht Tht Ya1 Tht Ya1 Run Run 115 120

<210> 83 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 83

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Agd Run Tug 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr H1z Azr O1u Run Azp Tht Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Rke Tht 11th Run Agd Azr Azp Run Bz Azp Tht Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u 11th A1a Ya1 A1a Tug Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u Tht Tht Ya1 Tht Ya1 Run Run 115 120

<210> 84 <211> 117 <212> PROTEIN <213> Note zar1epz <400> 84

O1p Ya1 O1p Bie O1p O1i Run O1u Rgo O1u Bie Ya1 Bz Rgo Run O1p one five ten 15 Tht Bie Run Bie Tht Suz Tht Ya1 Run O1u O1u Run 11th Run Run O1u 20 25 thirty O1u Tug Tug Tgr Run Tgr 11th Agd O1p H1z Rgo O1u Bz O1u Bie O1i 35 40 45 Tgr 11th O1u Tug 11th Tug Tug Run O1u Run Tht Tug Tug Azp Rgo Run 50 55 60 Bie Bz Run Agd Ya1 Tht 11th Run Ya1 Azr Tht Run Bz Azp O1p Rke 65 70 75 80 Run Bie Bz Bie Run Run Ya1 Tht A1a A1a Azr Tht A1a Ya1 Tug Tug 85 90 95 Suz A1a Agd Tug Tug Tug O1u Me Azr Ya1 Tgr O1u O1p O1u Tht Tht 100 105 110 Ya1 Tht Ya1 Run Run 115

<210> 85

- 455 032 106 <211> 122 <212> PROTEIN <213> Noto zar1epz <400> 85

O1p Ya1 O1p Bie O1p O1i Run O1u Rgo O1u Bie Ya1 Bz Rgo Run O1p one five ten 15 Tht Bie Run Bie Tht Suz Tht Ya1 Run O1u O1u Run 11th Run Run Run 20 25 thirty Azr Tug Tug Tgr Run Tgr 11th Agd O1p H1z Rgo O1u Bz O1u Bie O1i 35 40 45 Tgr 11th O1u Tug 11th Tug Tug Run O1u Run Tht Tug Tug Azp Rgo Run 50 55 60 Bie Bz Run Agd 11th Tht 11th Run Ya1 Azr Tht Run Bz Azp Bie Pb 65 70 75 80 Run Bie Bz Bie Run Run Ya1 Tht A1a A1a Azr Tht A1a Ya1 Tug Tug 85 90 95 Suz A1a Agd O1u O1u Ya1 Tht Tht Tug Tug Tug A1a MeC Azr Ya1 Tgr 100 105 110 O1u O1p O1u Tht Tht Ya1 Tht Ya1 Run Run 115 120

<210> 86 <211> 120 <212> PROTEIN <213> Note zar1epz <400> 86

O1p Ya1 O1p Bie O1p O1i Run O1u Rgo O1u Bie Ya1 Bz Rgo Run O1p one five ten 15 Tht Bie Run Bie Tht Suz Tht Ya1 Run O1u O1u Run 11th Run Run O1u 20 25 thirty O1u Tug Tug Tgr Run Tgr 11th Agd O1p H1z Rgo O1u Bz O1u Bie O1i 35 40 45 Tgr 11th O1u Tug 11th Tug Tug Run O1u Run Tht Tug Tug Azp Rgo Run 50 55 60 Bie Bz Run Agd Ya1 Tht 11th Run Ya1 Azr Tht Run Bz Azp O1p Pb 65 70 75 80 Run Bie Bz Bie Run Run Ya1 Tht A1a A1a Azr Tht A1a Ya1 Tug Tug 85 90 95 Suz A1a Agd O1i Azr Tht A1a MeC Ya1 Tug Pb Azr Tug Tgr O1u O1p 100 105 110 O1u Tht Bie Ya1 Tht Ya1 Run Run 115 120

<210> 87 <211> 121 <212> PROTEIN <213> Note zar1epz <400> 87

O1p Ya1 O1p Bie O1p O1i Run O1u Rgo O1u Bie Ya1 Bz Rgo Run O1p one five ten 15 Tht Bie Run Bie Tht Suz Tht Ya1 Run O1u O1u Run 11th Run Run O1u 20 25 thirty O1u Tug Tug Tgr Run Tgr 11th Agd O1p H1z Rgo O1u Bz O1u Bie O1i 35 40 45 Tgr 11th O1u Tug 11th Tug Azp Run O1u Run Tht Tug Tug Azp Rgo Run 50 55 60 Bie Bz Run Agd Ya1 Tht 11th Run Ya1 Azr Tht Run Bz Azp O1p Pb 65 70 75 80

- 456 032 106

Run Bie Bz Bie Run 85 Run Ya1 Tht A1a A1a Azr 90 Tht A1a Ya1 Tug 95 Tug Suz A1a Agd O1i Azr Tht A1a MeE Ya1 Rgo Tug Rke Azr Tug Tgr O1u 100 105 110 O1p O1u Tht Bie Ya1 Tht Ya1 Run Run 115 120

<210> 88 <211> 115 <212> PROTEIN <213> Note zargetz <400> 88

O1p Ya1 O1p Bie O1p O1p Tgr O1u A1a O1u Bie Bie Bz Rgo Run O1i one five ten 15 Tht Bie Run Bie Tht Suz A1a Ya1 Tug O1u O1u Run Rke Run O1u Tug 20 25 thirty Tug Tgr Run Tgr 11th Agd O1p Rgo Rgo O1u Bz O1u Bie O1i Tgr 11th 35 40 45 O1u O1i 11th Azp H1z Run O1u Run Tht Azp Tug Azp Rgo Run Bie Bz 50 55 60 Run Agd Ya1 Tht 11th Run Ya1 Azr Tht Run Bz Azp O1p Rke Run Bie 65 70 75 80 Bz Bie Run Run Ya1 Tht A1a A1a Azr Tht A1a Ya1 Tug Tug Suz A1a 85 90 95 Agd O1u O1p Bie Ya1 Rke Azr Tug Tgr O1u O1p O1u Tht Bie Ya1 Tht 100 105 110 Ya1 Run Run 115

<210> 89 <211> 116 <212> PROTEIN <213> Note zargetz <400> 89

O1p Ya1 O1p Bie O1p O1p Tgr O1u A1a O1u Bie Bie Bz Rgo Run O1i one five ten 15 Tht Bie Run Bie Tht Suz A1a Ya1 Tug O1u O1u Run Rke Run A1a Tug 20 25 thirty Tug Tgr Azp Tgr 11th Agd O1p Rgo Rgo O1u Bz O1u Bie O1i Tgr 11th 35 40 45 O1u O1i 11th Azp H1z Run O1u Agd Tht Azr Tug Azp Rgo Run Bie Bz 50 55 60 Run Agd Ya1 Tht 11th Run Ya1 Azr Tht Run Bz Bz O1p Rke Run Bie 65 70 75 80 Bz Bie Azp Run Ya1 Tht A1a A1a Azr Tht A1a Ya1 Tug Tug Suz A1a 85 90 95 Agd O1u O1p Bie Ya1 Rgo Rke Azr Tug Tgr O1u O1p O1u Tht Bie Ya1 100 105 110 Tht Ya1 Run Run 115

<210> 90 <211> 115 <212> PROTEIN <213> Note zargetz <400> 90

О1п Уа1 О1п Ле О1п О1п Running О1у Рго О1у Ле Уа1 Зз Рго Run О1п

- 457 032 106

one five ten 15 TNG Bie Run Bie TNG Suz A1a 11th Run O1u Azr Run Ya1 Run Run Azp 20 25 thirty Run A1a A1a Tgr Azp Tgr 11th Agd O1p Run Rgo Run Agd O1u Bie O1i 35 40 45 Tgr Bie O1u Agd TNG Tug Tug Agd Run Bz Tgr Tug Azp Azr Tug A1a 50 55 60 Ya1 Run Ya1 Bz Run Agd 11th TNG 11th Azp Rgo Azr TNG Run Bz Azp 65 70 75 80 O1p Rke Run Bie O1p Bie Azp Run Ya1 TNG Rgo O1i Azr TNG A1a Ya1 85 90 95 Tug Tug Suz A1a Agd Rke Azr Tug Tgr O1u O1p O1u TNG Bie Ya1 TNG 100 105 110 Ya1 Run Run 115

<210> 91 <211> 121 <212> PROTEIN <213> Note zar1epz <400> 91

O1p one Ya1 O1n bie O1p five O1p Run O1u Rgo O1u ten Bie Ya1 Bz Rgo Run 15 O1p TNG Bie Run Bie TNG Suz A1a 11th Run O1u Azr Run Ya1 Run Run Azp 20 25 thirty Run A1a A1a Tgr Azp Tgr 11th Agd O1p Run Rgo Run Agd O1u Bie O1i 35 40 45 Tgr Bie O1u Agd TNG Tug Tug Agd Run Bz Tgr Tug Bz Azp Tug Run 50 55 60 Ya1 Run Ya1 Bz Run Agd 11th TNG 11th Azp Rgo Azr TNG Run Bz Azp 65 70 75 80 O1p Rke Run Bie O1p Bie Azp Run Ya1 TNG Rgo O1u Azr TNG A1a Ya1 85 90 95 Tug Tug Suz A1a Agd O1u O1u Rgo TNG A1a A1a Rke Azr Tug Tgr O1u 100 105 110 O1p O1u TNG Bie Ya1 TNG Ya1 Run Run 115 120

<210> 92 <211> 345 <212> DNA <213> Noto zar1epz <400> 92 gardensBBsads BddBdsadBs BddadsBdad dBdaadaads sBddddssbc

BssBdsaadd sBBsBddBBa ssssBBdass adsBaBddBa BsadsBdddB dsdasaddss120 ssBddasaad ddsBBdadBd daBdddaBdd aBsadsdsBB asaaBddBaa sasaaasBaB180 dsasadaadd Bssadddsad sdBsassaBd assasadasa saBssasdad sasadBsBas240 aBddadsBda ddadssBdad aBsBdasdas asddssdBdB aBBasBdBds dadaddsBas300 ddBaBddasd BsBddddssa adddassasd dBsassdBsB ssBsB345 <210> 93 <211> 327 <212> DNA <213> Homo zar1epz <400> 93 gardenBsBdsss BdasBsadss BdssBssdBd BsBddddBsBs sBddasadBs daBassaBs60

BssBdsasBd daassadsad BdasdBBddB ddBBaBaasB sBdBsBssBd dBassaasad120

Basssaddsaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

- 458 032106 bsbaabsdsb saddsbdadd ddsddaddda <210> 94 <211> 345 <212> DNA <213> Noto <400> 94 saddbbsads bssbdsaads addsbdsaads dsasadaads abdsdbsda ddbabdots2d2bdd2dd2d2dbuddads <db2ddd2d2dd2d2dd2d2dd2d2dd2d2dd2d2dd2d2dd2d2dd2dd2d2dbdd2dd2d2dbdoddad <b> 2> > 95 sadbsbdsss bssbdsasbd sasssaddsa bsbaabsdsb saddsbdadd ddsddddda <210> 96 <211> 345 <212> DNA <213> Noto <400> 96 saddbbsadds bssbdsaad dddabddd2d2d22112 <400> 97 sadbsbdsss bssbdsasbd sasssaddsa bsbabbsdsb saddsbdadd ddsddddda <210> 98 <211> 345 <212> DNA <213> Noto <400> 98 sadbbsads bsbsbdsdsbdsbdsbdsb dsbda bbabbbsbds adsbsababa saadsassad sabddbsbbs 300 ssaadsbdas sdbssba 327 zartepz bddbdsadbs sbbsbddbba ddsbbdadbd bssadddsad ddadssbdad bsbddddssa bddadsbdad sassbbaass dabdddabdd addsassabd absbdasdas adddassasd dbdaadaads adsbabddba dbsadbbbbb assasadass asddssdbdb dbsassdbsb sbddddssbs bsadsbdddb abaabddbaa sabssasdad abbasbdbds ssbsb adbdaaddbs dsdasaddss sasaaasbab sasadssbas dadaddsbas

120

180

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300

345 zartepz bdasbsadss daassadsad aadsssssaa bsbsbddsbs asdaddsbda ssaadsbdas bdssbssdbd bdasdbbddb asbsabdabb saadbsbdds bbabbasbds sdbssba bsbdddbsbs ddbbabaasb babdaddbsa aasasddssb aabbsababa sbddasadbs sbdbsbssbd dbaabsddss sssbdassab saadsassad dabsassabs dbassaasad sbsaddddbb sbsbdddsbs sabddbabbs

120

180

240

300

327 zartepz bddbdsadbs sbbsbddbba ddsbbdadbd bssadddsad ddadssbdad bsbddddssa bddadsbdaa sassbbdass dabdddabdd adbsassabd absbdasdas adddassasd dbdaadaads adsbabddba absadsbbbb assasadasa asddssdbdb dbsassdbsb sbddddssbs bsadsbdddb asaabddbaa sabssasdad abbasbdbds ssbsb adbdaaddbs dsdasaddss sasaaasbab sasadbsbas dadaddsbas

120

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345 zartepz bdasbsadss daassadsad aassssssaa bsbsbddsbs asdaddsbda ssaadsbdas bdssbssdbd bdasdbbddb asbsabdabb saadbsbdds bbabbbsbds sdbssba bsbdddbsbs ddbbabaasb babdaddbsa aasasddssb adsbsababa sbddasadbs sbdbsbssbd dbaabsddss sssbdassab saadsassad dabsassabs dbassaasad sbsaddddbb sbsbdddsbs sabddbsbbs

120

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327 zartepz bddbdsadbs bddadsbdad dbdaadaads sbddddssbbs adbdaadbs 60

- 459 032 106

Bcdcdcccdcdcdcdcccdcdcccdcdcdcdcdcdc2cdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdc 100 ccdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdccdcdcdcdcdcdcdcdcdc 400> 102 sadddsads assddsasd sadssasssad Basaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa ar1epz

Dadssadss daassadssad aassssssaa

Bcdcdcdcdcdc

Д ад д ад с с с ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад зар зар зар 1 зар зар зар зар

Dadssadss daassadsad aadsssssaa

Dsaddads ssdddd ddaadddss ssssaadad dadssd ddssa zar1epz sassdass dadddadd adsassad asdasdas adddassasd

Ссссссссссд дададададассда са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са сд сд сд сд сд сд сд сд сд са сд сд сд сд сд сд сд са сд сд сд сд сд са сд сд са сд сд са сд са сд са сд сд сд сд сд сд сд сд сд сд сд сд сд

Д Ь д д д д асс асс асс асс асс асс асс асс асс асс ’

СсссссссссЬЬдададададададададада са са са са са са са са са сас са сасссссссссссссBadbndt асс асс ассT: Had

Baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa!

Bcdbcbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbdbdbddbdbdbdbddbddbdbdddbdaddssddddddssaddd

Sadsddd asaaddaa sassasdad asdds sssa sddasads sdssdd daasddss sssdassa saadsassad sddddsss sadsddd aaaddaa sassasdad aasdds sssa sddasads sdsssd saasddss sssdassa saadsassad ssasadas asasddad aaasaddd asasdsaa daasd daasssdd dsdasaddss sasaaasa sasadsas dadaddas dasassas dassaasad ssadddd ssdddss saddss addaadds dsdasaddss sasaaasa sasadssas dadaddsas dasassas dassaasad ssadddd ssdddss saddds ssdssss sddassds dadsas baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

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- 460 032 106 <400> 103 garden SssSdSas SssSdsdasSd dSSssaddaa ssSdassdaS saddsSdadd dSaSSsdddsd

Sdasdsadss dddadsadsSs sadsssssaa Ssssssddsss aSdaddsSda dadddassaa dssssssadSd saasaSdddas sssssssssss saadsssddds SSaSSasSds dsSddassdsSs

SssDddddssss dsasaSssdSasdddSaasa assSsadssss gardenSssssasdSsd ssdSasSsddss sssSddssS asaasadssss ddSssssssssSssadssadSsdssdsd

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333 <210>

<211>

<212>

<213>

104

366

DNA

Noto Zargepz

104 <400> SaddSdsass SssSdSdsadSsaddssaadd DsadasSssd sSdsaaaSda DsadssssSssS Sssssa

Sddddddsss sdcsdddss ddssddddsd sdaadddssd asadss asdasasasasas

Sdddddadds sassSSsaas ddSddsasSS aSSsassaSs adssdaddas sddSaSddas dSddSssads adsSSSddsa aSsSddSsSd Sssadadasa asddsSdSdS dSsSddddss sSdddaddSs SdsasSdddS aSddaadSda aSSssaadaa aSSasSdSds aadddassas ssSdadasSs ssdssaddsS SdaaSasSaS sasdsSdSaS dadadssaSa ddSsassdSs

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366 <210>

<211>

<212>

<213>

105

330

DNA

Noto Zargepz

105 <400> gardenSssSdSdS SssSdsSssSsd ssaddaasad dassdaSSssS asSdddddasd SSdsdadaasSd

Ssdssadss daadsadssSs sssssaaasS sSddsssssaa addssssaSSa ddassaddds dssssssadSd saasassddd ssssssssssaS dsssdddsasd SSasSdsdda sassdssssssa

SssSdsdssss aaSaaSSSSd dasSaSaaasa SsadssasssasaSssdddSa saddasadaaSssssdddSa addssssss SsdddsaSsas dsadssSdad ddSssassaSs ssadsssssSSs addsSSDSSSSDSSSSDSSDSSDSS

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330 <210>

<211>

<212>

<213>

106

366

DNA

Noto Zargepz

106 <400> SaddSdsads SssSdSdsadSsaddssaadd DsadasSssd sSdsaaaSda dsadsssssssss Ssssssa

Sddddddsss sdcsdddss ddssddddsd sdaadddssd asadss asdasasasasas

Sdddddadds sassSSsads ddSddsasSS aSSsassaSs adssdaddas sddSaSddas dSddSssads adsSSSddsa aSaSddaaSd Sssadadasa asddsSdSdS dSsSddddss sSdddaddSs SdsasSdddS aSddaadSaa aSSssaadaa aSSasSdSds aadddassas ssSdadasSs ssdssaddsS SaaaSasSaS sasdsSdSaS dadadssaSa ddSsassdSs

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366 <210>

<211>

<212>

<213>

107

330

DNA

Noto Zargepz

107 <400> gardenSssSdSdS SssSdsSSSsSd ssaddaasad dassdaSSssS asSdddddasd SSdsdadaasSD

Ssdssadss daadsadssSs sssssaaasS sSddsssssaa addssssaSSa ddassaddds dssssssadSd saasassddd ssssssssssaS dsssdddsasd SSasSdsdda sassdssssssa

SssSdsdssss aaSaaSSSSd dasSaSaaasa SsadssasssasaSssdddSa saddasadaaSssssdddSa addssssss SsdddsaSsas dsadSssdad ddSssassaSs ssadssssssss addsDSS

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- 461 032 106 <210>

<211>

<212>

<213>

108

366

DNA

Noto Zar1epz

108 <400> sadddsass bldgbnbbbbbbbbbbbbbbbbbbbbbbbbb

Д д Ь да сд сд сд сд ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас

Dddddadds sasssaas ddddsas asassas adssdaddas sddaddas dddssads adsddsa aaddsd ssadadasa asddsdd dsddddss sdddadds dsasddd addaadda assaadaa aasdds aadddassas ssdadass ssdssadds aaaasa sasdsda dadadssaa ddsassds

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366 <210>

<211>

<212>

<213>

109

330

DNA

Noto Zar1epz

109 <400> HERE'S HEREHIRE HERE

Dasdsadss daadsads sssssaaas sddsssaa addssdaa ddassaddd dssssadd saasaddd sssaa dsddsasd asdsdda sassdssa

Bdsddsss baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

120

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<211>

<212>

<213>

110

366

DNA

Noto Zar1epz

110 <400> sadddsadhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh

Д д Ь да сд сд сд сд ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас

Dddddadds sasssads ddddsas asassas adssdaddas sddaddas dddssads adsddsa aaddaad ssadadasa asddsdd dsddddss sdddadds dsasddd addaadaa assaadaa aasdds asdddassas ssdadass ssdssadds aaaasa sasdsda dadadssaa ddsassds

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366 <210>

<211>

<212>

<213>

111

330

DNA

Noto Zar1epz

111 <400> HERE'S HERE HERE HANDSHIP HERE

Dasdsadss daadsadss sssssaaas sddsssaa addssdaa ddassaddd dssssadd saasaddd sssaa dsddsasd asdsdda sassdssa

Bdsdssss aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

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<211>

<212>

<213>

112

366

DNA

Noto Zar1epz

112 <400> saddadsadssaddsaddsad

Д д д сд сд сд сд

Дддддд с с сассассассассассассдддддддд ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад адссааааааадаааааЬЬЬЬдддддддддддддддддддд с с с с с с с с с с с с с с с сссс сссссссссссссссссссссссссссссссссссссссссссссссссссссссссдддддддддддддtдtttЬyyyy

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- 462 032106 dsadasBssd Bdaaddddssd aBBssassaBs Bssadadas aBBssaadaa sasdsBdBaB240 sBdsaaaBda asadssBdad adssdaddas adddsBdBdB aBBasBdBdsddaddssdassa

Bssbsa366 <210> 113 <211> 330 <212> DNA <213> Noto Zaryepz <400> 113 sadBsBdBdB Bdasdsadss dsssasadBd

BssBdsBsBd daadsadsBs saasaBBddd aaBaaBBBBd BaBssBddBa ssadsadsBs120 ssaddaasad sssssaaasB ssBsaBBBaB dasBaBaaBa adsdasssBs adddaBBssB180 dassdaBBsB sBddsBssaa dBsBddsasd Bsadssasss BdddsaBsas sddasBssad240 asBddddasd addssdaBBa sBasBdsdda asaBdddaBa dsadssBdad BddBBaBdBs300

BBSddaasBd ddassadddB sassdBssBa330 <210> 114 <211> 366 <212> DNA <213> Noto Zaryepz <400> 114 saddBdsads BssBdBdsad ssadsdaad dBadasBssd sBdsaaBda dsadBdsa

BddBddadBs sdBsBddaBB ddsBddadBd Bdaadddssd asadssBdad asBassBasBa

Bdddddadds sassBBsadd ddBddsasBB aBBsassaBs adssdaddas sddBaBddas dBddBssads adsBaBddsa aBaBddsaBd Bssadadasa asddsBdBdB dBsBddddss sBdddaddBs BdsasBdddB aBddaadBaa aBBssaadaa aBBasBdBds aadddassas ssBdadasBs ssdssaddsB BasaBasBaB sasdsBdBaB dadaddBaBa ddBsassdBs

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366 <210> 115 <211> 330 <212> DNA <213> Noto Zariepz <400> 115 garden

BssBdsBsBd daadsadsBs saasaBBddd aaBaaBBBBd BaBssBddBa ssadsadsBs120 ssaddaasad sssssaaasB ssBsaBBBaB dasadBaaBa adsdasssBs adddaBBssB180 dassdaBBsB sBddsBssaa dBsBddsasd Bsadssasss BddasaBsas sddasBssad240 asBddddasd addssdaBBa BBasBdsdda asaBdddaBa dsadssBdad BdsBBaBdBB300

BBSddaasBd ddassaaddB sassdBssBa330 <210> 116 <211> 363 <212> DNA <213> Noto Zaryepz <400> 116 daddBdsads BssBdBdsad ssadddaadd dsadasBssd sBdsaaaBda dBasbaa

BdBBddadBs ssbsbddaBB ddsBddadBd Bdaadddssd asadssBdad BdBaBdsdab

Bdddddddds sassBBBads dddbsbsaasb dbbssassa bs adssdaddas dsbbdasbas

BbddBasadss adBaBdssa aBBadBddBa Bssadadas asddddbabBdddddssadd sBdddddddbs BdaasBdddB dbddBdaBaaBBssaadaaaBBasBdBds daasssBddasbdasdas

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363 <210> 117 <211> 321 <212> DNA <213> Noto Zaryepz

- 463 032106 <400> 117 dAssDa ddaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa; > DNA <213> Noto <400> 119 dasad <b> daddaddds <210> 120 <211> 345 <212> DNA <213> Noto <400> 120 DNA

Dasssads ssassss sdsdsa sdddada sadadsass60 dddsaadsa dadsaads adaaa addasa dsadaaassa120 saaddss dasads dssssad dsaaaddd ddsssasa180 dsadddas dddasada sasssa ssasaasad sdsaass240 saasasa sdsaasad adasad sssssasas ssddssaa300

Bastard baa a321

Д Ь д да с с с ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас

Bldddddadds sassbds dbssaas dbssassbss adssdaddas dbdasbas

Bldbbbb bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb

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363 charges

Сс сс с д д д д асс асс асс асс асс са са са са а а а а а а а а а а а а

Ssassss dadsaads dasads dddasada sdsaasad and sasdsa asaaa dsadssad sasssa adasadd sdaddada addasa dsaaaddd ssasadsad sssssasas sadadsass dsadaadssa ddsssasa sdsaass ssddssaa

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321 problems

Д д д ад с с с ад ад ад ад ад ад ад ад ад ад.

Ddadsdad saddass dadddadd adsassad asdasdas adddassasd ddaadaads adsadda asadsds assasadasa asddssdd dsassds sddddsss sadsddd asaaddaa sassasdad aasdds sssa asdaadds dsdasaddss sasaaasa sasadsas dadaddsas

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345 zarjepz

Dadssadss daassadssad aassssssaa

Bcdcdcdcdc

Ссссссссссд дададададассда са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са сд сд сд сд сд сд сд сд сд са сд сд сд сд сд сд сд са сд сд сд сд сд са сд сд са сд сд са сд са сд са сд сд сд сд сд сд сд сд сд сд сд сд сд

Bcdbc baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa!

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- 464 032106 heldaadds dsdasaddss sasaaabbas sasadbas dadaddbas <211> 345 <212> DNA <213> Note <400> 122 saddbadc <b> ddsaad <b> 12db2d2b2d2b2d2b2d2b2d2b2d2b2d2d2b2d2b2d2b2d2b2d2b2d2b2d2b2d2b2d2b2d2b2d2b2d2d2d2d2d2d2d2d2d2d2d2nd2 ssdsss ssssdsds sassssadds ssdbsdds ddsdddds <210> 124 <211> 345 <212> DNA <213> Note <400> 124 ssds dads2sdads2d2sdads > 125 ssdsss ssdsdsds sassssaddsa ssaabsds säddsdadd ddsddddda <210> 126 <211> 345 <212> DNA <213> Note <400> 126 ssdbsadd ssdsdaud ssddsda Д д д Ь Ь д зар зар зар еп еп з з з

Д ад д ад с с с ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад зар зар зар 1 зар зар зар зар

Dadssadss daassadssad aassssssaa

Bcdcdcdcdcdcdc

Д ад д ад с с с ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад зар зар зар 1 зар зар зар зар

Dadssadss daassadssad aassssssaa

Bcdcdcdcdcdcdc

Д д д ад с с с ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад.

Д да д д д с с да да да да с с

Ссссссссссд дададададассда са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са сд сд сд сд сд сд сд сд сд са сд сд сд сд сд сд сд са сд сд сд сд сд са сд сд са сд сд са сд са сд са сд сд сд сд сд сд сд сд сд сд сд сд сд

Д Ь д д с с с с да да да Ь Ь а а а а а а

Ссссссссссд дададададассда са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са сд сд сд сд сд сд сд сд сд са сд сд сд сд сд сд сд са сд сд сд сд сд са сд сд са сд сд са сд са сд са сд сд сд сд сд сд сд сд сд сд сд сд сд

Ddadsdad sdssdass dadddadd adsassad asdasdas adddassasd ddaadadds adsadda asadsd assasadasa asddssdd dsassds

Baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa!

Sdddss ddaaas adaddsa aaasddss adssaaa ddaadaads adsadda asadsds assasadasa asddssdd dsassds sddddsss sadsddd asaaddaa sassasdad aasdds sssa sddasads sdsssd daasddss sssdassa saadsassad sddddsss sadsddd asaaddaa sassasdad aasdds sssa sddasads sdsssd daasddss sssdassa saadsassad sddddsss sadsddd asaaddaa sassasdad aasdds sssa dasassas dassaasad ssadddd ssdddss saddss addaadds dsdasaddss sasaaasa sasadsas dadaddsas asassas dassaasad ssadddd ssdddss saddss addaadds dsdasaddss sasaaasa sasadsas dadaddsas

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- 465 032106 bsbdddbsbs ddbbabaasb babdaddbsa aasasddssb adsbsababa dabsassabs dbassaasad sbsadddabb sbsbdddsbs sabddbsbbs <210> 127 <211> 327 <212> DNA <213> Noto <400> 127 sadbsbdsss bssbdsasbd sasssaddsa bsbaabsdsb saddsbdadd ddsddaddda <210> 128 <211> 345 <212> DNA <213> Noto <400> 128 saddbbsadss bssbdsaadd ssbddasaad dsasadaadb abddaasbda dbbabddasd <210> 129 <211> 327 <212> DNA <213> Noto <400> 129 sadbsbdssds bssbdsasbdssddsddsd2dd110 212> DNA <213> Noto <400> 130 saddbasadb assbdbdssa sadbssssab aaaaabbabb sadbbsbsbbs adadddddds bsa <210> 131 <211> 330 <212> DNA < 213> Noto <400> 131 sbbbsbdsss bssbdsasbd babbsaddsa zartepz bdasbsadss daassaasad aassssssaa bsbsbddsbs asdaddsbda ssaadsbdas zartepz bddbdsadbs sbbsbddbba ddsbbdadbd bssadddsad ddadssbdad bsbddddssa zartepz bdssbssdbd bdasdbbddb asbsabdabb saadbsbdds bbabbbsbds sdbssba bddadsbdad sadsbbbass dabdddabdd adbsassabd absbdasdas adddassasd dbdaadaads adsbabddba dbsadsdsbb assasadasa asddssdbdb dbsassdbsb sbddasadbs sbdbsbssbd dbaabsddss sssbdassab saadsassad sbddddssbs bsadsbdddb asaabddbaa sabssasdad abbasbdbds ssba adbdaaddbs d sdasaddss sasaasasbab sasadssbas dadaddsbas

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345 bdasbsadss bdssbssdbb bsbdddbsbs sbddasadbs dabsassabs60 daassadsad bdasdbbddb dsbbabaasb sbdbsbssbd dbassaasad120 aadsssssaa asdsabdabb babdaddbsa dbaabsddss sbsaddddbb180 bsbsbddsbs saadbsbdds aasasddssb sssbdassab sbsbdddsbs240 asdaddsbda bbabbasbds adsbsababa saadsassaa sabddbabbs300 ssaadsbdas sdbssba327 zartepz bdsadsadbs bsbssdddda sdadaddssb sadbabsbdb bdsaasbdaa saasbdsbds addbssadda sadbdbsbsb bdadbddsbd daaaadbsda sbsbdbdasb bbbbdasbas sbddbdaads adsaasadbd ddaaddasab abaassabsa sssddddasa bddddssadd ssbsdsadas Sat. dsbbddaa asbasaddbs asssadasas sddsbdbdba daasssbddb ssbsbsasbs sbddabsadd saadbddbbs absaadaas bbasbdbsa sassdbsbss

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- 466 032 106

Baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa either Bcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcd 135 sit down dad dd dd dd dd dd dd dd <210> 136 <211> 351 <212> DNA <213> Noto <400> 136 ddd ddadsd

Hessbcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcddcdc

Д д да да д д 60 60 60 60 60 60 60 60 60 60 60 60

Ssdda sassad adsadda dadsddd ssdssadds 120 ddsddadd ddddssaas aaaadsaad addaadda daaaasa 180 daadddssd asassas ssadadasa asdssaadaa ssasda 240 asadssdad adssdaddas asddsda aasdds dadadadsa 300 dsda asdddds saadddasaa ddsassd sssa 357 zar1epz

Had a dad dad dad dd dd dd dd dd dd dd dd dd dd dd dd dd dd dd dd dddd

Bldddssss baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaah

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327 zar1epz

Ddddads dddddadds ddssads sdddddds ssdadass 60 sssdda sassad sdsadda dadsddd ssdssadds 120 ddsddadd ddddssaas aaaadsad addaadda daaaasa 180 daadddssd asassa ssadadasa asdssaadaa ssasda 240 asadssdad adssdaddas asddsdd aasdds dadadadsa 300 dsda dsdddds sasdddasaa ddsassd sssa 357 zar1epz

Had a dad dad dd dd dd dd dd dd dd dd dd dd dd dd dd dd dd dd dd dd dddd

Bldddssss baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

120

180

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300

327 zar1epz

Д Ь Ь д Ь д 60 60 60 60 60 60 60 60 60 60 60 60 60

- 467 032 106

SssSdsDsad ssadddaadd dsadasSssd sSdsaaaSda ddsadSSSSS ssSsSddaSS ddsSdddSd Sdaadddssd asadssSdssSssdSassSssSSssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssessess

СддсСдддС дСддСддСадССССССААДА АССасСдСдс СССДСССССССССДССДДСС ДСОСАССАССДСДСДСаС ДааадаадСС а

120

180

240

300

351 <210>

<211>

<212>

<213>

137

330

DNA

Noto Zargepz

137 <400> gardenSssSdSdS SssSdsSssSsd ssaddaasad dassdaSSssS asSddddddasd SSdsdddsdad

Sdasdsadss daadsaasSs sssssaaasS sSddsssssaa addssdaSSa ddassaadsS dsssSsadSd saasaSdddd ssssaSSssaS sssssddsasd SSasSdsdda dassdssssssa

SssSddssssss aaSaaSSaSd dasaSaaSa SsadssassssaaSssdddSa saddasadaaSssssdddSa addssssss SsdddsaSsas dsadssSdad ddSssassaSs ssadssssssss AddsSSDssSSDssSSDSSDSSDSSDSSDSSDSSDSS

120

180

240

300

330 <210>

<211>

<212>

<213>

138

366

DNA

Noto Zargepz

138 <400> SaddSdsads SssSdSdsadSsaddssaadd DsadasSssd sSSsaaaSda ddsSsSdsdsad SssSSa

СддСдддСс сдссДддСС ддсСдддСд Сдаадддссд асадссСдд сСсдСссддд

Sdddddadds sassSSsadS ddSddsaaSS aSSsassaSs adssdaddas sddSaSddas dSddSssads adsSaSddsa aSaSddSaSd Sssadadasa asddsSdSdS dSsSddddss sSdddaddSs SdsasSdddS aSddaadSaa aSSssaadaa aSSasSdSds aadddassas ssSdadasSs ssdssaddsS SaaaSasSaS sasasSdSaS daddaddddd ddSsassdSs

120

180

240

300

360

366 <210>

<211>

<212>

<213>

139

318

DNA

Noto Zargepz

139 <400>

SssSaSdads assSdsSsssSsd gardenSssssSd SSssSsSddsS yesSdaddsSd AssaadsSda

СдасСсадсс дадаСаааСС СдсСддСсаС ссаадСсСдд асСасССасСд ссдСссСс ассСсадСд дддддаСааа сСаСсааааа daasasadСс СсаддсдСдд

Sssddsdsssss SaSdsdsssdsdsS AssaadSdsds ssssDassa dasadsadsa saddasadas ddSaSsadsa ssSSadddaS Ssaddsddas ssdSddSaSS adssadaaSs daaassadds sssDsddssdd

120

180

240

300

318 <210>

<211>

<212>

<213>

140

366

DNA

Noto Zargepz

140 <400> SaddSdsads assSdssasSd Gardensasssad SasaassssdS SssssSdaadS dddddSdassa SssSsa

SdsaddadSs SsSsSddSdd ddaadddssS sssSsaadad SdadsSsSdS sdSasSasSa dddsssadda sSssaSsads ddadSddaSS SsdaaSSass dasSdssdsd sdsSaSddas sSddSdaads adSadSdaSS dddSasaSsS aSaSsadSad dasasddssd dSsSddddss sSSsasadas asSasSddad aSSasadSdd asasdSsSaa SdSaSSasSd aadddassas ssSdSsssSs sSddaSssds dadsassSas daassSdSSs Sdsdadaddd ddSsassdSs

120

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240

300

360

366 <210> 141 <211> 321 <212> DNA

- 468 032 106 sBdBsBdsaa aasBaBBBaa dsaBssadBB

BBSasBsBsa adBBasadBa sBdBaddad dBBddBaBsB

BdsadadBdd ssaBsadsad sssdsdsBsaB sadadBsass dsadaaassa ddBsssaBsa

Bsbdsaabsb

BBBsdddsdda <213> Noto Zaryepz <400> 141 dasaBasada aBsasBBdss dddaBBdsss addBBsadBd daada BBBBBd dddassaadd

BdassadBs dddsaadBsa sBaadsBssB dsadBddaBs SaasBBasBa BddadaBsaa

BssaBssbss dsdsaBBads daBsBaBdss BdddasadaB sBdBsaasad a

120

180

240

300

321 <210>

<211>

<212>

<213>

142

369

DNA

Noto Zaryepz

142 <400> SaddBdsads BssBdBdsad Ssaddsaadd DsadasBssd sBdsaaaBda ddBsssBBda dBsBssBsa

BddBddadBs sdBsBddaBB ddsBddadBd Bdaadddssd asadssBdad aasBsBasBa

Bdddddadds sassBBsadB ddBddsadBB aBBsassaBs adssdaddas sBasddBaBd dBddBssads adsBaBddsa aBaBddBaBd Bssadadasa asddsBdBdB dasdBsBddd sBdddaddBs BdsasBdddB aBddaadBda aBBssaadaa aBBasBdBds dssaadddas ssBdadasBs ssdssaddsB BaaaBasBaB sasdsBdBaB dadadadasB sasddBsass

120

180

240

300

360

369 <210>

<211>

<212>

<213>

143

336

DNA

Noto Zaryepz

143 <400> yesBaBBdBda absbssbdsbdsa bassbdsada bssdddddbss adsadadbdd bbsasbbbsd

BdasBsadBs ddbsbadbsa adssaddds sBdasaddBB addsBdadda dsssBdddas

BssasBsBss dadssBssBd dBsBssasaa sadBddsadB BdBBddddBB saaadBddaB sBdBssdBsa saBadBaaBd sBssBdaBsB ddaBsaddsa BaBBasBdsa aBsaaa ssssBddada daBasaasBB aBBBdddBBs sadaBBBBas BdsaadBBsB dssdsssBss BBBdaaBBdd BsaBsdddss asBddaaaBs asaaasBssa

120

180

240

300

336 <210>

<211>

<212>

<213>

144

357

DNA

Noto Zaryepz

144 <400>

ddddbdsads bssbdbdsad ssaddddaadd dbdasbsbd sbdsaaaBda aasbddddda

Bdddbdddbs ssbsbddasb ddsbddadbd bdaadddssd asadssbdad bbdsbbbbda

Bdddddddds sassbbbadb ddbddssaas abbssassa bs adssdaddas babsbdddds

BbdddBssadas aasBBBBdda aBaaadsaad Bssadadasa adddsBdBdB saadddasa sBdddddddbs BdadsBdddB aBddaadBda asdssaada aBBssBdBas Bdddbdsdddda

120

180

240

300

357 <210>

<211>

<212>

<213>

145

327

DNA

Noto Zaryepz

145 <400> gardenBsBdBds BSBBBdBBsBd ssaddaasdd dassdaBBSs BsBdaddaBd ddsdsaddda

BdasBsadss daadsadsBs sssssaaasb sbddsbssaa addsdbdaBba ssaadsbdas asssbsadsd saasaBsdda ssbsaBsBaB dbsbdsdsbasBasBdBdsa sbssba

Bsbdddasss adBaaaasbd adBaaBaaBs Bsadssbsss dsaBddaBd

120

180

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300

327

- 469,032,106 helldadds dsdasaddss sasaaasbas sasadssas dadadddb <210>

<211>

<212>

<213>

146

345

DNA

Noto Zar1epz

146 <400> saddssadss ddssadadddaddasad dsasadadd

Д д д с ад с с д д д д д д д ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ас ас ас ас ас ас ас ас ас.

ДдадададЬ с сасс да да да да да да да да да да да да да даассассассассассассассасссассассассассассассассассассассассассассассассассассассассасс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс асс ассас асс ассасасасасасас ассасас асдас ас асс асс асс ассасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасас ассасасас ас ATDAT THE WHICH HERE TO SHARE.

120

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300

345 <210>

<211>

<212>

<213>

147

348

DNA

Noto Zar1epz

147 <400> sadss_dds ass_dsassss ddddaadddss daaddsass aadaasbss assaasb

ДасссЬсадсс дададдд с ссссссссссссссссссс ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас са са са са са са са са са са са са са са са са са са са са са са са са са са са са са са саЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬ

Hessadssss Haddad dasasddd ddsaddss Lassaddss assaads

Dddadsss asddasa ddadddd daasdda dddsadassa ssdssa ddsasass dsadadassa assaadddd sdassas ddsadddd

120

180

240

300

348 <210>

<211>

<212>

<213>

148

348

DNA

Noto Zar1epz

148 <400> sadddsads assaddsdsdsadddaadd ssdssssaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

Asadsadd OsaOdddd ddsddadd adadsdad sddassds asasdddd dddsdsadda dsssad daddddaa sassaasa sdsddasasd ssadddaass sddaads dsdasas asaasaa dadasasd dsOdOdaO sddsassd ssddadas ddaasdda dddaadaas ssaadaadsa asddsdad Osssa ssdssss ssdssadsss sdasasaas dssssd adddsadss

120

180

240

300

348 <210>

<211>

<212>

<213>

149

330

DNA

Noto Zar1epz

149 <400> ssddsdsoddasdd dassdas dsdddd dsddsdd

Hadssadss daadsadss sssssaaas sddsssssaa addsddaa ddassaads ssdssadsd saasasdda ssessaas dsdsdsass Hesses dassdsssa

Haddadss Hellfeld Hellfeld Hellfeld Hellfeld Hellfeld Haddjf Hadfjf

120

180

240

300

330 <210>

<211>

<212>

<213>

150

345

DNA

Noto Zar1epz

150 <400> saddadssddaddadaddadadaddaddadd

Д д д д ад ад с д д д д д д д ад ад ад ад ад ад ад ад ад ад ад ад ад ад ад д д д д

Ddadsdad sasssss dadddadd adsassad asdasdas ddaadaads adsadda asadsds assasadasa asddssdd sddddsss sadsddd asaaddaa sassasdad OOasOdds addaadds dsdasaddss sasaaasa sasadssas dadaddsas

120

180

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300

- 470 032106 dSSaSddasd ssSddddssss adddassasd dSsassdSSsS ssSSsS 345 <210> 151 <211> 327 <212> DNA <213> Note zar1epz <400> 151 gardens

ССССдсасСд даассадсад СдасдССддС сСССаСааСС сСдСсСссссд дСассаасас120 сасссаддса адсссссаа аСсаСдасс СасдддСса dСааСсддсс сСсаддддСССС180

SsSasSsdsS SsSsSddsSs saadSsSdds aasasddssS sssSdassaS sSsSdddsSs240 saddsSdadd asdaddsSda SSaSSasSds adsSsaSaSa saadsadsad sdSSdSaSSs300 ddsddaddda ssaaasSdas sdSssSa327 <210> 152 <211> 369 <212> DNA <213> Homo zar1epz <400> 152 daddSdsads SddSddadSs Sdddddadds sSddSsaads sSddddddSs ssSdadasSs60

SssSdSdsad ssSsSddaSS sassSSsadS adsSaSadsa SdaasSdddS ssdssaddsS120 ssadddaadd ddsSddadSd ddSsSsaSss aSSadSadSa dSadSadSSa saSSSssSas180 dsadasSsad Sdaadddssd aSSsassaSs Sssadadasa asdssaadaa sSsasSdSaS240 sSdsaaaSda asadssSdad adssdaddas asddsSdSdS aSSSsSdSds dadadaSSas300 daSSSSSdda dSdsSSasSa SdaSdsSSSS daSdSsSddd dssaadddas aaSddSsass360 dSsSsSSsa369 <210> 153 <211> 333 <212> DNA <213> Homo zar1epz <400 > 153 kindergarten SssSdSds Sdasdsadss dsssSsadSd ssSddddssss säddssadad ddSssassaSS60

SssSdsasSd ddadsadsSs saasaSsddd dsaddSSaSd aSdSasasSd dSassadsad120 sSSssaddaa sadsssssaa asSssSsaSs SsSddSaasa dsaaSsddss sSsaddddSs180 ssSdassdaS SsSsSddsSs saadSsSdds assSsadssS sssSddssaS sasSdddsSs240 saddsSdadd aSdaddsSda SSaSSasSds sadSssSaSd asadsadssS dadSddSSsd300 dSaSSsddsd dadddassaa dsSdassdSs sSa333 <210> 154 <211> 326 <212> Protein <213> Noto zar1epz <400> 154

A1a Run Tht Bz O1u Rgo Run Ya1 Pb Rgo Bie A1a Rgo Suz Run Agd one five ten 15 Run Tht Run O1i Run Tht A1a A1a Bie O1u Suz Bie Ya1 Bz Azr Tug 20 25 thirty Pb Rgo O1i Rgo Ya1 Tht Ya1 Run Tgr Azp Run O1u A1a Bie Tht Run 35 40 45 O1u Ya1 H1z Tht Pb Rgo A1a Ya1 Bie O1p Run Run O1u Bie Tug Run 50 55 60 Bie Run Run Ya1 Ya1 Tht Ya1 Rgo Run Run Azp Pb O1u Tht O1p Tht 65 70 75 80 Tug Tht Suz Azp Ya1 Azr H1z Bz Rgo Run Azp Tht Bz Ya1 Azr Bz 85 90 95 Tht Ya1 O1i Agd Bz Suz Suz Ya1 O1i Suz Rgo Rgo Suz Rgo A1a Rgo 100 105 110 Rgo Ya1 A1a O1u Rgo Run Ya1 Pb Bie Pb Rgo Rgo Bz Rgo Bz Azr

- 471 032 106

115 120 125 Tht Bie MeE 11th Run Agd Tht Rgo O1i Ya1 Tht Suz Ya1 Ya1 Ya1 Azr 130 135 140 Ya1 Run H1z O1i Azr Rgo O1i Ya1 O1p Rke Azp Tgr Tug Ya1 Azr O1u 145 150 155 160 Ya1 O1i Ya1 H1z Azp A1a Bz Tht Bz Rgo Agd O1i O1i O1p Rke Azp 165 170 175 Run Tht Rke Agd Ya1 Ya1 Run Ya1 Bie Tht Ya1 Ya1 H1z O1p Azr Tgr 180 185 190 Bie Azp O1u Bz O1i Tug Bz Suz Bz Ya1 Run Azp Bz O1u Bie Rgo 195 200 205 A1a Rgo 11th O1i Bz Tht 11th Run Bz Tht Bz O1u O1p Rgo Agd O1i 210 215 220 Rgo O1p Ya1 Tug Tht Bie Rgo Rgo Run Agd O1i O1i MeE Tht Bz Azp 225 230 235 240 O1p Ya1 Run Bie Tht Suz Bie Ya1 Bz O1u Rke Tug Rgo Run Azr 11th 245 250 255 A1a Ya1 O1i Tgr O1i Run Azp O1u O1p Rgo O1i Azp Azp Tug Bz Tht 260 265 270 Tht Rgo Rgo MeE Bie Azr Run Azr O1u Run Rke Rke Bie Tug Run Bz 275 280 285 Bie Tht Ya1 Azr Bz Run Agd Tgr O1p O1p O1u Azp Ya1 Rke Run Suz 290 295 300 Run Ya1 MeE H1z O1i A1a Bie H1z Azp H1z Tug Tht O1p Bz Run Bie 305 310 315 320 Run Bie Run Rgo O1u Bz

325 <210> 155 <211> 327 <212> PROTEIN <213> Note zar1epz <400> 155

A1a Run Tht Bz O1u Rgo Run Ya1 Rke Rgo Bie A1a Rgo Suz Run Agd one five ten 15 Run Tht Run O1i Run Tht A1a A1a Bie O1u Suz Bie Ya1 Bz Azr Tug 20 25 thirty Rke Rgo O1i Rgo Ya1 Tht Ya1 Run Tgr Azp Run O1u A1a Bie Tht Run 35 40 45 O1u Ya1 H1z Tht Rke Rgo A1a Ya1 Bie O1p Run Run O1u Bie Tug Run 50 55 60 Bie Run Run Ya1 Ya1 Tht Ya1 Rgo Run Run Run Bie O1u Tht Bz Tht 65 70 75 80 Tug Tht Suz Azp Ya1 Azr H1z Bz Rgo Run Azp Tht Bz Ya1 Azr Bz 85 90 95 Agd Ya1 O1i Run Bz Tug O1u Rgo Rgo Suz Rgo Run Suz Rgo A1a Rgo 100 105 110 O1i Rke Bie O1u O1u Rgo Run Ya1 Rke Bie Rke Rgo Rgo Bz Rgo Bz 115 120 125 Azr Tht Bie MeE 11th Run Agd Tht Rgo O1i Ya1 Tht Suz Ya1 Ya1 Ya1 130 135 140 Azr Ya1 Run O1p O1i Azr Rgo O1i Ya1 O1p Rke Azp Tgr Tug Ya1 Azr 145 150 155 160 O1u Ya1 O1i Ya1 H1z Azp A1a Bz Tht Bz Rgo Agd O1i O1i O1p Rke 165 170 175 Azp Run Tht Tug Agd Ya1 Ya1 Run Ya1 Bie Tht Ya1 Bie H1z O1p Azr 180 185 190 Tgr Bie Azp O1u Bz O1i Tug Bz Suz Bz Ya1 Run Azp Bz O1u Bie 195 200 205 Rgo Run Run 11th O1i Bz Tht 11th Run Bz A1a Bz O1u O1p Rgo Agd 210 215 220

- 472 032 106

O1i Rgo O1p Ya1 Tug Tht Bie Rgo Rgo Run O1p O1i O1i MeC Tht Bz 225 230 235 240 Azp O1p Ya1 Run Bie Tht Suz Bie Ya1 Bz O1u Rke Tug Rgo Run Azr 245 250 255 11th A1a Ya1 O1i Tgr O1i Run Azp O1u O1p Rgo O1i Azp Azp Tug Bz 260 265 270 Tht Tht Rgo Rgo Ya1 Bie Azr Run Azr O1u Run Rke Rke Bie Tug Run 275 280 285 Agd Bie Tht Ya1 Azr Bz Run Agd Tgr O1p O1i O1u Azp Ya1 Rke Run 290 295 300 Suz Run Ya1 MeC H1z O1i A1a Bie H1z Azp H1z Tug Tht O1p Bz Run 305 310 315 320 Bie Run Bie Run Bie O1u Bz 325

<210> 156 <211> 105 <212> PROTEIN <213> Note zargetz <400> 156

O1p one Rgo Bz A1a A1a five Rgo Run Ya1 Tht Bie ten Rke Rgo Rgo Run Run 15 O1i O1i Bie O1p A1a Azp Bz A1a Tht Bie Ya1 Suz Bie 11th Run Azr Rke 20 25 thirty Tug Rgo O1u A1a Ya1 Tht Ya1 A1a Tgr Bz A1a Azr Run Run Rgo Ya1 35 40 45 Bz A1a O1u Ya1 O1i Tht Tht Tht Rgo Run Bz O1p Run Azp Azp Bz 50 55 60 Tug A1a A1a Run Run Tug Bie Run Bie Tht Rgo O1i O1p Tgr Bz Run 65 70 75 80 H1z Agd Run Tug Run Suz O1p Ya1 Tht H1z O1i O1u Run Tht Ya1 O1i 85 90 95 Bz Tht Ya1 A1a Rgo Tht O1i Suz Run

100 105 <210> 157 <211> 106 <212> PROTEIN <213> Noto zargetz <400> 157

Tht one Ya1 A1a A1a Rgo five Running Wa1 Rke 11th Rke ten Rgo Rgo Run Azr O1i 15 O1p Bie Bz Run O1u Tht A1a Run Ya1 Ya1 Suz Bie Bie Azp Azp Rke Tug 20 25 thirty Rgo Agd O1i A1a Bz Ya1 O1p Tgr Bz Ya1 Azr Azp A1a Bie O1p Run 35 40 45 O1u Azp Run O1p O1i Run Ya1 Tht O1i O1p Azr Run Bz Azr Run Tht 50 55 60 Tug Run Bie Run Run Tht Bie Tht Bie Run Bz A1a Azr Tug O1i Bz 65 70 75 80 H1z Bz Ya1 Tug A1a Suz O1i Ya1 Tht H1z O1p O1u Bie Run Run Rgo 85 90 95 Ya1 Tht Bz Run Rke Azp Agd O1u O1i Suz 100 105

<210> 158 <211> 14 <212> PROTEIN

- 473 032 106 <213> Noto zartz <400> 158

Tg O1y Tg Zeg Zeg Azr Wa1

one five <210> 159 <211> 14 <212> PROTEIN <213> Noto Zar1epz <400> 159 TG O1y Tg Azp Zeg Azr Ya1 one five <210> 160 <211> 14 <212> PROTEIN <213> Noto Zar1epz <400> 160 Tg O1y Tg Zeg Zeg Azr Ya1 one five <210> 161 <211> 14 <212> PROTEIN <213> Noto Zar1epz <400> 161 Tg O1y Tg Zeg Zeg Azr Ya1 one five <210> 162 <211> 7 <212> PROTEIN <213> Noto Zar1epz <400> 162 O1 and Wa1 Zeg Azp Agde Rgo Zeg one five <210> 163 <211> 7 <212> PROTEIN <213> Noto Zar1epz <400> 163 O1 and Va1 Tg Azp Agde Rgo Zeg one five <210> 164 <211> 9 <212> PROTEIN <213> Noto Zartezz

<400> 164

O1u O1u Tug Azp Zeg Wa1 Zeg

O1u O1u Tug Azp Zeg Wa1 Zeg

O1u A1a Tug Azp Zeg Wa1 Zeg

O1u Agd Tug Azp Zeg Wa1 Zeg

- 474 032 106

Running Running Tug Tg Running Tht Run MeC Ya1 one five <210> 165 <211> 9 <212> PROTEIN <213> Noto Zar1epz <400> 165 Azp Running Tug Tg Running Tht Run MeC Ya1 one five <210> 166 <211> 9 <212> PROTEIN <213> Noto Zar1epz <400> 166 Running Running Tug Tg Running Tht Azp MeC Ya1 one five <210> 167 <211> 9 <212> PROTEIN <213> Noto Zar1epz <400> 167 Running Running Tug Tg Running Run Run Ya1 Ya1 one five <210> 168 <211> ten <212> PROTEIN <213> Noto Zar1epz <400> 168 O1y Tug Rgo Lei Tht Run Tug O1u 11th Run one five ten <210> 169 <211> ten <212> PROTEIN <213> Noto Zar1epz <400> 169 O1y Tug Run Run Tug O1u 11th Run one five ten <210> 170 <211> ten <212> PROTEIN <213> Noto Zar1epz <400> 170 O1y Tug A1a Ley Tg Run Tug O1u 11th Run one five ten

- 475 032 106 <210> 171 <211> 10 <212> PROTEIN

<213> Noto zar1epz <400> 171 O1u Tug TNG Bj thng Running Tug O1u 11th Running one five ten

<210> 172 <211> ten <212> PROTEIN <213> But that zar1epz <400> 172 O1u Tug Run RNe TNg Running Tug O1u 11th Running one five ten

<210> 173 <211> ten <212> PROTEIN <213> But that zar1epz <400> 173 O1u Tug TNG Rne Rgo Running Tug O1u 11th Running one five ten

<210> 174 <211> 17 <212> PROTEIN <213> Noto zar1epz <400> 174

Tgr 11е Run A1a Tug Azp O1u Azp TNg Azp Tug A1a O1p Uy Ua1 O1p one O1u five ten 15

<210> 175 <211> 17 <212> PROTEIN <213> But that zar1epz <400> 175 Tgr Ua1 Running RNe Tug Azp O1u Azp TNG Azp Tug A1a O1n bz Ley O1n one five ten 15 O1u

<210> 176 <211> 17 <212> PROTEIN <213> Note zar1epz <400> 176

Tgr 11e Run RNe Tug Azp O1u Azp TNg Azp Tug A1a O1n bz Ua1

5 10 15

O1p

- 476 032 106

O1u <210> 177 <211> 17 <212> PROTEIN <213> Note naryepz <400> 177

Tgr 11е Running Wa1 Tuh Azp O1u Azp Tug Azp Tuig A1a O1n bz Wa1 O1n one O1u five ten 15

<210> 178 <211> 17 <212> PROTEIN <213> Noto zarjepz <400> 178 Tgr Ua1 Running A1a Tug Azp O1u Azp Tg Azp Tug A1a O1n bz Рёе О1п one five ten 15 O1u

<210> 179 <211> 17 <212> PROTEIN <213> Noto zarjepz <400> 179 Tgr 11e Run A1a Tug Azp O1u Azp Tg Azp Tug A1a O1i Luz Ley O1n one five ten 15 O1u

<210> <211> <212> <213> 180 6 PROTEIN Noto zarjepz <400> 180 O1u Tug O1u Meb Azr Ua1 one five

<210> 181 <211> 6 <212> PROTEIN <213> But that zarjepz <400> 181 O1u Tug Ua1 Me Azr Wa1 one five

<210> 182 <211> 13 <212> PROTEIN

- 477 032 106 <213> Noto zar1epz <400> 182

Running O1u Running Running Running Azp 11th O1u Azp Azp ten Ръе Уа1 Running one five <210> 183 <211> 7 <212> PROTEIN <213> Noto Zar1epz <400> 183 Azr Tug Azp Luz Agd Rgo Run one five <210> 184 <211> 7 <212> PROTEIN <213> Noto Zar1epz <400> 184 Azr Running Azp Luz Agd Rgo Run one five <210> 185 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 185 O1u Tg Tgr Azr Running Run Bie Run O1u Tug Ya1 one five ten <210> 186 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 186 O1u Tg Tgr Azr Running Run Bie Run A1a Tug Ya1 one five ten <210> 187 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 187 O1u Tg Tgr Azr Running Run Bie Run Run Tug Ya1 one five ten

<210> 188 <211> ten <212> PROTEIN <213> Noto Zar1epz <400> 188

- 478 032 106

О1у Рке Тъг Рке Run Running Rke O1u MeE N1z one five ten

<210> 189 <211> ten <212> PROTEIN <213> But that zar1epz <400> 189 Oiu pb River Azp Running Rke O1u MeE H1z one five ten

<210> 190 <211> ten <212> PROTEIN <213> But that zar1epz <400> 190 Oiu pb Rke Agd Running Tug O1u MeE H1z one five ten

<210> 191 <211> 17 <212> PROTEIN <213> Noto zargetz <400> 191

Ley 11th Tgr Azp Azr O1u Running Azp bz Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 192 <211> 17 <212> PROTEIN <213> Noto zargeps <400> 192 Lye 11th Tgr Running Azr O1u Running Azr O1i Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 193 <211> 17 <212> PROTEIN <213> Noto zargeps <400> 193 Lye 11th Tgr Running Azr O1u Running Azr Luz Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 194 <211> 17 <212> PROTEIN

- 479 032 106 <213> Noto zar1epz <400> 194

Ley 11th Tgr N1z Azr O1u Running Azp Tg Tug Tug Wa1 Azr Running Wa1 Luz one five ten 15 O1u

<210>

<211>

<212>

<213>

195

PROTEIN

Noto Zargepz

195 <400>

A1a 11e A1a A1a lei

Tug

Tug

Tug

Tug

O1u

MeC

Azr

Wa1 <210>

<211>

<212>

<213>

196

PROTEIN

Noto Zargepz

196 <400>

O1u 11e A1a Ya1 A1a

Tug

Tug

Tug

Tug

O1u

MeC

Azr

Wa1 <210>

<211>

<212>

<213>

197

PROTEIN

Noto Zargepz

197 <400>

Running O1u Running Running Running

Azp

11th

O1u

Run

Azp

Tht

Ya1

Alp <210>

<211>

<212>

<213>

198

PROTEIN

Noto Zargepz

198 <400>

Running O1u Running Running Running

Azp

11th

O1u

Run

Bz

Tht

Ya1

Azp <210> 199 <211> 7 <212> PROTEIN <213> Noto zargetz <400> 199

Running Azp Azp Agd Agd Rgo Running

5 <210> 200 <211> 7 <212> PROTEIN <213> Noto zargepz

- 480 032 106 <400> 200

Agd Azp Azp O1p Agd Rgo Lye

five

<210> 201 <211> ten <212> PROTEIN <213> But that zar1epz <400> 201 A1a A1a Tgr Azr Azr Running Lea Azp Tgr Wa1 one five ten

<210> 202 <211> ten <212> PROTEIN <213> But that zar1epz <400> 202 Oiu pb River Run Agd Tug Tgr MeB Run one five ten

<210> 203 <211> ten <212> PROTEIN <213> But that zar1epz <400> 203 O1y bie Rke Beg Azp Rke Tgr MeB Run one five ten

<210> 204 <211> ten <212> PROTEIN <213> But that zar1epz <400> 204 Oiu pb River Run Running Tug Tgr MeB Run one five ten

<210> 205 <211> 17 <212> PROTEIN <213> Noto zar1epz

<400> 205 Azp 11e bz H1z Azr O1u Run O1i Luz Tug Tug Wa1 Azr Running Wa1 Luz one five ten 15 O1u

<210> 206 <211> 17 <212> PROTEIN <213> Noto zar1epz

- 481 032 106 <400> 206

Azp 11e bz one O1u O1p Azr five O1u Running O1i Luz <210> 207 <211> ten <212> PROTEIN <213> But that dawn <400> 207 O1 and Running Azp Tgr O1u Ръе A1a Ръе Azr one five <210> 208 <211> ten <212> PROTEIN <213> But that dawn <400> 208 O1 and Running Azp Tgr O1u Ръе A1a Ръе Azr one five <210> 209 <211> eleven <212> PROTEIN <213> But that dawn <400> 209 Agd A1a Run O1p Run 11th Run Run Tug one five <210> 210 <211> eleven <212> PROTEIN <213> But that dawn <400> 210 Agd A1a Run O1p Run 11th Run 11th Tug one five <210> 211 <211> 7 <212> PROTEIN <213> But that dawn <400> 211 A1a A1a Running Run Bie O1p Run

Tug Wa1 Azr Running Wa1 Luz

Azp

Azp

one five <210> 212 <211> 7 <212> PROTEIN <213> But that dawn <400> 212

- 482 032 106

A1a A1a A1a Running Ley O1n Running one five

<210> 213 <211> 9 <212> PROTEIN <213> But that zar1epz <400> 213 O1p O1p Running Tug Run Run Rgo 11th TNg one five

<210> 214 <211> 9 <212> PROTEIN <213> But that zar1epz <400> 214 O1p O1p Running Tug Run A1a Rgo 11e TNg one five

<210> 215 <211> ten <212> PROTEIN <213> But that zar1epz <400> 215 О1у РНе ТНг RNe Running Running Tug A1a Me Azp one five ten

<210> 216 <211> 17 <212> PROTEIN <213> Noto zar1epz <400> 216 TNg 11e Run O1u Run O1u Azr Azp TNG Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 217 <211> 17 <212> PROTEIN <213> Noto zar1epz <400> 217 TNg 11e Run O1u Run O1u O1u Azp TNG Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 218 <211> 12 <212> PROTEIN <213> Noto zar1epz

- 483 032 106 <400> 218

Luz Rye Va1 Ley Meb Wa1 Tug A1a Meb Ley Azr Tug

5 10 <210> 219 <211> 11 <212> PROTEIN <213> Notepad <400> 219

Agd A1a Run O1p Agd 11e Run Azp Tug Ley Run

5 10 <210> 220 <211> 16 <212> PROTEIN <213> Notepad <400> 220

Agd Run Run O1p Run Ley Ei H1z Run Azp O1u Tug Azp Rye Lye

5 10 15

Azp <210> 221 <211> 14 <212> PROTEIN <213> Noto zarjepz

<400> 221 Thj O1y Thj one Run Run five Azr Ya1 <210> 222 <211> 14 <212> PROTEIN <213> But that zar1epz <400> 222 Thr O1u Running Run Run Azp 11th one five <210> 223 <211> 14 <212> PROTEIN <213> But that zar1epz <400> 223 Thr O1u Running Run Run Azp 11th one five <210> 224 <211> 13 <212> PROTEIN <213> But that zar1epz <400> 224 Running O1u Running Azp Run Azp 11th one five

O1u Azp Tug Azp Ley Wa1 Running

O1u A1a O1u Tug Azr Ua1 N1z

O1u A1a N1z Tug Azr Ua1 N1z

O1u Azp Azp Tug Ua1 Run

- 484 032 106 <210> 225 <211> 11 <212> PROTEIN <213> Note zar1epz <400> 225

Running O1u Azr Bey O1u Azr Bog Tug A1a Suz

5 10

<210> 226 <211> 12 <212> PROTEIN <213> But that zar1epz <400> 226 Bj bay run Running O1u Tug Running Running Tug O1 and Wa1 Azr one five ten

<210> 227 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 227 Bei O1u Running N1z Agd A1a Run one five

<210> 228 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 228 O1 and Wa1 Running Buz Agd Rgo Run one five

<210> 229 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 229 O1u Azp Running Azp Agd Rgo Run one five

<210> 230 <211> 7 <212> PROTEIN <213> Note zar1epz <400> 230

O1u Azp Tg Tug Agd Rgo Run

5 <210> 231

- 485 032 106 <211> 7 <212> PROTEIN

<213> But that zar1epz <400> 231 Zeg Azp Azp O1p Agde Rgo Zeg one five <210> 232 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 232 Azr Azp Azp Bos agde Rgo Zeg one five <210> 233 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 233 О1п Азп Тг Bz tgr Rgo Bie one five <210> 234 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 234 Wa1 Azr Tg O1u O1u 11th Ya1 one five <210> 235 <211> 9 <212> PROTEIN <213> But that zar1epz <400> 235 O1p O1p Zeg Tug Zeg Bj Rgo Bie 11th one five <210> 236 <211> 9 <212> PROTEIN <213> But that zar1epz <400> 236 Meb O1p Ua1 Ley O1n Bj Rgo Ръе Bj one five <210> 237 <211> ten <212> PROTEIN <213> But that nourishment

- 486 032 106 <400> 237

Suz Running Tug A1a O1u Run Run Bj Bie Ya1 one five ten <210> 238 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 238 O1p Running Tug Azr Running Run Bie Run O1u Run Ya1 one five ten <210> 239 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 239 O1p Running Tug Azr Azp Run Bie Run O1u Ya1 Ya1 one five ten <210> 240 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 240 A1a Wa1 Tgr Azr Azr Run Bie Azp O1u Tgr Ya1 one five ten <210> 241 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 241 O1u Tg Tgr Azr Running Run Bie Run A1a Ya1 Ya1 one five ten <210> 242 <211> 9 <212> PROTEIN <213> Noto Zar1epz <400> 242 O1p A1a Tgr Azr Running Run Bj Ya1 Ya1 one five

<210> 243 <211> 18 <212> PROTEIN <213> Noto zar1epz <400> 243

Running Azr Tug N1z Suz O1u A1a Azr N1z O1u Running O1u Tg Azp Rbе Ua1

- 487 032 106

one Wa1 Wa1 five <210> 244 <211> ten <212> PROTEIN <213> But that zar1epz <400> 244 O1y Tug Tg Pb Tht Run Tug O1u 11th one five <210> 245 <211> ten <212> PROTEIN <213> But that zar1epz <400> 245 Oiu pb Pb Run Run Tug A1a MeC one five <210> 246 <211> ten <212> PROTEIN <213> But that zar1epz <400> 246 Oiu pb Pb Run Run Tug O1u MeC one five <210> 247 <211> ten <212> PROTEIN <213> But that zar1epz <400> 247 Oiu pb Pb Run Run Tug Run MeC one five <210> 248 <211> 12 <212> PROTEIN <213> But that zar1epz <400> 248 O1u O1u Running 11th Run Run O1u O1u Tug one five <210> 249 <211> 12 <212> PROTEIN <213> But that zar1epz <400> 249 O1u O1u Running 11th Run Run Run Azr Tug one five

Tgr Running

Tgr Running

- 488 032 106

<210> 250 <211> ten <212> PROTEIN <213> But that zar1epz <400> 250 O1u O1u Running RNe Run A1a Tug Tug Tgr Azp one five ten

<210> 251 <211> 12 <212> PROTEIN <213> Note zar1epz <400> 251

O1u Azr Run Ua1 Run Run Azp Run A1a A1a Tgr Azp

5 10 <210> 252 <211> 17 <212> PROTEIN <213> Noto zar1epz <400> 252

Tgr 11е Running TNg Tug Azp O1u Azp TNg Azp Tug A1a O1p Uy Ua1 O1p one O1u five ten 15

<210> 253 <211> 17 <212> PROTEIN <213> Noto zar1epz <400> 253 TNg 11e Run O1u Run O1u O1u Agd TNG Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 254 <211> 17 <212> PROTEIN <213> Noto zar1epz <400> 254 Wa1 11e Tgr Tug Azr O1u Running Azr Luz Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 255 <211> 17 <212> PROTEIN <213> Noto zar1epz

- 489 032 106 <400> 255

11th 11th Tgr one O1u Tug Azr five O1u Run Azp Bz <210> 256 <211> 17 <212> PROTEIN <213> But that zar1epz <400> 256 Running 11th Running Run Run Run Run Tug 11th one five O1u <210> 257 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 257 Tug 11e Tug Azp Run O1u Run Bj Tug one five <210> 258 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 258 Tug 11e Tug Tug Run O1u Run Bj Tug one five <210> 259 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 259 O1 and 11th AZP H1z Run O1u Agd Bj Azr one five <210> 260 <211> 18 <212> PROTEIN <213> But that zar1epz <400> 260 Agd Tg Tug Tug Agd Run Bz Tgr Tug one five

Bz run

Tug A1a Azr Run Wa1 bz

Tug A1a Azr Run Wa1 bz

Azp Rgo Run

Azp Rgo Run

Azp Rgo Run

Azp Tug Run Wa1 Run Wa1 <210> 261 <211> 6

- 490 032 106 <212> PROTEIN

<213> But that zar1epz <400> 261 O1y Tug Tg Agd Azr Tug one five

<210> 262 <211> eight <212> PROTEIN <213> But that zar1epz <400> 262 O1 and Va1 O1u Running Рgo Ръе Azr Tug one five

<210> 263 <211> 14 <212> PROTEIN <213> Note zar1epz <400> 263

O1 and Tg O1u Rgo Ley Luz Ley Tug Tug Tug O1u Meb Azr Ya1 one five ten

<210> 264 <211> 13 <212> PROTEIN <213> Noto Zar1epz <400> 264 Agd O1u O1u Ley A1a A1a Agd Rgo O1u O1u Meb Azr Wa1 one five ten

<210> 265 <211> 14 <212> PROTEIN <213> But that zar1epz <400> 265 Azr Tug Azr Ръе Тгр Running A1a Tug Tug Azr A1a Ръе Azr Ua1 one five ten

<210> 266 <211> eleven <212> PROTEIN <213> But that zar1epz <400> 266 O1 and Azr A1a Meb Ya1 Rgo Tug Rye Azr Tug one five ten

<210> 267 <211> 12 <212> PROTEIN <213> Noto zar1epz

- 491 032 106 <400> 267

О1у О1у Уа1 Тъг Тъг Туг Туг Туг А1а МеЕ Azr Уа1

5 10 <210> 268 <211> 8 <212> PROTEIN <213> Noto zargetz <400> 268

O1y O1n Ley Wa1 Rgo Rje Azr Tug

5 <210> 269 <211> 9 <212> PROTEIN <213> Noto zargetz <400> 269

О1у О1у Рго Тъг A1а A1а Ръе Azr Tug

5 <210> 270 <211> 109 <212> PROTEIN <213> Note zargetz <400> 270

O1p one Running A1a Bie Bj five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Bie 35 40 45 MeE 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Ръе Azp Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Azp Run Tug Bj Run Bj 85 90 95 Run MeE Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie

100 105 <210> 271 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 271

O1p one Run A1a Bie Bj five O1p Rgo A1a Run Ya1 ten Ръе O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ya1 O1u A1a Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Agd 35 40 45 MeE 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80

- 492 032 106

O1p A1a O1 and Azr O1 and A1a Azr 85 Tug Tug Souz 90 Run Running Tug Tg Running bj 95 Azp MeB Ya1 Rke O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 272 <211> 109 <212> PROTEIN <213> Note zar1epz <400> 272

O1p one Run Ya1 Bie Bj five O1p Rgo Rgo Run A1a ten Run O1u Rgo Rgo O1u 15 O1p Agd Ya1 Bj 11th Run Suz Run O1u Run Run Run Azp 11th O1u Run Azp 20 25 thirty Bj Ya1 Azp Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz Bie Bie 35 40 45 11th Tug Run Azp Azp Agd Agd Rgo Run O1u Ya1 Rgo Azr Agd Ръе Run 50 55 60 O1u Run Bz Run O1u Bj Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a A1a Tgr Azr Azr Run Bie 85 90 95 Azp Tgr Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 273 <211> 109 <212> PROTEIN <213> Noto zar1epz <400> 273

O1p one Run Ya1 Bie Bj five O1p Rgo Rgo Run A1a ten Run O1u Rgo Rgo O1u 15 O1p Agd Ya1 Bj 11th Ръе Suz Run O1u Run Run Run Azp 11th O1u Run Azp 20 25 thirty Bj Ya1 Azp Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz Bie Bie 35 40 45 11th Tug Run Azp Azp Agd Agd Rgo Run O1u Ya1 Rgo Azr Agd Ръе Run 50 55 60 O1u Run Bz Run O1u Bj Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a A1a Tgr Azr Azr Run Bie 85 90 95 Azp Tgr Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 274 <211> 106 <212> PROTEIN <213> Noto zar1epz <400> 274

Run Tug O1i Bie Bj O1p Rgo Rgo Run Ya1 Run Ya1 Run Rgo O1u O1p one five ten 15 Bj A1a Run 11th Bj Suz Run O1u Azr Bz Bie O1u Azr Bz Tug A1a 20 25 thirty Suz Tgr Tug O1p O1p Bz Rgo O1u O1p Run Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1p Azr Run Bz Agd Rgo Run O1u 11th Rgo O1i Agd Ръе Run O1u Run

- 493 032 106

50 55 60 Azp Run O1u Azp Tht A1a Tht Bie Tht 11th Run O1u Tht O1p A1a MeC 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz O1p A1a Tgr Azr Run Run Tht Ya1 Ya1 85 90 95 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie

100 105 <210> 275 <211> 106 <212> PROTEIN <213> Noto zar1epz <400> 275

Run Tug O1i Bie Tht O1p Rgo Rgo Run Ya1 Run Ya1 Run Rgo O1u O1p one five ten 15 Tht A1a Agd 11th Tht Suz Run O1u Azr Bz Bie O1u Azr Bz Tug A1a 20 25 thirty Suz Tgr Tug O1p O1p Bz Rgo O1u O1p Run Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1p Azp Tht Bz Tgr Rgo Bie O1u 11th Rgo O1i Agd Pb Run O1u Run 50 55 60 Bz Run O1u Azp Tht Ya1 Tht Bie Tht 11th Run O1u Tht O1p A1a MeC 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz O1p A1a Tgr Azr Run Run Tht Ya1 Ya1 85 90 95 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie

100 105 <210> 276 <211> 107 <212> PROTEIN <213> Noto zargetz <400> 276

Run Tug O1i Bie Tht O1p Rgo Rgo Run Ya1 Run Ya1 Run Rgo O1u O1p one five ten 15 Tht A1a Run 11th Tht Suz Run O1u Azr Bz Bie O1u Azr Bz Tug A1a 20 25 thirty Suz Tgr Tug O1p O1p Bz Rgo O1u O1p Run Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1p Azr Run Bz Agd Rgo Run O1u 11th Rgo O1i Agd Pb Run O1u Run 50 55 60 Azp Run O1u Azp Tht A1a Tht Bie Tht 11th Run O1u Tht O1p A1a MeC 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz O1p A1a Tgr Azr Run Run Tht A1a Ya1 85 90 95 Ya1 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie

100 105 <210> 277 <211> 107 <212> PROTEIN <213> Noto zar1epz <400> 277

Run Tug O1i Bie 11th O1p Rgo Rgo Run Ya1 Run Ya1 Run Rgo O1u O1p one five ten 15 Tht A1a Run 11th Tht Suz Run O1u Azr Bz Bie O1u Azr Bz Tug A1a 20 25 thirty

- 494 032 106

Suz Tgr Tug O1p 35 Agd Bz Rgo O1u 40 O1p Run Rgo 11th Bie 45 Ya1 11th Tug O1p Azr Tht Bz Agd Rgo Run O1u 11th Rgo O1i Agd Rke Run O1u Run 50 55 60 Azp Run O1u Azp Tht A1a Tht Bie Tht 11th Run O1u Tht O1p A1a MeC 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz O1p A1a Tgr Azr Run Run Tht A1a Ya1 85 90 95 Ya1 Rke O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 278 <211> 120 <212> PROTEIN <213> Note zargetz <400> 278

O1p Ya1 O1p Bie O1p O1i Run O1u Rgo O1u Bie Ya1 Bz Rgo Run O1i one five ten 15 Tht Bie Run Bie Tht Suz Tht Ya1 Run O1u O1u Run 11th Run Tht Tug 20 25 thirty Tug Tgr Run Tgr 11th Agd O1p Rgo Rgo O1u Bz O1u Bie O1i Tgr 11th 35 40 45 O1u Tug 11th Tug Tug Run O1u Run Tht Azp Tug Azp Rgo Run Bie Bz 50 55 60 Run Agd Ya1 Tht 11th Run Ya1 Azr Tht Run Bz Azp O1p Rke Run Bie 65 70 75 80 Bz Bie Run Run Ya1 Tht A1a A1a Azr Tht A1a Ya1 Tug Tug Suz A1a 85 90 95 Agd O1u Run Tug Run Run O1u Tgr Rke O1i Rke Azr Tug Tgr O1u O1p 100 105 110 O1u Tht Bie Ya1 Tht Ya1 Run Run 115 120

<210> 279 <211> 12 <212> PROTEIN <213> But that zar1epz <400> 279 Bj bie run Running O1u Tug Running Running Tug O1 and Wa1 Azr one five ten

<210> 280 <211> 12 <212> PROTEIN <213> But that zar1epz <400> 280 Wa1 Azr Tg O1u O1u 11e Wa1 O1u Running LUZ O1u O1i one five ten

<210> 281 <211> 13 <212> PROTEIN <213> Note zargetz <400> 281

O1u A1a Azr N1z O1u Running O1u Tg Azp Rke Wa1 Wa1 Wa1

- 495 032 106

5 10 <210> 282 <211> 22 <212> PROTEIN <213> Noto zar1epz

<400> 282 O1p Rgo Ya1 Bie Bj О1п Рго ёи Ръе A1а Running A1a Running Ley O1u A1a one five ten 15 Running Wa1 Bj Bie Bj Suz 20

<210> 283 <211> 15 <212> PROTEIN <213> Note zar1epz <400> 283

Tgr Tug O1n O1n Agd Rgo O1y b3 O1u Rgo Agd Rb Ya1 Meb Agd

5 10 15 <210> 284 <211> 32 <212> PROTEIN <213> Note zar1epz <400> 284

O1u 11th Rgo Azr Agd Ръе Run Ya1 Bie O1u Run O1u Bie Azp Agd Tug one five ten 15 Bie Bj 11th Bz Azp 11th O1p O1i O1i Azr O1i Run Azr Tug H1z Suz 20 25 thirty

<210> 285 <211> 10 <212> PROTEIN <213> Noto zar1epz <400> 285

Pb e O1u O1u O1u bt bf bf bf ba1 bf

5 10 <210> 286 <211> 108 <212> PROTEIN <213> Noto zar1epz <400> 286

O1p one Run A1a Bie Tg O1n five Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ya1 O1u Agd Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p H1z H1z Rgo O1u Bz A1a Rgo Bz Ya1 35 40 45 Me 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Bj Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80

- 496 032 106

O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Run Running Tug Tg Running running 85 90 95 Run Ya1 Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 100 105

<210> 287 <211> 108 <212> PROTEIN <213> Noto zar1epz <400> 287

O1p one Run A1a Bie Tg O1n five Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run 11th Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Ръе Suz Run Run Tug Bj Run Bj 85 90 95 Run Me Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 100 105

<210> 288 <211> 108 <212> PROTEIN <213> Note zar1epz <400> 288

O1p one Run A1a Bie Tg O1n five Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Azp Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz Rgo Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u 11th Run Azp Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Ръе Suz Run Run Tug Bj Run Bj 85 90 95 Run Me Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 100 105

<210> 289 <211> 122 <212> PROTEIN <213> Noto zar1epz <400> 289

O1p Ya1 H1z Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Ръе 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr Azp Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1

- 497 032 106

50 55 60 Bz O1u Agd RNe TNG 11th Run Agd Azr Azp Run Bz Azp TNG Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd A1a 11th A1a A1a Bie Tug Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u H1z O1u TNG TNG Ya1 TNG Ya1 Run Run 115 120

<210> 290 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 290

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u RNe TNG RNe Run Run Tug 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Suz Ya1 35 40 45 A1a 11th 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd RNe TNG 11th Run Agd Azr Azp Run Bz Azp TNG Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Agd O1u O1u Bie A1a A1a Agd Rgo O1u O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u TNG TNG Ya1 TNG Ya1 Run Run 115 120

<210> 291 <211> 121 <212> PROTEIN <213> Note zar1epz <400> 291

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u RNe TNG RNe Run Run RNe 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Bie 11th Tgr Azp Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd RNe TNG 11th Run Agd Azr Azp Run Bz Azp TNG Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd A1a 11th A1a A1a Bie Tug Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u TNG TNG Ya1 TNG Ya1 Run 115 120

<210> 292 <211> 119 <212> PROTEIN <213> Noto zar1epz

- 498 032 106

<400> 292 O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty O1u MeB Nz Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a 11th 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p MeB Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Agd O1u O1u Bie Rgo O1u O1u MeB Azr Ya1 Tgr O1u O1p O1u 100 105 110 Bj Bj Ya1 Bj Ya1 Run Run 115

<210> 293 <211> 327 <212> DNA <213> Noto Zaryepz <400> 293 garden

BssBdsasBd daassadsad BdsdBBddB ddBBaBaasB sBdBsBssBd dBassaasad120 sassssaddsaadsssssaa asBsaBdaBB BaBdddbsa dBaaBsddsss sBsaddddBB180

BsBaaBsdsB BsBsBddsBs saadBsBdds aasasddssB sssBdassaB sBsBdddsBs240 saddsBdadd asdaddsBda BBaBBasBds aasBsaBaBa saadsassad saBddBaBBs300 ddsddaddda ssaadsBdas sdBssBa327 <210> 294 <211> 327 <212> DNA <213> Homo sapiens <400> 294 sadBsBdsss BdasBsadss BdssBssdBd BsBdddBsBs sBddasadBs daBsassaBs60

BssBdsasBd daassadsad BdsdBBddB ddBBaBaasB sBdBsBssBd dBassaasad120 sassssaddsaassssssaa asBsaBdaBB BaBdddbsa dBaaBsddsss sBsaddddBB180

BsBaaBsdsB BsBsBddsBs saadBsBdds aasasddssB sssBdassaB sBsBdddsBs240 saddsBdadd asdaddsBda BBaBBBsBds adsBsaBaBa saadsassad saBddBsBBs300 ddsddaddda ssaadsBdas sdBssBa327 <210> 295 <211> 318 <212> DNA <213> Homo sapiens <400> 295

BssBaBdadds BdasBsadss asssBdsadBd BssdBdBsss saddasadas adssadaaBs60 assBdsdBdsBd dadaBaaaBB dddddaBaaa BabdsBBdsd ddBaBdsddsdaddaddds120 garden

BBSBsBddsB ssaadBsBdd daasasadBs asBsBdassa Bsadsddas ssaddsBaBd240 yesBdaddsBd asBaBBasBd BsaddsdBdd dasadssa <Bddsddd2dd2dd2dd2dd2dd2dd2dd2dd2dd2dd2

- 499 032106 <400> 296 sádsdsss dásásadss bárdásás bídásás dádsás s60

Ssdsasd daassadsad dasddd ddaaas sdsssd dassaasad120 sasssaddsa aadsssssaa assada adaddsa daasddss ssadddd180

Saasds ssddss saadsdds aasasddss sssdassa ssdddss240 saddsdadd asdaddsda aasds aasaaa saadsassad saddas300 ddsddaddda ssaadsdas sdssa327 <210> 297 <211> 215 <212> Protein <213> Noto zarepz <400> 297

O1i one Running A1a Bie Bj five O1p Rgo A1a Run Ya1 ten Run O1u Run Rgo O1u 15 O1p Run 11th Bj 11th Run Suz Bj O1u Bj Run Run Azr Ya1 O1u O1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug O1p O1p H1z Rgo O1u Bz A1a Rgo Bz Bie 35 40 45 Me 11th Tug O1i Ya1 Run Azp Agd Rgo Run O1u Ya1 Run Azp Agd Ръе 50 55 60 Run O1u Run Bz Run O1u Azp Bj A1a Run Bie Bj 11th Run O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz Azp Run Tug Bj Run Bj 85 90 95 Run Me Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie O1u O1p Rgo 100 105 110 Bz A1a A1a Rgo Run Ya1 Bj Bie Ръе Rgo Rgo Run Run O1i O1i Bie 115 120 125 O1p A1a Azp Bz A1a Bj Bie Ya1 Suz Bie 11th Run Azr Ръе Tug Rgo 130 135 140 O1u A1a Ya1 Bj Ya1 A1a Tgr Bz A1a Azr Run Run Rgo Ya1 Bz A1a 145 150 155 160 O1u Ya1 O1i Bj Bj Bj Rgo Run Bz O1p Run Azp Azp Bz Tug A1a 165 170 175 A1a Run Run Tug Bie Run Bie Bj Rgo O1i O1p Tgr Bz Run H1z Agd 180 185 190 Run Tug Run Suz O1p Ya1 Bj H1z O1i O1u Run Bj Ya1 O1i Bz Bj 195 200 205 Ya1 A1a Rgo Bj O1i Suz Run 210 215

<210> 298 <211> 230 <212> PROTEIN <213> Notepad <400> 298

O1i Ya1 O1p Bie Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug Bj Bie Bj Run Tug 20 25 thirty O1u 11th Run Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Me 35 40 45 O1u Tgr Ya1 Run Ръе Tug Azp O1u Azp Bj Azp Tug A1a O1p Bz Bie 50 55 60 O1p O1u Agd O1u Bj Me Bj Bj Azr Rgo Run Bj Run Bj A1a Tug 65 70 75 80 Me O1i Bie Agd Run Bie Agd Run Azr Azr Bj A1a Ya1 Tug Tug Suz 85 90 95

- 500 032 106

A1a Agd O1u Tug O1u Meb Azr Ya1 Tgr 105 O1u O1p O1u Bj Bj 110 Ya1 Bj 100 Ya1 Zeg Zeg A1a Zeg Bj Bz O1u Rgo Zeg Ya1 Ръе Rgo Bie A1a Rgo 115 120 125 Zeg Zeg Bz Zeg Bj Zeg O1u O1u Bj A1a A1a Bie O1u Suz Bie Ya1 130 135 140 Bz Azr Tug Ръе Rgo O1i Rgo Ya1 Bj Ya1 Zeg Tgr Azp Zeg O1u A1a 145 150 155 160 Bie Bj Zeg O1u Ya1 H1z Bj Ръе Rgo A1a Ya1 Bie O1p Zeg Zeg O1u 165 170 175 Bie Tug Zeg Bie Zeg Zeg Ya1 Ya1 Bj Ya1 Rgo Zeg Zeg Zeg Bie O1u 180 185 190 Bj O1p Bj Tug 11th Suz Azp Ya1 Azp H1z Bz Rgo Zeg Azp Bj Bz 195 200 205 Ya1 Azr Bz Bz Ya1 O1i Rgo Bz Zeg Suz A1a A1a Azr O1i Ya1 Azr 210 215 220 H1z H1z H1z H1z H1z H1z 225 230

<210> 299 <211> 217 <212> PROTEIN <213> Noto zartez <400> 299

O1i one Zeg Ya1 Bie Bj five O1p Rgo Rgo Zeg Ya1 ten Zeg O1u A1a Rgo O1u O1p 15 Agd Ya1 Bj 11th Zeg Suz Bj O1u Zeg Zeg Zeg Azp 11th O1u A1a O1u 20 25 thirty Tug Azr Ya1 H1z Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz Bie 35 40 45 Bie 11th Zeg O1u Azp Zeg Azp Agd Rgo Zeg O1u Ya1 Rgo Azr Agd Ръе 50 55 60 Zeg O1u Zeg Bz Zeg O1u Bj Zeg A1a Zeg Bie A1a 11th Bj O1u Bie 65 70 75 80 O1p A1a O1i Azr O1i A1a Azr Tug Tug Suz O1p Zeg Tug Azr Zeg Zeg 85 90 95 Bie Zeg O1u Zeg Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie O1u 100 105 110 O1p Rgo Bz A1a A1a Rgo Zeg Ya1 Bj Bie Ръе Rgo Rgo Zeg Zeg O1i 115 120 125 O1i Bie O1p A1a Azp Bz A1a Bj Bie Ya1 Suz Bie 11th Zeg Azr Ръе 130 135 140 Tug Rgo O1u A1a Ya1 Bj Ya1 A1a Tgr Bz A1a Azr Zeg Zeg Rgo Ya1 145 150 155 160 Bz A1a O1u Ya1 O1i Bj Bj Bj Rgo Zeg Bz O1p Zeg Azp Azp Bz 165 170 175 Tug A1a A1a Zeg Zeg Tug Bie Zeg Bie Bj Rgo O1i O1p Tgr Bz Zeg 180 185 190 H1z Agd Zeg Tug Zeg Suz O1p Ya1 Bj H1z O1i O1u Zeg Bj Ya1 O1i 195 200 205 Bz Bj Ya1 A1a Rgo Bj O1i Suz Zeg 210 215

<210> 300 <211> 238 <212> PROTEIN <213> Noto zartez <400> 300

O1 and Ya1

- 501 032 106

one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty Run Me Azp Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 Run Run 11th Run Run Run Run Run Tug 11th Run Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Ръе Suz 85 90 95 A1a Agd Azr Tug Azr Ръе Tgr Run A1a Tug Tug Azr A1a Ръе Azr Ya1 100 105 110 Tgr O1u O1p O1u Bj Me Ya1 Bj Ya1 Run Run A1a Run Bj Bz O1u 115 120 125 Rgo Run Ya1 Ръе Rgo Bie A1a Rgo Run Run Bz Run Bj Run O1u O1u 130 135 140 Bj A1a A1a Bie O1u Suz Bie Ya1 Bz Azr Tug Ръе Rgo O1i Rgo Ya1 145 150 155 160 Bj Ya1 Run Tgr Azp Run O1u A1a Bie Bj Run O1u Ya1 H1z Bj Ръе 165 170 175 Rgo A1a Ya1 Bie O1p Run Run O1u Bie Tug Run Bie Run Run Ya1 Ya1 180 185 190 Bj Ya1 Rgo Run Run Run Bie O1u Bj O1p Bj Tug 11th Suz Azp Ya1 195 200 205 Azp H1z Bz Rgo Run Azp Bj Bz Ya1 Azr Bz Bz Ya1 O1i Rgo Bz 210 215 220 Run Suz A1a A1a Azr O1i Ya1 Azr H1z H1z H1z H1z H1z H1z 225 230 235

<210> 301 <211> 218 <212> PROTEIN <213> Note zar1epz <400> 301

A1a one Bie O1p Running Wa1 five Bie Bj O1p Rgo Rgo ten Running A1a Run O1u Bj 15 Rgo O1u O1p Agd Ya1 Bj 11th Run Suz Run O1u Run Run Run Azp 11th O1u 20 25 thirty Run Azp Bj Ya1 Azp Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz 35 40 45 Bie Bie 11th Tug Run Azp Azp O1p Agd Rgo Run O1u Ya1 Rgo Azr Agd 50 55 60 Ръе Run O1u Run Bz Run O1u Bj Run A1a Run Bie A1a 11th Run O1u 65 70 75 80 Bie O1p Run O1i Azr O1i A1a Azr Tug Tug Suz A1a Ya1 Tgr Azr Azr 85 90 95 Run Bie Azp O1u Tgr Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie 100 105 110 O1u O1p Rgo Bz A1a A1a Rgo Run Ya1 Bj Bie Ръе Rgo Rgo Run Run 115 120 125 O1i O1i Bie O1p A1a Azp Bz A1a Bj Bie Ya1 Suz Bie 11th Run Azr 130 135 140 Ръе Tug Rgo O1u A1a Ya1 Bj Ya1 A1a Tgr Bz A1a Azr Run Run Rgo 145 150 155 160 Ya1 Bz A1a O1u Ya1 O1i Bj Bj Bj Rgo Run Bz O1p Run Azp Azp 165 170 175 Bz Tug A1a A1a Run Run Tug Bie Run Bie Bj Rgo O1i O1p Tgr Bz 180 185 190 Run H1z Agd Run Tug Run Suz O1p Ya1 Bj H1z O1i O1u Run Bj Ya1 195 200 205

- 502 032 106

O1i Bz 210 Tht Ya1 A1a Rgo Tht 215 O1i Suz Run <210> 302 <211> 231 <212> PROTEIN <213> Noto zar1epz <400> 302 O1p Ya1 O1p Bie O1p O1p Tgr O1u A1a O1u Bie Bie Bz Rgo Run O1i one five ten 15 Tht Bie Run Bie Tht Suz A1a Ya1 Tug O1u O1u Run Rke Run A1a Tug 20 25 thirty Tug Tgr Azp Tgr 11th Agd O1p Rgo Rgo O1u Bz O1u Bie O1i Tgr 11th 35 40 45 O1u O1i 11th Azp H1z Run O1u Agd Tht Azr Tug Azp Rgo Run Bie Bz 50 55 60 Run Agd Ya1 Tht 11th Run Ya1 Azr Tht Run Bz Bz O1p Rke Run Bie 65 70 75 80 Bz Bie Azp Run Ya1 Tht A1a A1a Azr Tht A1a Ya1 Tug Tug Suz A1a 85 90 95 Agd O1u O1p Bie Ya1 Rgo Rke Azr Tug Tgr O1u O1p O1u Tht Bie Ya1 100 105 110 Tht Ya1 Run Run A1a Run Tht Bz O1u Rgo Run Ya1 Rke Rgo Bie A1a 115 120 125 Rgo Run Run Bz Run Tht Run O1u O1u Tht A1a A1a Bie O1u Suz Bie 130 135 140 Ya1 Bz Azr Tug Rke Rgo O1i Rgo Ya1 Tht Ya1 Run Tgr Azp Run O1u 145 150 155 160 A1a Bie Tht Run O1u Ya1 H1z Tht Rke Rgo A1a Ya1 Bie O1p Run Run 165 170 175 O1u Bie Tug Run H1z Run Run Ya1 Ya1 Tht Ya1 Rgo Run Run Run Bie 180 185 190 O1u Tht O1p Tht Tug 11th Suz Azp Ya1 Azp H1z Bz Rgo Run Azp Tht 195 200 205 Bz Ya1 Azr Bz Bz Ya1 O1i Rgo Bz Run Suz A1a A1a Azr O1i Ya1 210 215 220 Azr H1z H1z H1z H1z H1z H1z 225 230 <210> 303 <211> 680 <212> PROTEIN <213> Noto zar1epz <400> 303 O1p O1i Azr O1i Azr O1u Azr Tug O1i O1i Bie Ya1 Bie A1a Bie Agd one five ten 15 Run O1i O1i Azr O1u Bie A1a O1i A1a Rgo O1i H1z O1u Tht Tht A1a 20 25 thirty Tht Rke H1z Agd Suz A1a Bz Azr Rgo Tgr Agd Bie Rgo O1u Tht Tug 35 40 45 Ya1 Ya1 Ya1 Bie Bz O1i O1i Tht H1z Bie Run O1p Run O1i Agd Tht 50 55 60 A1a Agd Agd Bie O1p A1a O1p A1a A1a Agd Agd O1u Tug Bie Tht Bz 65 70 75 80 11th Bie H1z Ya1 Rke H1z O1u Bie Bie Rgo O1u Rke Bie Ya1 Bz Me 85 90 95 Run O1u Azr Bie Bie O1i Bie A1a Bie Bz Bie Rgo H1z Ya1 Azr Tug 100 105 110 11th O1i O1i Azr Run Run Ya1 Rke A1a O1p Run 11th Rgo Tgr Azp Bie

- 503 032 106

115 120 125 O1i Agd 11th Tht Rgo Rgo Agd Tug Agd A1a Azr O1i Tug O1p Rgo Rgo 130 135 140 Azr O1u O1u Run Bie Ya1 O1i Ya1 Tug Bie Bie Azr Tht Run 11th O1p 145 150 155 160 Run Azr H1z Agd O1i 11th O1i O1u Agd Ya1 MeC Ya1 Tht Azr Pb O1i 165 170 175 Azp Ya1 Rgo O1i O1i Azr O1u Tht Agd Pb H1z Agd O1p A1a Run Bz 180 185 190 Suz Azr Run H1z O1u Tht H1z Bie A1a O1u Ya1 Ya1 Run O1u Agd Azr 195 200 205 A1a O1u Ya1 A1a Bz O1u A1a Run MeC Agd Run Bie Agd Ya1 Bie Azp 210 215 220 Suz O1p O1u Bz O1u Tht Ya1 Run O1u Tht Bie 11th O1u Bie O1i Pb 225 230 235 240 11th Agd Bz Run O1p Bie Ya1 O1p Rgo Ya1 O1u Rgo Bie Ya1 Ya1 Bie 245 250 255 Bie Rgo Bie A1a O1u O1u Tug Run Agd Ya1 Bie Azp A1a A1a Suz O1p 260 265 270 Agd Bie A1a Agd A1a O1u Ya1 Ya1 Bie Ya1 Tht A1a A1a O1u Azp Pb 275 280 285 Agd Azr Azr A1a Suz Bie Tug Run Rgo A1a Run A1a Rgo O1i Ya1 11th 290 295 300 Tht Ya1 O1u A1a Tht Azp A1a O1p Azr O1p Rgo Ya1 Tht Bie O1u Tht 305 310 315 320 Bie O1u Tht Azp Pb O1u Agd Suz Ya1 Azr Bie Pb A1a Rgo O1u O1i 325 330 335 Azr 11th 11th O1u A1a Run Run Azr Suz Run Tht Suz Pb Ya1 Run O1p 340 345 350 Run O1u Tht Run O1p A1a A1a A1a H1z Ya1 A1a O1u 11th A1a A1a MeC 355 360 365 MeC Bie Run A1a O1i Rgo O1i Bie Tht Bie A1a O1i Bie Agd O1p Agd 370 375 380 Bie 11th H1z Pb Run A1a Bz Azr Ya1 11th Azp O1i A1a Tgr Pb Rgo 385 390 395 400 O1i Azr O1p Agd Ya1 Bie Tht Rgo Azp Bie Ya1 A1a A1a Bie Rgo Rgo 405 410 415 Run Tht H1z O1u A1a O1u Tgr O1p Bie Pb Suz Agd Tht Ya1 Tgr Run 420 425 430 A1a H1z Run O1u Rgo Tht Agd MeC A1a Tht A1a 11th A1a Agd Suz A1a 435 440 445 Rgo Azr O1i O1i Bie Bie Run Suz Run Run Pb Run Agd Run O1u Bz 450 455 460 Agd Agd O1u O1i Agd MeC O1i A1a O1p O1u O1u Bz Bie Ya1 Suz Agd 465 470 475 480 A1a H1z Azp A1a Pb O1u O1u O1i O1u Ya1 Tug A1a 11th A1a Agd Suz 485 490 495 Suz Bie Bie Rgo O1p A1a Azp Suz Run Ya1 H1z Tht A1a Rgo Rgo A1a 500 505 510 O1i A1a Run MeC O1u Tht Agd Ya1 H1z Suz H1z O1p O1p O1u H1z Ya1 515 520 525 Bie Tht O1u Suz Run Run H1z Tgr O1i Ya1 O1i Azr Bie O1u Tht H1z 530 535 540 Bz Rgo Rgo Ya1 Bie Agd Rgo Agd O1u O1p Rgo Azp O1p Suz Ya1 O1u 545 550 555 560 H1z Agd O1i A1a Run 11th H1z A1a Run Suz Suz H1z A1a Rgo O1u Bie 565 570 575 O1i Suz Bz Ya1 Bz O1i H1z O1u 11th Rgo A1a Rgo O1p O1i O1p Ya1 580 585 590 Tht Ya1 A1a Suz O1i O1i O1u Tgr Tht Bie Tht O1u Suz Run A1a Bie 595 600 605 Rgo O1u Tht Run H1z Ya1 Bie O1u A1a Tug A1a Ya1 Azr Azp Tht Suz 610 615 620

- 504 032 106

Ya1 Ya1 Agd Run Agd Azr Ya1 Run Bj Bj O1u Run Bj Run O1i O1i 625 630 635 640 A1a Ya1 Bj A1a Ya1 A1a 11th Suz Suz Agd Run Agd H1z Bie A1a O1p 645 650 655 A1a Run O1p O1i Bie O1p O1u Run Run Azr Tug Bz Azr Azr Azr Bz 660 665 670 H1z H1z H1z H1z H1z H1z H1z H1z

675 680 <210> 304 <211> 680 <212> PROTEIN <213> Note zar1epz <400> 304

Agd Agd Agd Agd Agd Agd Agd Agd Agd Agd Agd Agd Bie Agd Agd Agd one five ten 15 Agd Agd Agd Agd Agd Agd Agd Agd Agd Agd Agd H1z Agd Agd Agd Agd 20 25 thirty Agd Ръе Agd Agd Suz Agd Agd Agd Rgo Tgr Agd Agd Rgo O1u Agd Tug 35 40 45 Ya1 Ya1 Ya1 Bie Agd Agd Agd Agd Agd Agd Run Agd Run Agd O1i Bj 50 55 60 A1a O1i O1i Bie O1p Agd Agd A1a Agd O1i O1i O1u Agd Agd Bj Bz 65 70 75 80 11th Agd Agd Agd Ръе Agd O1u Bie Bie Rgo O1u Ръе Bie Ya1 Agd Me 85 90 95 Agd Agd Agd Bie Agd Agd Bie A1a Agd Agd Bie Rgo Agd Ya1 Agd Tug 100 105 110 11th O1i O1i Azr Run Run Ya1 Ръе Agd O1p Agd 11th Rgo Agd Azp Agd 115 120 125 Agd O1i 11th Agd Rgo Rgo Agd Tug Agd A1a Agd Agd Agd Agd Rgo Rgo 130 135 140 Agd O1u O1u Agd Agd Ya1 O1i Ya1 Tug Bie Bie Azr Bj Agd 11th Agd 145 150 155 160 Agd Agd H1z O1i O1i 11th Agd O1u Agd Ya1 Agd Agd Agd Agd Ръе Agd 165 170 175 Agd Agd Rgo Agd Agd Agd Agd Agd O1i Agd O1i O1i Agd Agd Agd Agd 180 185 190 Suz Azr Agd Agd O1u Bj H1z Bie A1a O1u Ya1 Ya1 Run O1u O1i Agd 195 200 205 A1a O1u Ya1 A1a Agd Agd A1a Agd Me Agd Run Bie O1i Ya1 Bie Azp 210 215 220 Suz Agd O1u Agd O1u Agd Ya1 Run O1u Bj Bie 11th O1u Bie O1i Agd 225 230 235 240 11th O1i Agd Agd Agd Agd Agd Agd Rgo Agd Agd Rgo Bie Ya1 Ya1 Bie 245 250 255 Bie Rgo Bie A1a O1u Agd Tug Run O1i Ya1 Bie Azp Agd A1a Suz Agd 260 265 270 Agd Bie A1a O1i Agd O1u Ya1 Ya1 Bie Ya1 Bj A1a A1a O1u Azp Ръе 275 280 285 O1i Azr Azr A1a Suz Agd Tug Run Rgo A1a Agd A1a Rgo O1i Ya1 11th 290 295 300 Bj Ya1 O1u A1a Bj Azp Agd Agd Agd Agd Rgo Ya1 Agd Agd O1u Agd 305 310 315 320 Agd O1u Bj Azp Ръе O1u Agd Suz Ya1 Azr Bie Ръе A1a Rgo O1u Agd 325 330 335 Agd 11th 11th O1u A1a Run Run Agd Suz Run Agd Suz Agd Agd Agd Agd 340 345 350 Run O1u Bj Run O1p A1a A1a A1a H1z Ya1 A1a O1u 11th A1a A1a Agd 355 360 365 Me Bie Agd Agd Agd Rgo Agd Bie Agd Agd A1a Agd Bie Agd O1p O1i

- 505 032 106

370 375 380 Bie Agd Agd Agd Run Agd Agd Agd Agd 11th Agd Agd Agd Agd Ръе Rgo 385 390 395 400 Agd Agd Agd O1i Agd Bie Bj Rgo Agd Bie Ya1 A1a Agd Bie Rgo Rgo 405 410 415 Agd Agd Agd Agd Agd O1u Agd Agd Bie Ръе Suz Agd Bj Ya1 Tgr Run 420 425 430 Agd Agd Run O1u Rgo Agd O1i Agd A1a Agd A1a 11th A1a O1i Suz A1a 435 440 445 Rgo Agd O1i O1i Bie Bie Run Suz Run Run Ръе Run Agd Run O1u Bz 450 455 460 Agd Agd O1u O1i Agd Me O1i Agd O1p O1u O1u Bz Bie Ya1 Suz Agd 465 470 475 480 A1a H1z Azp A1a Agd Agd O1u Agd O1u Ya1 Tug A1a 11th A1a Agd Suz 485 490 495 Suz Bie Bie Rgo O1p A1a Agd Suz Run Ya1 H1z Agd A1a Rgo Rgo A1a 500 505 510 Agd Agd Agd Agd O1u Bj O1i Ya1 Agd Suz Agd Agd Agd O1u H1z Ya1 515 520 525 Bie Bj O1u Suz Run Run H1z Tgr Agd Agd Agd Azr Agd O1u Bj Agd 530 535 540 Bz Rgo Rgo Agd Bie Agd Rgo O1i O1u Agd Rgo Agd O1p Suz Ya1 O1u 545 550 555 560 H1z Agd O1i A1a Run 11th H1z A1a Run Suz Suz H1z A1a Rgo O1u Bie 565 570 575 O1i Suz Agd Agd Agd Agd Agd Agd 11th Rgo A1a Rgo Agd O1i Agd Ya1 580 585 590 Bj Ya1 Agd Suz Agd Agd O1u Tgr Bj Bie Bj O1u Suz Run A1a Bie 595 600 605 Rgo O1u Bj Run H1z Ya1 Bie O1u A1a Tug A1a Agd Azr Azp Bj Suz 610 615 620 Ya1 Ya1 Agd Run O1i Azr Agd Agd Agd Agd Agd Agd Agd Agd Agd O1i 625 630 635 640 Agd Ya1 Bj A1a Ya1 A1a 11th Suz Suz O1i Run O1i H1z Bie A1a O1p 645 650 655 A1a Run O1p O1i Bie O1p O1u Run Run Azr Tug Bz Azr Azr Azr Bz 660 665 670 H1z H1z H1z H1z H1z H1z H1z H1z

675 680 <210> 305 <211> 14 <212> PROTEIN <213> Note zar1epz <400> 305

TG O1u Tg Run Run Azr Wa1 O1u O1u Tug Azp Run Wa1 Run

5 10 <210> 306 <211> 7 <212> PROTEIN <213> Noto zar1epz <400> 306

O1 and Wa1 Run Azp Agd Rgo Run

5 <210> 307 <211> 9

- 506 032 106 <212> PROTEIN <213> Noto zar1epz <400> 307

Running Running Tug Tg Running Tg Running MeS Wa1

five

<210> <211> <212> <213> 308 five PROTEIN Noto Zar1epz <400> 308

Running Tug O1u 11th Running

five

<210> 309 <211> 17 <212> PROTEIN <213> Noto zargeps <400> 309 Tgr 11e Run A1a Tug Azp O1u Azp Tg Azp Tug A1a O1n bz Ya1 O1n one five ten 15 O1u

<210> 310 <211> 6 <212> PROTEIN <213> Note zar1epz <400> 310

O1u Tug O1u MeS Azr Ua1

5 <210> 311 <211> 14 <212> PROTEIN <213> Noto zargetz <400> 311

TG O1u Tg Run Run Azr Wa1 O1u Agd Tug Azp Run Wa1 Run

5 10 <210> 312 <211> 7 <212> PROTEIN <213> Note zar1epz <400> 312

O1 and Wa1 Run Azp Agd Rgo Run

5 <210> 313 <211> 9 <212> PROTEIN

- 507 032 106 <213> Noto Zaryepz <400> 313

Running Running Tug Tg Running Running Running Wa1 Wa1

5 <210> 314 <211> 17 <212> PROTEIN <213> Noto Zaryepz

<400> 314 Tgr 11e Run A1a Tug Azp O1u Azp Tg Azp Tug A1a O1i Luz Ley O1n one five ten 15 O1u

<210> 315 <211> 6 <212> PROTEIN <213> Noto Zaryepz <400> 315

O1u Tug Wa1 MeB Azr Wa1

5 <210> 316 <211> 14 <212> PROTEIN <213> Noto Zaryepz

<400> 316 Thj O1y Thj one Run Run five Azr Ya1 O1u <210> 317 <211> 9 <212> PROTEIN <213> But that dawn <400> 317 Running Running Tug Bj Run Bj Azp MeB one five <210> 318 <211> 17 <212> PROTEIN <213> But that dawn <400> 318 Tgr Ua1 Running A1a Tug Azp O1u Azp one five O1u

Ya1

A1a Tug Azp Run Wa1 Run

Tg Azp Tug A1a O1n bz Pbe O1n

15 <210> 319 <211> 9

- 508 032 106 <212> PROTEIN <213> Noto zar1epz <400> 319

Azp Running Tug Tg Running Tg Running MeE Wa1

5 <210> 320 <211> 17 <212> PROTEIN <213> Note zargetz <400> 320

Tgr Ya1 Run Rbg Tug Azp O1u Azp Tgg Azp Tug A1a O1n bz bie O1n one O1u five ten 15

<210> 321 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 321 O1 and Va1 Azp Agde Rgo Run one five <210> 322 <211> 14 <212> PROTEIN <213> But that zar1epz <400> 322 Thj O1y Thj Azp Running Azr Ya1 O1u one five <210> 323 <211> 17 <212> PROTEIN <213> But that zar1epz <400> 323 Tgr 11e Running Wa1 Tug Azp O1u Azp one five O1u

O1u Tug Azp Run Ua1 Run

Tg Azp Tug A1a O1n bz Ya1 O1n

15

<210> 324 <211> 17 <212> PROTEIN <213> But that zar1epz <400> 324 Tgr 11e Running Rye Tug Azp O1u Azp Tg Azp Tug A1a O1n bz Ya1 O1n one five ten 15

O1u

- 509 032 106 <210> 325 <211> 13 <212> PROTEIN <213> Note zar1epz <400> 325

Running O1u Running Running Running Azp 11e O1u Azp Azp Rye Wa1 Running one five ten

<210> 326 <211> 7 <212> PROTEIN <213> But that zar1epz <400> 326 Azr Tug Azp Bos agd rgo run one five

<210> 327 <211> eleven <212> PROTEIN <213> But that zar1epz <400> 327 O1y Tg Tgr Azr Run Running Lea Running O1y Tug Wa1 one five ten

<210> <211> <212> <213> 328 five PROTEIN Noto Zargepz <400> 328 Running Рёе О1у МеС Н1з one five

<210> 329 <211> 17 <212> PROTEIN <213> Noto zargeps <400> 329 Lye 11th Tgr Azp Azr O1u Running Azp bz Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 330 <211> 13 <212> PROTEIN <213> Noto Zar1epz <400> 330 A1a 11e A1a A1a lei Tug Tug Tug Tug O1u MeS Azr Ua1 one five ten

- 510 032 106

<210> <211> <212> <213> 331 7 PROTEIN Noto Zar1epz <400> 331

Azr Run Azp Luz Agd Rgo Run

five

<210> 332 <211> eleven <212> PROTEIN <213> But that zar1epz <400> 332 O1y Tg Tgr Azr Run Running Lea Running A1a Tug Wa1 one five ten

<210> <211> <212> <213> 333 five PROTEIN Noto Zargepz <400> 333 Running Tug O1u MeS N1z one five

<210> 334 <211> 17 <212> PROTEIN <213> Noto zar1epz <400> 334

Ley 11th Tgr N1z Azr O1u Running Azp Tg Tug Tug Wa1 Azr Running Wa1 Luz one five ten 15 O1u

<210> 335 <211> 13 <212> PROTEIN <213> Note zargetz <400> 335

O1u 11e A1a Ua1 A1a Tug Tug Tug Tug O1u MeC Azr Ua1

5 10 <210> 336 <211> 17 <212> PROTEIN <213> Noto zargetz <400> 336

Lye 11th Tgr Run Azr O1u Run Azr O1i Tug Tug A1a Azr Run Ya1 bz

5 10 15

O1u

- 511 032 106 <210> 337 <211> 11 <212> PROTEIN <213> Noto zaryepz <400> 337

O1y Tgr Tgr Azr Run Run Ley Run Run Tug Wa1

5 10 <210> 338 <211> 17 <212> PROTEIN <213> Noto Zaryepz

<400> 338 Ley 11th Tgr Running Azr O1u Running Azr Oz one five O1u

Tug Tug A1a Azr Running Wa1 Luz

15 <210> 339 <211> 13 <212> PROTEIN <213> Noto Zaryepz <400> 339

Running O1u Running Running Running Azp 11е О1у Running БУЗ Тъг Уа1 Азп

5 10 <210> 340 <211> 7 <212> PROTEIN <213> Noto Zaryepz <400> 340

Running Azp Azp Agd Agd Rgo Running

5 <210> 341 <211> 10 <212> PROTEIN <213> Noto Zaryepz <400> 341

A1a A1a Tgr Azr Azr Run Ley Azp Tgr Ua1

5 10 <210> 342 <211> 4 <212> PROTEIN <213> Noto Zaryepz <400> 342

Tug Tgr MeB Running

- 512 032 106 <210> 343 <211> 17 <212> PROTEIN <213> Note zar1epz <400> 343

Azp 11e Luz O1n Azr O1u Run O1i Luz Tug Tug Wa1 Azr Run Wa1 Luz one O1u five ten 15

<210> 344 <211> 10 <212> PROTEIN <213> Noto zar1epz <400> 344

O1i Running Azp Tgr O1u RNe A1a RNe Azr 11e

5 10 <210> 345 <211> 13 <212> PROTEIN <213> Noto zar1epz <400> 345

Running O1u Running Running Running Azp 11e O1u Running Azp TNg Wa1 Azp

5 10

<210> <211> <212> <213> 346 five PROTEIN Noto Zar1epz <400> 346

Agd Tug Tgr Meb Run

5 <210> 347 <211> 17 <212> PROTEIN <213> Noto zar1epz

<400> 347 Azp 11e bz H1z Azr O1u Run O1i Luz Tug Tug Wa1 Azr Running Wa1 Luz one five ten 15

O1u

<210> 348 <211> ten <212> PROTEIN <213> But that zar1epz <400> 348 O1 and Running Azp Tgr O1u RNe A1a RNe Azr Wa1 one five ten

- 513 032 106 <210> 349 <211> 7 <212> PROTEIN

<213> But that zar1epz <400> 349 Agd Azp Azp O1p Agd Rgo Ley one five

<210> 350 <211> five <212> PROTEIN <213> But that zar1epz <400> 350 Running Tug Tgr MeE Running one five

<210> 351 <211> five <212> PROTEIN <213> But that zar1epz <400> 351 Azp Rye Tgr MeE Running one five

<210> 352 <211> ten <212> PROTEIN <213> But that zar1epz <400> 352 Agd A1a Run O1p Running 11th Running Tug Lei Azp one five ten

<210> 353 <211> 6 <212> PROTEIN <213> But that zar1epz <400> 353 A1a A1a Running Ley O1n Running one five

<210> 354 <211> 8 <212> PROTEIN <213> Noto zargetz <400>

O1p O1p Run Tug Run

five

Rgo

11th Tgr <210> 355 <211> 11

354

- 514 032 106 <212> PROTEIN <213> Noto zarjepz <400> 355

Agd A1a Run O1p Run 11th Run 11th Tug Bey Azp

5 10 <210> 356 <211> 7 <212> PROTEIN <213> Notepad <400> 356

A1a A1a A1a Run Bei O1p Run

5 <210> 357 <211> 9 <212> PROTEIN <213> Notepad <400> 357

O1p O1p Run Tug Run A1a Rgo 11e Tg

5 <210> 358 <211> 11 <212> PROTEIN <213> Notepad <400> 358

Agd A1a Run O1p Run 11e Run Run Tug Bey Azp

5 10 <210> 359 <211> 7 <212> PROTEIN <213> Notepad <400> 359

A1a A1a Run Run Bay O1p Run

5 <210> 360 <211> 9 <212> PROTEIN <213> Notepad <400> 360

О1п О1п Run Tug Run Run Рgo 11е Тъг

5 <210> 361 <211> 5 <212> PROTEIN <213> Noto zarjepz

- 515 032 106 <400> 361

Running Tug A1a MeS Azp

five

<210> 362 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 362 Bj 11e run O1u Running O1u Azp Bj one five <210> 363 <211> 12 <212> PROTEIN <213> But that zar1epz <400> 363 B2 ba1 Ley MeS Ya1 Tug A1a one five <210> 364 <211> 17 <212> PROTEIN <213> But that zar1epz <400> 364 Bj 11e run O1u Running O1u O1u Azp one five O1u

Tug Tug A1a Azr Running Wa1 b3 O1u

15

MeS Az Az Tug

Tg Tug Tug A1a Azr Running Ya1 bz

15

<210> 365 <211> 17 <212> PROTEIN <213> Noto zargeps <400> 365 Tg 11th Running O1u Running O1u Azr Azp Tg Tug Tug A1a Azr Running Wa1 Luz one five ten 15 O1u

<210> 366 <211> ten <212> PROTEIN <213> But that zar1epz <400> 366 O1u Tug Run Bj Running Tug O1u 11th Running one five ten

<210> 367 <211> 10 <212> PROTEIN <213> Noto zargepz

- 516 032 106 <400> 367

O1u Tug A1a one Bie Bj five Run Tug O1u 11th Run ten <210> 368 <211> ten <212> PROTEIN <213> But that dawn <400> 368 O1y Tug Tg Bie Bj Run Tug O1u 11th Run one five ten <210> 369 <211> ten <212> PROTEIN <213> But that dawn <400> 369 O1u Tug Run Ръе Bj Run Tug O1u 11th Run one five ten <210> 370 <211> ten <212> PROTEIN <213> But that dawn <400> 370 O1y Tug Tg Ръе Rgo Run Tug O1u 11th Run one five ten <210> 371 <211> ten <212> PROTEIN <213> But that dawn <400> 371 О1у Ръе Тъг Ръе Run Run Tug Tgr MeB Run one five ten <210> 372 <211> ten <212> PROTEIN <213> But that dawn <400> 372 О1у Ръе Тъг Ръе Run Agd Tug Tgr MeB Run one five ten <210> 373 <211> ten <212> PROTEIN <213> But that dawn <400> 373 O1y bie Ръе Run Azp Ръе Tgr MeB Run

- 517 032 106

one five <210> 374 <211> ten <212> PROTEIN <213> But that zar1epz <400> 374 О1у Ръе Тъг Ry Run Run Tug A1a Me one five <210> 375 <211> ten <212> PROTEIN <213> But that zar1epz <400> 375 О1у Ръе Тъг Rye Azp Run Ръе O1u Me one five <210> 376 <211> ten <212> PROTEIN <213> But that zar1epz <400> 376 О1у Ръе Тъг Ръе Агд Run Tug O1u Me one five <210> 377 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 377 Azp 11e bz O1p Azr O1u Run O1i Bz one five <210> 378 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 378 Azp 11e bz N1z Azr O1u Run O1i Bz one five <210> 379 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 379 Bj 11e run O1u Running O1u Azr Azp Bj one five

Wa1 Azr Running Wa1 bz O1u

Wa1 Azr Running Wa1 bz O1u

A1a Azr Run Wa1 b3 O1u

- 518 032 106 <210> 380 <211> 16 <212> PROTEIN <213> Note zar1epz <400> 380

Bj 11e run O1u Running O1u O1u Azp Bj Tug A1a Azr Run Ya1 Bz O1u one five ten 15 <210> 381 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 381 Ley 11th Tgr Azp Azr O1u Run Azp Bz Tug A1a Azr Run Ya1 Bz O1u one five ten 15

<210> 382 <211> 16 <212> PROTEIN <213> Noto zar1epz <400> 382 Lye 11th Tgr Running Azr O1u Running Azr O1i Tug A1a Azr Running Ua1 Bs o1y one five ten 15

<210> 383 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 383 Ley 11th Tgr Running Azr O1u Running Azr Oz Tug A1a Azr Run Wa1 Bs o1y one five ten 15

<210> 384 <211> sixteen <212> PROTEIN <213> But that zar1epz <400> 384 Ley 11th Tgr N1z Azr O1u Running Azp Tug Tug Wa1 Azr Running Wa1 Bs o1y one five ten 15

<210> 385 <211> ten <212> PROTEIN <213> But that zar1epz <400> 385 O1 and Running Azp Tgr O1y Rye A1a Rye Azr 11e one five ten

<210> 386 <211> 10 <212> PROTEIN

- 519 032 106 <213> Noto zar1epz <400> 386

O1i Running Azp Tgr O1u RNe A1a RNe Azr Ya1 ten one five <210> 387 <211> 6 <212> PROTEIN <213> Noto Zar1epz <400> 387 O1y Tug Ya1 MeB Azr Ya1 one five <210> 388 <211> eleven <212> PROTEIN <213> Noto Zar1epz <400> 388 Agd A1a Run O1p Run 11th Run 11th Tug Bie Azp one five ten <210> 389 <211> 14 <212> PROTEIN <213> Noto Zar1epz <400> 389 TNg O1u TNg Azp Running Azr Ya1 O1u O1u Tug Azp Run Ya1 Run one five ten <210> 390 <211> 14 <212> PROTEIN <213> Noto Zar1epz <400> 390 TNg O1u TNg Run Run Azr Ya1 O1u A1a Tug Azp Run Ya1 Run one five ten <210> 391 <211> 14 <212> PROTEIN <213> Noto Zar1epz <400> 391 TNg O1u TNg Run Run Azr Ya1 O1u Agd Tug Azp Run Ya1 Run one five ten

<210> 392 <211> 7 <212> PROTEIN <213> Noto Zar1epz <400> 392

- 520 032 106

Agd Azp Azp O1p Agd Rgo Bie one five <210> 393 <211> 7 <212> PROTEIN <213> Noto zarjepz <400> 393 A1a A1a A1a Run O1p Run one five <210> 394 <211> 9 <212> PROTEIN <213> Noto zarjepz <400> 394 O1p O1p Run Tug Run A1a Rgo 11th Bj one five <210> 395 <211> 9 <212> PROTEIN <213> Noto zarjepz <400> 395 Azp Running Tug Tg Running Bj Run Me Ya1 one five <210> 396 <211> 9 <212> PROTEIN <213> Noto zarjepz <400> 396 Running Running Tug Tg Running Run Run Ya1 Ya1 one five <210> 397 <211> ten <212> PROTEIN <213> Noto zarjepz <400> 397 A1a A1a Tgr Azr Azr Run Bie Azp Tgr Ya1 one five ten <210> 398 <211> eleven <212> PROTEIN <213> Noto zarjepz <400> 398 O1u Tg Tgr Azr Running Run Bie Run Run Tug Wa1 one five ten

- 521 032 106 <210> 399 <211> 11 <212> PROTEIN <213> Note zar1epz <400> 399

O1u Tg Tgr Azr Running

Running Lea Running A1a Tug Wa1 <210> 400 <211> 116 <212> PROTEIN <213> Note zar1epz <400> 400

O1p one Ya1 O1n bie O1p five O1i Run O1u Rgo O1u ten Bie Ya1 Bz Rgo Run 15 O1i Bj Bie Run Bie Bj Suz Bj Ya1 Run O1u O1u Run 11th Run Run Tug 20 25 thirty Tug Tgr Run Tgr 11th Agd O1p Rgo Rgo O1u Bz O1u Bie O1i Tgr 11th 35 40 45 O1u Tug 11th Tug Tug Run O1u Run Bj Azp Tug Azp Rgo Run Bie Bz 50 55 60 Run Agd Ya1 Bj 11th Run Ya1 Azr Bj Run Bz Azp O1p Ръе Run Bie 65 70 75 80 Bz Bie Run Run Ya1 Bj A1a A1a Azr Bj A1a Ya1 Tug Tug Suz A1a 85 90 95 Agd Tug Run Run O1u Tgr Ръе Azr Tug Tgr O1u O1p O1u Bj Bie Ya1 100 105 110 Bj Ya1 Run Run 115

<210> 401 <211> 118 <212> PROTEIN <213> Note zar1epz <400> 401

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Lei Wa1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz Ya1 Ya1 Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty Tgr MeB Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p MeB Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1i Run Azp Tgr O1u Ръе A1a Ръе Azr 11th Tgr O1u O1p O1u 100 105 110 Bj MeB Ya1 Bj Ya1 Run 115

<210> 402 <211> 115 <212> PROTEIN <213> Noto zar1epz

- 522 032 106 <400> 402

C1 and Ya1 C1p Bie Ya1 C1 and Run C1u C1u C1u Bie Ya1 C1p Rgo C1u C1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run C1u Ръе Bj Ръе Run Run Tug 20 25 thirty Tgr Meb Run Tgr Ya1 Agd C1p A1a Rgo C1u Bz C1u Bie C1 and Tgr Ya1 35 40 45 A1a Azp 11th Bz C1p Azr C1u Run C1 and Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz C1u Agd Ръе Bj 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie C1p Meb Azp Run Bie Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Azp Tgr C1u A1a Ръе Azr 11th Tgr C1u C1p C1u Bj Meb Ya1 100 105 110 Bj Ya1 Run 115

<210> 403 <211> 6 <212> PROTEIN <213> Note zar1epz <400> 403

S1i Azp Ley Tug Rje S1p

5 <210> 404 <211> 14 <212> PROTEIN <213> Note zar1epz <220>

<221> OPTION <222> 1 <223> Haa = Ό, A, K or without amino acid <220>

<221> OPTION <222> 2

<223> Haa = Y, I, WITH or without amino acids <220> <221> OPTION <222> 3 <223> Haa = b, A, WITH or without amino acids <220> <221> OPTION <222> four <223> Haa = P, A, B or without amino acids <220> <221> OPTION <222> five <223> Haa = M, b, BUT or without amino acids

<220>

<221> OPTION

- 523 032106 <222> 6 <223> Haa = B, Υ, A or without amino acid <220>

<221> OPTION <222> (7) ... (7) <223> Xaa = A, Υ, K or without amino acid <220>

<221> OPTION <222> (8) ... (8) <223> Xaa = Υ, P or without amino acid <220>

<221> OPTION <222> (9) ... (9) <223> Xаа = Υ, With or without amino acid <220>

<221> OPTION <222> (10) ... (10) <223> Xaa = P, With or without amino acid <220>

<221> OPTION <222> (11) ... (11) <223> Xaa = A, M or without amino acid <220>

<221> OPTION <222> (12) ... (12) <223> Xaa = P, P or without amino acid <220>

<221> OPTION <222> (13) ... (13) <223> Xaa = P, Y or without amino acid <220>

<221> OPTION <222> (14) ... (14) <223> Xaa = Y or without amino acid <400> 404

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaaaaaaaaaa

5 10

<210> 405 <211> eleven <212> PROTEIN <213> Noto Zar1epz <220> <221> OPTION

- 524 032 106

<222> one <223> Haa = <2 or WITH <220> <221> OPTION <222> 2 <223> Haa = B, T, With or without amino acids <220> <221> OPTION <222> 3 <223> Xaa = Υ, and or without amino acids <220> <221> OPTION <222> four <223> Haa = B or without amino acid <220> <221> OPTION <222> five <223> Haa = B or without amino acid

<220> <221> OPTION <222> 6 <223> Haa = B or without amino acid

<220> <221> OPTION <222> (7). .. (7

<223> Xaa = b, T or without amino acid <220>

<221> OPTION <222> (8) ... (8) <223> Haa = A, B or without amino acid <220>

<221> OPTION <222> (9) ... (9) <223> Xaa = C, A, Y or without amino acid <220>

<221> OPTION <222> (10) ... (10) <223> Haa = B, Υ, Y or without amino acid <220>

<221> OPTION <222> (11) ... (11) <223> Xaa = Y or without amino acid <400> 405

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaa

5 10

- 525 032 106 <210> 406 <211> 10 <212> PROTEIN <213> Note zar1epz <220>

<221> OPTION <222> 1 <223> Haa = C <220>

<221> OPTION <222> 2 <223> Haa = Y, P or C <220>

<221> OPTION <222> 3 <223> Haa = T or B <220>

<221> OPTION <222> 4 <223> Xaa = b or P <220>

<221> OPTION <222> 5 <223> Haa = T, B or N <220>

<221> OPTION <222> 6 <223> Haa = B or A <220>

<221> OPTION <222> (7) ... (7) <223> Haa = Y or P <220>

<221> OPTION <222> (8) ... (8) <223> Haa = C, B or Υ <220>

<221> OPTION <222> (9) ... (9) <223> Haa = 1, M or I <220>

<221> OPTION <222> (10) ... (10) <223> Haa = B, N or H <400> 406

Haa Haa Haa Haaaaaaaaaaaaaaaaaa

- 526 032 106 <210> 407 <211> 14 <212> PROTEIN <213> Note zar1epz <220>

<221> OPTION <222> 1 <223> Haa = T or without amino acid <220>

<221> OPTION <222> 2 <223> Haa = C or B <220>

<221> OPTION <222> 3 <223> Haa = B, T or C <220>

<221> OPTION <222> 4 <223> Haa = B <220>

<221> OPTION <222> 5 <223> Haa = B <220>

<221> OPTION <222> 6 <223> Haa = ^ B or B <220>

<221> OPTION <222> (7) ... (7) <223> Haa = 1, Y or N <220>

<221> OPTION <222> (8) ... (8) <223> Haa = C or I <220>

<221> OPTION <222> (9) ... (9) <223> Haa = A or C <220>

<221> OPTION <222> (10) ... (10) <223> Haa = C, Υ, B or N

- 527 032 106 <220>

<221> OPTION <222> (11) ... (11) <223> Haa = Y or N <220>

<221> OPTION <222> (12) ... (12) <223> Haa = P, B, T or P <220>

<221> OPTION <222> (13) ... (13) <223> Haa = Y <220>

<221> OPTION <222> (14) ... (14) <223> Haa = B, N or H <400> 407

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaaaaaaaaaa

5 10 <210> 408 <211> 17 <212> PROTEIN <213> Noto zar1epz <220>

<221> OPTION <222> 1 <223> Haa = I, B, b or without amino acid <220>

<221> OPTION <222> 2 <223> Haa = Y, I or E <220>

<221> OPTION <222> 3 <223> Haa = B, I or I <220>

<221> OPTION <222> 4 <223> Haa = P, B or N <220>

<221> OPTION <222> 5 <223> Haa = U, B, Ό or H <220>

<221> OPTION <222> 6

- 528 032 106 <223> Haa = S, B or C <220>

<221> OPTION <222> (7) ... (7) <223> Haa = B or C <220>

<221> OPTION <222> (8) ... (8) <223> Haa = S, Υ, Ό or K <220>

<221> OPTION <222> (9) ... (9) <223> Haa = T, I or E <220>

<221> OPTION <222> (10) ... (10) <223> Haa = Y, B, Υ or Ό <220>

<221> OPTION <222> (11) ... (11) <223> Xaa = Υ <220>

<221> OPTION <222> (12) ... (12) <223> Haa = A ap. N <220>

<221> OPTION <222> (13) ... (13) <223> Haa = <2, Ό or P <220>

<221> OPTION <222> (14) ... (14) <223> Haa = K or B <220>

<221> OPTION <222> (15) ... (15) <223> Haa = b or Y <220>

<221> OPTION <222> (16) ... (16) <223> Haa = <2 or K

- 529 032 106 <220>

<221> OPTION <222> (17) ... (17) <223> Haa = O or W <400> 408

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

one five ten 15 Haa

<210> 409 <211> 7 <212> PROTEIN <213> Noto Zartezz <220> <221> OPTION <222> one <223> Haa = O, E, Z or Ό <220> <221> OPTION <222> 2 <223> Haa = Y, Y or Υ <220> <221> OPTION <222> 3 <223> Haa = Z or N

<220> <221> OPTION <222> 4 <223> Haa = ^ f or K <220> <221> OPTION <222> five <223> Haa = K

<220>

<221> OPTION <222> 6 <223> Haa = P <220>

<221> OPTION <222> (7) ... (7) <223> Haa = Z <400> 409

Haa Haa Haa Haa Haa Haa

5 <210> 410 <211> 14 <212> PROTEIN <213> Noto zartez

- 530 032 106 <220>

<221> OPTION <222> 1 <223> Xaa = P or without amino acid <220>

<221> OPTION <222> 2

<223> Xaa = Υ, A or without amino acids <220> <221> OPTION <222> 3 <223> Haa = B, I or without amino acids <220> <221> OPTION <222> four <223> Haa = P, A or without amino acids <220> <221> OPTION <222> five <223> Haa = M, A or without amino acids <220> <221> OPTION <222> 6 <223> Haa = B, b or without amino acids

<220>

<221> OPTION <222> (7) ... (7) <223> Xaa = A, Υ, C or without amino acid <220>

<221> OPTION <222> (8) ... (8) <223> Xаа = Υ, <2 or without amino acid <220>

<221> OPTION <222> (9) ... (9) <223> Haa = C, Υ or b <220>

<221> OPTION <222> (10) ... (10) <223> Xaa = Υ, Ό or Y <220>

<221> OPTION <222> (11) ... (11) <223> Haa = C, A or P

- 531 032 106 <220>

<221> OPTION <222> (12) ... (12) <223> Haa = M or P <220>

<221> OPTION <222> (13) ... (13) <223> Haa = B <220>

<221> OPTION <222> (14) ... (14) <223> Haa = Y or Υ <400> 410

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaaaaaaaaaa

5 10 <210> 411 <211> 11 <212> PROTEIN <213> Noto zar1epz <220>

<221> OPTION <222> 1 <223> Haa = <2, A, C or without amino acid <220>

<221> OPTION <222> 2 <223> Haa = B, Y, T or without amino acid <220>

<221> OPTION <222> 3 <223> Xaa = Υ, N or AND <220>

<221> OPTION <222> 4 <223> Haa = B or Ό <220>

<221> OPTION <222> 5 <223> Haa = B, Υ or Ό <220>

<221> OPTION <222> 6 <223> Haa = B or T <220>

<221> OPTION <222> (7) ... (7) <223> Haa = b or B

- 532 032 106 <220>

<221> OPTION <222> (8) ... (8) <223> Haa = B, T or N <220>

<221> OPTION <222> (9) ... (9) <223> Haa = C, B or A <220>

<221> OPTION <222> (10) ... (10) <223> Haa = B, M, M or Υ <220>

<221> OPTION <222> (11) ... (11) <223> Haa = Y <400> 411

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaa one five ten

<210> 412 <211> ten <212> PROTEIN <213> Noto zarjepz <220> <221> OPTION <222> one <223> Haa = C, P or BUT <220> <221> OPTION <222> 2 <223> Xaa = Υ, M, R, T or B <220> <221> OPTION <222> 3 <223> Haa = T, P, B BUT, WITH, Y, b or i <220> <221> OPTION <222> four <223> Haa = b, P, I U M A or Υ <220> <221> OPTION <222> five <223> Haa = T, P, B or BUT

<221> OPTION <220>

- 533 032 106 <222> 6 <223> Haa = B, T, A or C <220>

<221> OPTION <222> (7) ... (7) <223> Xaa = Υ, Μ, P, T or B <220>

<221> OPTION <222> (8) ... (8) <223> Haa = C, P or A <220>

<221> OPTION <222> (9) ... (9) <223> Haa = 1, B, U, M, A or P <220>

<221> OPTION <222> (10) ... (10) <223> Haa = B, T, A or C <400> 412

Haa Haa Haa Haa Haa Haa Haa Haaaa

five

Haa <210> 413 <211> 14 <212> PROTEIN <213> Noto zar1epz <220>

<221> OPTION <222> 1 <223> Haa = T or B <220>

<221> OPTION <222> 2 <223> Haa = C, P or A <220>

<221> OPTION <222> 3 <223> Haa = T or B <220>

<221> OPTION <222> 4 <223> Haa = B, Ν, T, A, C or <2 <220>

<221> OPTION <222> 5 <223> Haa = B, T, A or C

- 534 032 106 <220>

<221> OPTION <222> 6 <223> Haa = B or E <220>

<221> OPTION <222> (7) ... (7) <223> Haa = Y, I, M, B, P or A <220>

<221> OPTION <222> (8) ... (8) <223> Haa = C, P or A <220>

<221> OPTION <222> (9) ... (9) <223> Haa = C, A, K, P, Y, B, I, K, <2 or N <220>

<221> OPTION <222> (10) ... (10) <223> Xaa = Υ, I, P, T or B <220>

<221> OPTION <222> (11) ... (11) <223> Xaa = N or <2 <220>

<221> OPTION <222> (12) ... (12) <223> Xaa = Υ, B, I, P, T, B, T, A or C <220>

<221> OPTION <222> (13) ... (13) <223> Haa = Y, I, M, B, P, or A <220>

<221> OPTION <222> (14) ... (14) <223> Haa = B, T, A or C <400> 413

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaaaaaaaaaa

5 10 <210> 414 <211> 17 <212> PROTEIN <213> Noto zartepz

- 535 032 106 <220>

<221> OPTION <222> 1 <223> Haa = I, Υ or P <220>

<221> OPTION <222> 2 <223> Haa = Y, I, M, b, P or A <220>

<221> OPTION <222> 3 <223> Haa = B, T, A or C <220>

<221> OPTION <222> 4 <223> Haa = A, P, Y, b, I, Υ or M <220>

<221> OPTION <222> 5 <223> Xaa = Υ, I, P, T or B <220>

<221> OPTION <222> 6 <223> Xaa = N or <220>

<221> OPTION <222> (7) ... (7) <223> Haa = C, P or A <220>

<221> OPTION <222> (8) ... (8) <223> Xaa = N or <220>

<221> OPTION <222> (9) ... (9) <223> Haa = T or B <220>

<221> OPTION <222> (10) ... (10) <223> Xaa = N or <220>

<221> OPTION <222> (11) ... (11) <223> Xaa = Υ, I, P, T or B <220>

- 536 032 106

<221> <222> <223> OPTION (12) ... (12) Haa = A, Y, b or I <220> <221> OPTION <222> (13) ... (13) <223> Haa = <2, E, N or Ό <220> <221> OPTION <222> (14) ... (14) <223> Haa = K, H, <2 or N <220> <221> OPTION <222> (15) ... (15) <223> Haa = b, E, Y, I M, A or Υ

<220>

<221> OPTION <222> (16) ... (16) <223> Haa = <2 or N <220>

<221> OPTION <222> (17) ... (17) <223> Haa = C, P or A <400> 414

Haa Haa Haa Haaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

one five ten 15 Haa

<210> 415 <211> 7 <212> PROTEIN <213> Noto Zaryepz <220> <221> OPTION <222> one <223> Haa = E or Ό <220> <221> OPTION <222> 2 <223> Haa = Y, I, M, b E or A <220> <221> OPTION <222> 3 <223> Haa = B, T, A or WITH <220> <221> OPTION

- 537 032 106 <222> 4 <223> Xaa = N or O.

<220>

<221> OPTION <222> 5 <223> Haa = K, K, 2 or N <220>

<221> OPTION <222> 6 <223> Haa = P or A <220>

<221> OPTION <222> (7) ... (7) <223> Haa = B, T, A or C <400> 415

Haa Haa Haa Haa Haa Haa

2

<221> OPTION <222> 1 <223> Haa = C, P, A or without amino acid <220>

<221> OPTION <222> 2 <223> Xaa = Υ, Μ, P, T or B <220>

<221> OPTION <222> 3 <223> Haa = C, Y, P, A, I, M, b or P <220>

<221> OPTION <222> 4 <223> Haa = M, b, P or I <220>

<221> OPTION <222> 5 <223> Haa = B or E <220>

<221> OPTION <222> 6 <223> Xaa = Y, I, M, b, P or A <400> 416

Haa Haa Haa Haa Haa

- 538 032 106 <210> 417 <211> 9 <212> PROTEIN <213> Note zartez <220>

<221> OPTION <222> 1 <223> Haa = B, N T, A, C or <2 <220>

<221> OPTION <222> 2 <223> Haa = B, T, A or C <220>

<221> OPTION <222> 3 <223> Xaa = Υ, I, P, T or B <220>

<221> OPTION <222> 4 <223> Haa = T or B <220>

<221> OPTION <222> 5 <223> Haa = B, T, A or C <220>

<221> OPTION <222> 6 <223> Haa = B, T, A or C <220>

<221> OPTION <222> (7) ... (7) <223> Xaa = ^ B, 2, T, A or C <220>

<221> OPTION <222> (8) ... (8) <223> Xaa = M, Y, b, P, I or A <220>

<221> OPTION <222> (9) ... (9) <223> Haa = U, I, <400> 417

Haa Haa Haa Haa

M, b, P or A

Haa Haa Haa Haa <a210> 418

- 539 032106 <211> 363 <212> DNA <213> Homo zartepz <400> 418 saddbdsadd bssbdsaadd ssbddasaad dsasadaadb abddadsbda bddaasbasd BSA bddbdsadbs sbbsbddaba ddsbbdadbd bbsadddsad dsaddsbdad asbasbasdd bddddsbdad sassbbsass dabdddabdd ddbsassabd absbdasdas babddasdbs dbdaadaads ddsbasbaba absaasssbs assadddasa asddssdbdb bddddssaad sbddddssbs basasbdddb asadbddbdd sdbssabsad abbasbdbds dddassaddb adbdaaddbs dsdasaddss sdsaaasbab sasadssbas dadaddsaas sassdbsbss

120

180

240

300

360

363 <210> 419 <211> 121 <212> PROTEIN <213> Noto zar1epz <400> 419

O1p Ya1 O1p Ya1 Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug TNG RNe TNG O1u Tug 20 25 thirty Tug 11th H1z Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Meb 35 40 45 O1u Tgr 11th Azp Rgo H1z Run O1u O1u A1a Azp Tug A1a O1p Bz RNe 50 55 60 O1p O1u Agd Ya1 TNG Meb TNG Agd Azr TNG Run 11th Run TNG A1a Tug 65 70 75 80 Meb O1i Bie Run Agd Bie Agd Run Azr Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u Azp Tgr Azp Tug Azr Tug Tug O1u Meb Azr Ya1 Tgr O1u 100 105 110 O1p O1u TNG TNG Ya1 TNG Ya1 Run Run 115 120

<210> 420 <211> 321 <212> DNA <213> Homo zartepz <400> 420 dasabssada bdasssadbs bssabssbss sbdbsbdsab sbdbaddada sadadbsass60 absasbbdss dddsdadbsa ddasabbads aabbabbbad ssbddbabsa dsadaaassa120 dddaaadbbs sbaadsbssb dabsbabdsb dsabssasbb bdsaabsadd ddbsssabsb180 sddbbsadbd dsadbddabs bdddasadab bbsasbsbsa ssabsadsad ssbasadssb240 daadabdbbd saasbbabbb sbdbsaaadd babsadabbd ssssabbsas bbbsdddsssb300 dddassaadd bddababsaa321 <210> 421 <211> 107 <212> PROTEIN <213> Noto zartez <400> 421

Azr 11th O1p Meb TNG O1p Run Rgo Run Run Bie Run A1a Run Ya1 O1u one five ten 15 Azr Agd Ya1 TNG 11th TNG Suz Agd A1a Run O1p Azr 11th Run Azp Tug 20 25 thirty Bie A1a Tgr Tug O1p O1p Bz Rgo O1u Bz Ya1 Rgo Bz Bie Bie 11th 35 40 45 Tug A1a A1a Run TNG Bie O1p Run O1u Ya1 Rgo Run Agd RNe Run O1u

- 540 032 106

50 55 60 Run O1u Run O1u Bj Azr Ръе Bj Bie Bj 11th Run Run Bie O1p Rgo 65 70 75 80 O1i Azr Ya1 A1a Bj Tug Ръе Suz O1p Agd Tug O1p 11th A1a Rgo Ръе 85 90 95 Bj Ръе O1u Rgo O1u Bj Bz Ya1 Azr 11th Bz 100 105

<210> 422 <211> 366 <212> DNA <213> Noto zarepz <400> 422 sadddsadsshhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh

Д д Ь да сд сд сд сд ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас

Dddddadds sasssad ddddsad assassas adssdaddas sddaddas dddssads adsaddsa asddad ssadadasa asddsdd dsddddss sdddadds dsasddd addaadas assaadaa aasdds aadddassas ssdadass ssdssadds aaaasa sasdsda daddsadd ddsassds

120

180

240

300

360

366 <210> 423 <211> 122 <212> PROTEIN <213> Notepad <400> 423

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Bj Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Run Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Run Ya1 A1a O1u Tug H1z Tug Tug Tug O1u Me Azr Ya1 Tgr 100 105 110 O1u O1p O1u Bj Bj Ya1 Bj Ya1 Run Run 115 120

<210> 424 <211> 324 <212> DNA <213> Noto Note <400> 424

HERE HERE HERE HERE HERE HERE HERE HERE HERE HERE HERE HERE HERE

Bcdbcbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb

- 541 032 106 <213> Noto zarbeppes <400> 425

Run Run C1 and Bie Bj C1p Azr Rgo A1a Ya1 Run Ya1 A1a Bie C1u C1p one five ten 15 Bj Ya1 Agd Not Bj Suz C1p C1u Azr Run Bie Agd C1u Tug Tug A1a 20 25 thirty Bj Tgr Tug C1p C1p Bz Rgo Agd C1p A1a Rgo Ya1 Bie Ya1 Not Tug 35 40 45 C1u Bz Azp Tug Agd Rgo Run C1u Not Rgo Azr Agd Ръе Run C1u Run 50 55 60 Bj Run C1u Azp Bj A1a Run Bie Bj Not Bj C1u A1a C1p A1a C1 and 65 70 75 80 Azr C1 and A1a Azr Tug Tug Suz Azp Run Agd Azr Run Not C1u Azp H1z 85 90 95 Bie Ya1 Ръе C1u C1u C1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 426 <211> 366 <212> DNA <213> Homo zarbepz <400> 426 saddbdsads bssbdbdsad ssaddsaadd dsadasbssd sbdsaaabda dsbddbbass bssbsa bddbddadbs sdbsbddabb ddsbddadbd bdaadddssd asadssbdad asbasbasba bdddddadds sassbbsadb ddbddsadbb abssassabs adssdaddas sddbabddas dbddbssads adsbabddsb ababddbbad bssadadasa asddsbdbdb dbsbddddss sbdddaddbs bdsasbdddb abddaadbaa abbssaadaa abbasbdbds aadddassas ssbdadasbs ssdssaddsb baaabasbab sasdsbdbab daddbsadbd ddbsassdbs

120

180

240

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366 <210> 427 <211> 122 <212> PROTEIN <213> Noto zarbeppes <400> 427

C1p Ya1 C1p Bie Ya1 C1 and Run C1u C1u C1u Ya1 Ya1 C1p Rgo C1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run C1u Ръе Bj Ръе Run Run Tug 20 25 thirty C1u Bie H1z Tgr Ya1 Agd C1p A1a Rgo C1u Bz C1u Bie C1 and Tgr Ya1 35 40 45 A1a Ya1 Not Tgr Bie Azr C1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz C1u Agd Run Bj Not Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie C1p Meb Azp Run Bie Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Run Ya1 A1a C1u Tug H1z Tug Tug Tug C1u Meb Azr Ya1 Tgr 100 105 110 C1u C1p C1u Bj Bj Ya1 Bj Ya1 Run Run 115 120

<210> 428 <211> 324 <212> DNA <213> Noto zarbeppes <400> 428

- 542 032106 bsbbsbdads asabdssaad saddssssbd bbsbsbddsb dabdaddsbd ddadddassa bdasbsadda dadasadssb basbbdbsab ssassbsadd asbabbasbd adsbdassdb sssbdsbdbd sadaadbbab sbbbddbaaa aaasasadsb baasbsasdd SABA bsbdbddssb babddaadsb aasaassdds bssbbdassa dasabsabbd bdddasadas ddbassadsa ssbsadddab bsasbdddds dbdassabsb adbsaddabs daadssaada sssadassda bsaddsddaa dsbdbbsdds

120

180

240

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324 <210> 429 <211> 108 <212> PROTEIN <213> Noto zar1epz <400> 429

Run Run C1 and Bie Bj C1p Azr Rgo A1a Ya1 Run Ya1 A1a Bie C1u C1p one five ten 15 Bj Ya1 Agd Not Bj Suz C1p C1u Azr Run Bie Agd Run Tug Tug C1u 20 25 thirty Run Tgr Tug C1p C1p Bz Rgo Agd C1p A1a Rgo Ya1 Bie Ya1 Not Ръе 35 40 45 C1u Bz Azp Azp Agd Rgo Run C1u Not Rgo Azr Agd Ръе Run C1u Run 50 55 60 Bj Run C1u Azp Bj A1a Run Bie Bj Not Bj C1u A1a C1p A1a C1 and 65 70 75 80 Azr C1 and A1a Azr Tug Tug Suz Azp Run Agd Azr Not Not C1u Azr H1z 85 90 95 Bie Bie Ръе C1u C1u C1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 430 <211> 366 <212> DNA <213> Homo zartepz <400> 430 saddbdsads bssbdbdsad ssaddsaadd dsadasbssd sbdsbaabda dsbddbbass bssbsa bddbddadbs sdbsbddabb ddsbddadbd bdaadddssd asadssbdad asbasbasba bdddddadds sassbbsadd ddbddsadbb abssassabs adssdaddas sddbabddas dbddbssadb aasbabddsa ababddbbbd bssadadasa asddsbdbdb dbsbddddss sbdddaddbs bdsasbdddb abddaadbaa abbssaadaa abbasbdbds aadddassas ssbdadasbs ssdssaddsb baaabasbab sasdsbdbab daddbsadbd ddbsassdbs

120

180

240

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366 <210> 431 <211> 122 <212> PROTEIN <213> Noto zar1epz <400> 431

C1p Ya1 C1p Bie Ya1 C1 and Run C1u C1u C1u Ya1 Ya1 C1p Run C1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run C1u Ръе Bj Ръе Agd Azp Tug 20 25 thirty C1u Meb H1z Tgr Ya1 Agd C1p A1a Rgo C1u Bz C1u Bie C1 and Tgr Ya1 35 40 45 A1a Ya1 Not Tgr Ръе Azr C1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz C1u Agd Run Bj Not Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie Bie Meb Azp Run Bie Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Run Ya1 A1a C1u Tug H1z Tug Tug Tug C1u Meb Azr Ya1 Tgr 100 105 110

- 543,032,106

С1у С1п С1у Тъг Тъг Уа1 Тъг Уа1 Running Running

115 120 <210> 432 <211> 324 <212> DNA <213> Noto zurtz <400> 432

SsSSsSdads SdasSsadda sssSdsSdSd SsSdSddssS Sdddasadas adSsaddaSs60 asaSdssadd dadasadssS sadaadsSaS SaSdsaadsS ddSassadsa daadssaada120 saddssssSd SasSSdSsaS sSaSddSaaa aasaassdds ssSsadddaS sssadassda180 aSsSsSddsS ssassSsadd aaasasadsS SssSSdassa SsasSdddds Ssaddsddaa240 daSdaddsSd asSaSSasSd SaaaSsssdd dasaSsaSSd dSdassaSsS ddSdSSsdds300 ddadddassa aasSdassdS ssSa324 <210> 433 <211> 108 <212> Protein <213> Noto zar1epz <400> 433

Run Run C1 and Bie Bj C1p Azr Rgo A1a Ya1 Run Ya1 A1a Bie C1u C1p one five ten 15 Bj Ya1 Agd 11th Bj Suz C1p C1u Azr Run Bie Agd Run Tug Tug A1a 20 25 thirty Run Tgr Tug C1p C1p Bz Rgo Agd C1p A1a Rgo Ya1 Bie Ya1 11th Tug 35 40 45 C1u Bz Azp Azp Agd Rgo Run C1u 11th Rgo Azr Agd 11th Run C1u Run 50 55 60 Bj Run C1u Azp Bj A1a Run Bie Bj 11th Bj C1u A1a C1p A1a C1 and 65 70 75 80 Azr C1 and A1a Azr Tug Tug Suz Bz Run Agd Azr 11th 11th C1u Azr H1z 85 90 95 Bie Ya1 Ръе C1u C1u C1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 434 <211> 342 <212> DNA <213> Noto zarptz <400> 434 saddSdsads Sdddsdddsss Sddddddddds dSDddSssads sSddddddcss ssDddasSS60

SssSdSdsad sdSsSddaSS sassSSsadS adsSaSddsa SdsasSdddS ssdssaddsS120 ssaddsaadd ddsSddadSd ddSddsadSS aSaSddSaSd aSddaadSaa SaaaSasSaS180 dsadasSssd Sdaadddssd aSSsassaSs Sssadadasa aSSssaadaa sasdsSdSaS240 sSdsaaaSda asadssSdad adssdaddas asddsSdSdS aSSasSdSdS dadadaSsdd300 ddasSddasS ddddssaddd aasssSddSs assdSsSssS sa342 <210> 435 <211> 114 <212> PROTEIN <213> Homo zartepz <400> 435

C1p Ya1 C1p Bie Ya1 C1 and Run C1u C1u C1u Ya1 Ya1 C1p Rgo C1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run C1u Ръе Bj Ръе Run Run Tug 20 25 thirty C1u MeC H1z Tgr Ya1 Agd C1p A1a Rgo C1u Bz C1u Bie C1 and Tgr Ya1

- 544 032 106

35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Zeg Azp Bz Tug Tug A1a Azr Zeg Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Zeg Agd Azr Azp Zeg Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p Meb Azp Zeg Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 Ya1 Agd Azr Agd O1u Bie Azr Tgr O1u O1p O1u Bj Bie Ya1 Bj Ya1 100 105 110 Zeg Zeg

<210> 436 <211> 324 <212> DNA <213> Homo zartepz <400> 436 bsbbsbdads bdasbsadda sssbdsbdbd bsbdbddssb bdddasadas adbsaddabs60 asabdssaad dadasadssb sadaddsbab babdsaadsb ddbassadsa daadssaada120 saddssssbd basbbdbsab sbabddbaaa aasaassdds ssbsadddab sssadassda180 bbsbsbddsb ssassbsadd aaasasadsb bssbbdassa bsasbdddds bsaddsddaa240 dabdaddsbd asbabbasbd baadbsssdd dasadsadbd dbdassabsb ddbdbbsdsds300 dddddassa adsbdassdb ssba324 <210> 437 <211> 108 <212> PROTEIN <213> Noto zar1epz <400> 437

Zeg Zeg O1i Bie Bj O1p Azr Rgo A1a Ya1 Zeg Ya1 A1a Bie O1u O1p one five ten 15 Bj Ya1 Agd 11th Bj Suz O1p O1u Azr Zeg Bie Agd O1u Tug Tug A1a 20 25 thirty Zeg Tgr Tug O1p O1p Bz Rgo Agd O1p A1a Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1u Bz Azp Azp Agd Rgo Zeg O1u 11th Rgo Azr Agd Ръе Zeg O1u Zeg 50 55 60 Bj Zeg O1u Azp Bj A1a Zeg Bie Bj 11th Bj O1u A1a O1p A1a O1i 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz Bz Zeg Agd Azr Zeg Zeg O1u Azr H1z 85 90 95 Bie Ya1 Ръе O1u O1u O1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 438 <211> 366 <212> DNA <213> Homo zartepz <400> 438 saddbdsadd bssbdbdsad ssaddsaadd dsadasbssd sbdsaaabda dsbddbbass bssbsa bddbddadbs sdbsbddabb ddsbddadbd bdaadddssd asadssbdad asbasbasba bdddddadds sassbbsadb ddbddsadbb abssassabs adssdaddas sddbabddas dbddbssads aasbabddsa abbbddbabd bssadadasa asddsbdbdb dbsbddddss sbddddddbs bdsasbdddb abddaadbad abbssaadaa abbasbdbds aadddassas ssbdadasbs ssdssaddsb baaabasbab sasddbdbab daddbsadbd ddbssdbs

120

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366 <210> 439

- 545 032 106 <211> 122 <212> PROTEIN <213> Noto zar1epz <400> 439

O1p Ya1 O1p Ya1 Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Pb Tht Pb Run Azp Tug 20 25 thirty O1u MeC H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Run Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Run Tht 11th Run Agd Azr Azp Run Bz Azp Tht Ya1 Tug 65 70 75 80 Bie O1p MeC Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Run Ya1 A1a O1u Tug H1z Tug Tug Tug O1u MeC Azr Ya1 Tgr 100 105 110 O1u O1p O1u Tht Tht Ya1 Tht Ya1 Run Run 115 120

<210> 440 <211> 324 <212> DNA <213> Noto zargetz <400> 440

SssSSsSdadss SdssSadda sssSdsdSdSdSsdSdddssS Sdddasadas adSsaddaSs60 asaSdssaad dadasadssS sadddsSaS SaSdsdaadsS ddSassadsa daadssaada120 saddssssSdassaSdassaSdassaSdasaSdassa

SSsSsSddsS ssassSsadd aaasasadsS SssSSdassa SsasSdddds Ssaddsddaa240 daSdaddsSd asSaSSasSd SaadSsssdd dasadsadSd dSdassaSsS ddSdSSsdds300 ddadddassa adsSdassdS ssSa324 <210> 441 <211> 108 <212> Protein <213> Noto zar1epz <400> 441

Run Run O1i Bie Tht O1p Azr Rgo A1a Ya1 Run Ya1 A1a Bie O1u O1p one five ten 15 Tht Ya1 Agd 11th Tht Suz O1p O1u Azr Run Bie Agd O1u Tug Tug A1a 20 25 thirty Run Tgr Tug O1p O1p Bz Rgo Agd O1p A1a Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1u Bz Azp Azp Agd Rgo Run O1u 11th Rgo Azr Agd Pb Run O1u Run 50 55 60 Tht Run O1u Azp Tht A1a Run Bie Tht 11th Tht O1u A1a O1p A1a O1i 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz Bz Run Agd Azr Run Run O1u Azr H1z 85 90 95 Bie Ya1 Pb O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 442 <211> 366 <212> DNA <213> Noto zargeps

- 546 032106 <400> 442 saddEdsads EssEdsEdsadSsadsDaads dsadasEssd sEdsaaaEda dsEDDEeass Essessa

Foods Foods Foods Foods Foods Foods Foods Foods Foods

Edddddadds sassEEsadE ddEddsadEE aEssassaEs adssdaddas sddEaEddas dEddEssads adsEaEddsa aEaEddEaEd Essadadasa asddsEdEdE dEsEddddss sEdddaddEs EdsasEdddE aEddaadEEa asEssaadaa aEEaEEdEds aadddassas ssEdadEsEs ssdssaddsE EaaadasEaE sasdsEdEaE daddEsadEd ddEsassdEs

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366 <210> 443 <211> 122 <212> PROTEIN <213> Note zar1epz <400> 443

C1p Ya1 C1p Bie Ya1 C1 and Run C1u C1u C1u Ya1 Ya1 C1p Rgo C1u Agd one five ten 15 Run Bie Run Bie Run Suz A1a A1a Run C1u Ръе Bj Ръе Run Run Tug 20 25 thirty C1u MeE H1z Tgr Ya1 Agd C1p A1a Rgo C1u Bz C1u Bie C1 and Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr C1u Run Tug Bz Azr Tug A1a Azr Run Ya1 50 55 60 Bz C1u Agd Run Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie C1p MeE Azp Run Bie Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Run Ya1 A1a C1u Tug H1z Tug Tug Tug C1u MeE Azr Ya1 Tgr 100 105 110 C1u C1p C1u Bj Bj Ya1 Bj Ya1 Run Run 115 120

<210> 444 <211> 324 <212> DNA <213> Noto zurtz <400> 444

EsEEsEdads EdasEsadda sssEdsEdEd EsEdEddssE Edddasadas adEsaddaEs60 asaEdssaad dadasadssE sadaassEaE EaEdsaadsE ddEassadsa daadssaada120 saddssssEa EEsEEdEsaE sEaEddEaaa aasaassdds ssEsadddaE sssadassda180

EEsEsEddsE ssassEsadd aaEsasadsE EssEEdassa EsasEdddds Esaddsddaa240 daEdaddsEd asEaEEasEd EaaaEsssdd dasaEsaEEd dEaassaEsE dsEdEEsdds300 ddadddasEa adsEdassdE ssEa324 <210> 445 <211> 108 <212> Protein <213> Noto zar1epz <400> 445

Run Run C1 and Bie Bj C1p Azr Rgo A1a Ya1 Run Ya1 A1a Bie C1u C1p one five ten 15 Bj Ya1 Agd 11th Bj Suz C1p C1u Azr Run Bie Agd Bj Tug Tug A1a 20 25 thirty Run Tgr Tug C1p C1p Bz Rgo Agd C1p A1a Rgo 11th Bie Ya1 11th Tug 35 40 45 C1u Bz Azp Azp Agd Rgo Run C1u 11th Rgo Azr Agd Ръе Run C1u Run 50 55 60 Bj Run C1u 11th Bj A1a Run Bie Bj 11th Bj C1u A1a C1p A1a C1 and 65 70 75 80 Azr C1 and A1a Azr Tug Tug Suz Bz Run Agd Azr 11th 11th C1u Azp H1z

- 547 032 106

90 95

Еи еи еи Р Р О О О Ь уз уз уз еи а

100 105 <210> 446 <211> 375 <212> DNA <213> Noto Zaryepz <400> 446 saddBdsads BssBdBdsad ssaddssadd dsadssBssd sBdsaaaBda ddBBsdddda dBassassBdsB

Bdddbdddsdbs sdbsbddabb ddsbddadbd bdaadddssd asad bsbdad dbsa bdsdsba ssbsa

Bdddddadds sasssBsadB ddBddsadBs aBBsassaBs adssdaddas sBasBasBas dBddBssads adsBaBddsa aBaBddBaBd Bssadadasa asddsBdBdB ddBaBddasd sBdddaddBs BdsasBdddB aBddaadBaa aBBssaadaa aBBasBdBds BsBddddssa ssBdadasBs ssdssaddsB saaaBasBaB sasdsBdBaB dadadddddB adddassasd

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375 <210> 447 <211> 125 <212> PROTEIN <213> Noto Zaryepz <400> 447

O1p Ya1 O1p Bie Ya1 A1a Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Bie Run Run Tug 20 25 thirty O1u MeB Nz Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a A1a Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p MeB Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1u O1u O1u Run O1u Run Nz Agd Tug Tug Tug Tug O1u MeB 100 105 110 Azr Ya1 Tgr O1u O1p O1u Bj Bj Ya1 Bj Ya1 Run Run 115 120 125

<210> 448 <211> 324 <212> DNA <213> Noto Zaryepz <400> 448

BsBBsBdadds BdasBsadda sssBdsdBdBd BsBdBddssb Bdddasadas adBsaddaBs60 asaBdssaad dadasadssB sadassaBaB BaBdsaadsB ddBassadsa dadssaada120 saddssssBaad Baud

<211> 108 <212> Protein <213> Homo sapiens <400> 449 BBsBsBddsB ssassBsadd aaBsasadsB BssBBdassa BsasBdddds Bsaddsddaa240 daBdaddsBd asBaBBasBd BaaaBsssdd dasaBsaBBd dBaassaBsB dsBdBBsdds300 ddadddasBa adsBdassdB ssBa324 <210> 449

Running Running О1и Лей Тъг О1п Азр Рго А1а Уа1 Running Уа1 A1а Ле О1у О1п

- 548 032 106

one five ten 15 Bj Ya1 Agd Not Bj Suz C1p C1u Azr Run Bie Agd Bj Tug Tug A1a 20 25 thirty Run Tgr Tug C1p C1p Bz Rgo Agd C1p A1a Rgo Not Bie Ya1 Not Tug 35 40 45 C1u Bz Azp Azp Agd Rgo Run C1u Not Rgo Azr Agd Ръе Run C1u Run 50 55 60 Bj Run C1u Not Bj A1a Run Bie Bj Not Bj C1u A1a C1p A1a C1 and 65 70 75 80 Azr C1 and A1a Azr Tug Tug Suz Bz Run Agd Azr Not Not C1u Azp H1z 85 90 95 Bie Bie Ръе C1u C1u C1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 450 <211> 366 <212> DNA <213> Homo zartepz <400> 450 saddbdsaad bssbdbdsad ssaddsaadd dsadasbssd sbdsaaabda dsbddbbass dssbsa bddbddadbs sdbsbddabb ddsbddadbd bdaadddssd asadssbdad abbabbasba bdddddadds sassbbsadb ddbddsadbb abssabsabs adssdaddas sddbabddas dbddbssads aasbabddsa ababddbabd bssadadasa asddsbdbbb dbsbddddss sbdddaddbs bdsasbdddb abddaddbaa abbssaadad abbabbdbs aadddassas ssbdadasbs ssdssaddsb baaabasbab sasdsbdbab daddbsadbd ddbsassdbs

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300

360

366 <210> 451 <211> 122 <212> PROTEIN <213> Noto zarbeppes <400> 451

C1p Ya1 C1p Ya1 Ya1 C1 and Run C1u C1u C1u Ya1 Ya1 C1p Rgo C1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run C1u Ръе Bj Ръе Run Azp Tug 20 25 thirty C1u Meb H1z Tgr Ya1 Agd C1p A1a Rgo C1u Bz C1u Bie C1 and Tgr Ya1 35 40 45 A1a Ya1 Not Tgr Tug Azr C1u C1u Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz C1u Agd Run Not Not Run Agd Azr Azp Run Bz Run Bj Bie Tug 65 70 75 80 Bie C1p Meb Azp Run Bie Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Run Ya1 A1a C1u Tug H1z Tug Tug Tug C1u Meb Azr Ya1 Tgr 100 105 110 C1u C1p C1u Bj Bj Ya1 Bj Ya1 A1a Run 115 120

<210> 452 <211> 327 <212> DNA <213> Homo zarbepz <400> 452 sadbsbdsss bdasbsadss bdssbssdbd bsbdddbsbs sbddasadbs dabsassabs60 bssbdsasbd daassadsad bdasdbbddb ddbbabaasb sbdbsbssbd dbassaasad120 sasssaddsa aassssssaa asbsabdabb babdaddbsa dbaabsddss sbsadddabb180 bsbaabsdsb bsbsbddsbs saadbsbdds aasasddssb sssbdassab sbsbdddsbs240

- 549 032106 saddsSdadd addaddsSda SSaSSSSsSds ssdssaSaSa saadsassad saSddsSssSSs 300 ddsddddda ssaadsSdds sdsSssa 327 <210> 453 <211> 109 <212> BELOK <213400>

C1p one Run A1a Bei Th1 C1p five Rgo A1a Run Ya1 ten Run C1u Run Rgo C1u 15 C1p Run 11th Bj 11th Run Suz Bj C1u Bj Run Run Azr Ya1 C1u C1u Tug 20 25 thirty Azp Run Ya1 Run Tgr Tug C1p C1p H1z Rgo C1u Buz Rgo Rgo Buz Bei 35 40 45 MeC 11th Tug C1 and Ya1 Run Azp Agd Rgo Run C1u 11th Run Azp Agd Ръе 50 55 60 Run C1u Run Bz Run C1u Azp Bj A1a Run Bei Bj 11th Run C1u Bei 65 70 75 80 C1p A1a C1 and Azr C1 and A1a Azr Tug Ръе Suz Run Run Tug Bj Run Bj 85 90 95 Run MeC Ya1 Ръе C1u C1u C1u Bj Bz Bei A1a Ya1 Bei 100 105

<210> 454 <211> 366 <212> DNA <213> Noto zarptz <400> 454 saddSdsdaad SssdSdsad ssaddsaadd dsadasSssd sSdsaaaSda dsSDddSSass dsssssa

Sddddddssss sdscdddss ddsddddssd sdaadddssd asadss

Sdddddadds sassSSsadS ddSddsadSS aSssaSsaSs adssdaddas sddSaSddas dSddSssads aasSaSddsa aSaSddSaSd Sssadadasa asddsSdSSS dSsSddddss sSdddaddSs SdsasSdddS aSddaddSaa aSSssaadad aSSaSSdSds aadddassas ssSdadasSs ssdssaddsS SaaaSasSaS sasdsSdSaS daddSsadSd ddSsassdSs

120

180

240

300

360

366 <210> 455 <211> 122 <212> PROTEIN <213> Noto zar1epz <400> 455

C1p Ya1 C1p Ya1 Ya1 C1 and Run C1u C1u C1u Ya1 Ya1 C1p Rgo C1u Agd one five ten 15 Run Bei Agd Bei Run Suz A1a A1a Run C1u Ръе Bj Ръе Run Azp Tug 20 25 thirty C1u MeC H1z Tgr Ya1 Agd C1p A1a Rgo C1u Buz C1u Bei C1 and Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr C1u C1u Azp Buz Tug Tug A1a Azr Run Ya1 50 55 60 Buz C1u Agd Run 11th 11th Run Agd Azr Azp Run Buz Run Bj Bei Tug 65 70 75 80 Bei C1p MeC Azp Run Bei Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Run Ya1 A1a C1u Tug H1z Tug Tug Tug C1u MeC Azr Ya1 Tgr 100 105 110 C1u C1p C1u Bj Bj Ya1 Bj Ya1 A1a Run 115 120

- 550 032 106 <210> 456 <211> 324 <212> DNA <213> Noto zar1epz <400> 456

Hessbaddbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb

<211> 108 <212> Protein <213> Noto zar1epz <400> 457 ssdds ssasdsadd aaasasads ssdassa sasdddds saddsddaa240 dadaddsd asaasd aassssdd dasaasad ddassas dddsdds300 ddadddassa adsdassd ssa324 <210> 457

Run Run O1i Bie Tht O1p Azr Rgo A1a Ya1 Run Ya1 A1a Bie O1u O1p one five ten 15 Tht Ya1 Agd 11th Tht Suz O1p O1u Azr Run Bie Agd O1u Tug Tug A1a 20 25 thirty Run Tgr Tug O1p O1p Bz Rgo Agd O1p A1a Rgo Ya1 Bie Ya1 11th Tug 35 40 45 O1u Bz Azp Azp Agd Rgo Run O1u 11th Rgo Azr Agd Rke Run O1u Run 50 55 60 Tht Run O1u Azp Tht A1a Run Bie Tht 11th Tht O1u A1a O1p A1a O1i 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz Azp Run Agd Azr Azp 11th O1u Azr H1z 85 90 95 Bie Ya1 Rke O1u O1u O1u Tht Bz Bie Tht Ya1 Bie 100 105

<210> 458 <211> 381 <212> DNA <213> Noto zar1epz <400> 458 dads

Ддддда с ссс ссс с д д д д д ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас ас

Bldddddadds sassbdb ddddssads bbbbbbbbbbbbbbbbbbbbbb

Ьдддд ад адссссссааааассдссссададдддддддддддддддддддддддддддд дддддддддддЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬ ЬдадаЬЬЬЬЬЬЬЬдаЬЬдаЬдададададададададададададададададаЬЬЬасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасасЬЬасасасЬЬЬасЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬЬдаЬЬсадаЬЬдасаЬЬ divdad:

120

180

240

300

360

381 <210> 459 <211> 127 <212> PROTEIN <213> Noto zar1epz <400> 459

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Rke Tht Rke Run Run Tug 20 25 thirty Tgr Me Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Run 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60

- 551 032 106

Bz C1u Agd Ръе Bj Not Run Agd Azr Azp A1a Agd Azp Run Bie Tug 65 70 75 80 Bie C1p Meb Azp Run Bie Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Azr Bie Ya1 Bie Meb Ya1 Tug Azr Not Azr Tug Tug Tug Tug 100 105 110 C1u Meb Azr Ya1 Tgr C1u C1p C1u Bj Bj Ya1 Bj Ya1 Run Run 115 120 125

<210> 460 <211> 336 <212> DNA <213> Noto zartepz <400> 460 dababbdbda bdasbsadbs bssasbsbss sbdsssdbsa ssssbddada dssddssbss60 absbssbdsa ddbsbadbsa dadssbssbd sabadbaabd dabasaasba bbbddabbdd120 bassbdsada adssadddsa dbsbssasad sbssbdabsb abbbdddbbs baabsdddss180 bssddddbss sbdasaddbb sadbddsadb ddabsaddsa sadabbbbas asbdaaaabs240 adsadadbdd addsbdadda bdbbddddbb babbasbdsa bdsaadsbsb asaaasbssd300 sbsasbbbsd dsddadddas saaddbadad absaaa336 <210> 461 <211> 112 <212> PROTEIN <213> Noto zarbeppz <400> 461

Azr Not Ya1 Meb Bj C1p Run Rgo Bie Run Bie Rgo Ya1 Bj Rgo C1u one five ten 15 C1 and Rgo A1a Run Not Run Suz Agd Run Run C1p Run Bie Bie H1z Run 20 25 thirty Azp C1u Tug Azp Tug Bie Azr Tgr Tug Bie C1p Bz Rgo C1u C1p Run 35 40 45 Rgo C1p Bie Bie Not Tug Bie C1u Run Azp Agd A1a Run C1u Ya1 Rgo 50 55 60 Azr Agd Ръе Run C1u Run C1u Run C1u Bj Azr Ръе Bj Bie Bz Not 65 70 75 80 Run Agd Ya1 C1 and A1a C1 and Azr Ya1 C1u Ya1 Tug Tug Suz Meb C1p A1a 85 90 95 Bie C1p Bj Rgo Bie Bj Ръе C1u C1u C1u Bj Bz Ya1 C1 and Not Bz 100 105 110

<210> 462 <211> 381 <212> DNA <213> Homo zarbepz <400> 462 daddbdsads bddbddadbs bdddddadds bbddbssads sbddddddbs ssbdadasbs60 bssbdbdsad ssbssddabb sassbbbadb aasbabbdda bdadsbdddb ssdssaddsb120 ssadddaadd ddsbddadbd ddbddssads abaaaasaad abddaadbda daaabasbab180 dbddasbsbd bdaadddssd abbsdssabs bssadadasa asdssaadaa sbsasbdbbb240 sbdsaaabda asadssbdad adssdaddas asddsbdbdb abbasbdbds dadadabsbb300 dbasbaabdd bdbabdabab adasbasbas basbasddba bddasdbsbd dddssaaddd360 assasddbsa ssdbbsbssbs a381 <210> 463 <211> 127 <212> BELOK zarb2epz Not

- 552 032 106

<400> 463 O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Pb Tht Pb Run Azp Tug 20 25 thirty Tgr MeC Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Run 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Pb A1a 11th Run Agd Azr Azp A1a Bz Azp Run Bie Pb 65 70 75 80 Bie O1p MeC Azp Run Bie Agd A1a O1i Azr Tht A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Azr Bie Ya1 Bie MeC Ya1 Tug Azr 11th Azr Tug Tug Tug Tug 100 105 110 O1u MeC Azr Ya1 Tgr O1u O1p O1u Tht Tht Ya1 Tht Ya1 Run Run 115 120 125

<210> 464 <211> 336 <212> DNA <213> Noto zarptz <400> 464 daSaSSdSddaSdssSdSSa SssssSdssa dssddsssssss60 sAsseSSessdaa dddSssSadSSa dadSSDSSDSSDSSDSSDSSDSS

SassSdsdada adssadddssa dssSssassad sSSssDssssSssssssddddsse SaaSsddddss180

<211> 112 <212> PROTEIN <213> Homo zar1epz <400> 465 SssddddSss sSdasaddSS sadSddsadS ddaSsaddsa sasaSsSSas asSdaaaaSs240 adsadadSdd addeSdadda SdSSddadSS SaSSaeSdea SdsaaasSsS asaaasSssd300 sSsasSSSsd dsddadddas saaddSddad aSsaaa336 <210> 465

Azr 11th Ya1 MeC Tht O1p Run Rgo Bie Run Bie Rgo Ya1 Tht Rgo O1u one five ten 15 O1i Rgo A1a Run 11th Run Suz Agd Run Run O1p Run Bie Bie H1z Run 20 25 thirty Azp O1u Tug Azp Tug Bie Azr Tgr Tug Bie O1p Bz Rgo O1u O1p Run 35 40 45 Rgo O1p Bie Bie 11th Tug Bie O1u Run Azp Agd A1a Run O1u Ya1 Rgo 50 55 60 Azr Agd Pb Run O1u Run O1u Run O1u Tht H1z Bie Tht Bie Bz 11th 65 70 75 80 Run Agd Ya1 O1i A1a O1i Azr Ya1 O1u Ya1 Tug Tug Suz MeC O1p Tht 85 90 95 Bie O1p Tht Rgo Bie Tht Pb O1u O1u O1u Tht Bz Ya1 O1i 11th Bz 100 105 110

<210> 466 <211> 342 <212> DNA <213> Noto zargetz <400> 466 saddSdsads Sdddsdddsss Sddddddddds dSddssssads eSddddddSss ssddasscs 60

ССССдСдсадд уУССДДДСС СASSСССДСДС АСССАДДСД СдсасСдддС ССССДСДДСС 120

- 553 032106 ssaddsaadd ddsddadd ddddsad aaasad addaaaa aaasasa 180 dsadasssd daadddssd asassas ssadadasa assaadaa sasdsda 240 sdsaaada asadssdad adssdaddas asddsdd aasdds dadadasdd 300 ddasddas ddddssaddd aasssdds assdsss ca 342 <210> 467 <211> 114 <212> PROTEIN <213> Homo zarepz <400> 467

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 A1a O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty O1u Me H1z Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tug Tug Azr O1u 11th Azp Bz H1z Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p Me Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd Azr Agd O1u Bie Azr Tgr O1u O1p O1u Bj Bie Ya1 Bj Ya1 100 105 110 Run Run

<210> 468 <211> 339 <212> DNA <213> Notice of <400> 468

Ddassads adaaassadd asadssss aadsdssa asddds ssasssdd180 daassdddd sssdassd asaddds adsdddsd ddasada sasssass240 asadsadss dsaddsda adadddsa daas dsaasaaa aadas300 ssdddasd sddssaadd dassaaddd daaasaaa339 <210> 469 <211> 113 <212> Protein <213> Noto zarepz <400> 469

Azr one 11th Ya1 Me Tg O1n five Run Rgo Azr Run ten Bie A1a Ya1 Run Bie 15 O1u O1i Agd A1a Bj 11th Azp Suz Bz Run Run O1p Run Ya1 Bie Tug Run 20 25 thirty Run Azp Run Bz Azp Tug Bie Ya1 Tgr Tug O1p O1p Bz Rgo O1u O1p 35 40 45 Rgo Rgo Bz Bie Bie 11th Tug Tgr A1a Run Bj Agd O1i Run O1u Ya1 50 55 60 Rgo Azr Agd Ръе Run O1u Run O1u Run O1u Bj Azr Ръе Bj Bie Bj 65 70 75 80 11th Run Run Bie O1p A1a O1i Azr Ya1 A1a Ya1 Tug Tug Suz O1p O1p 85 90 95 Tug Tug Run Bj Rgo Tgr Bj Ръе O1u O1p O1u Bj Bz Ya1 O1i 11th 100 105 110 Bz

- 554 032106 <210> 470 <211> 357 <212> DNA <213> Noto zartepz <400> 470 daddbdsads bddbddadbs bdddddadds bbddbssads sbddddddbs ssbdadasbs60 bssbdbdsad ssbsbddasb sassbbbadb aasbbbbdda bdadsbdddb ssdssaddsb120 ssadddaadd ddsbddadbd ddbddssaas abaaadsaad abddaaabda baaabasbab180 dbddasbsbd bdaadddssd abbsassabs bssadadasa asdssaadaa bbsasbdbab240 sbdsaaabda asadssbdad adssdaddas asddsbdbdb abbasbdbds dadadadbsa 300 aasbdddab bbsdsbbbbda babsbdddds saaddasa bddbsassdb sbsbbsa 357 <210> 471 <211> 119 <212> BELOK 471 <212 <1121

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Bie TNG RNe Run Azp RNe 20 25 thirty Tgr Meb Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Azp Azr Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd RNe TNG 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p Meb Azp Run Bie Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1i Run Azp Tgr O1u RNe A1a RNe Azr 11th Tgr O1u O1p O1u 100 105 110 TNG Meb Ya1 TNG Ya1 Run Run 115

<210> 472 <211> 327 <212> DNA <213> Noto zartepz <400> 472 sadbsbdbds bdasbsadss asssbsadsd bsbdddasss ssdddsadad ddbsassabs60 bsbbdbbsbd daadsadsbs saasabsdda adbaaaasbd baaasbddba ssadsadbbs120 ssaddaasdd sssssaaasb ssbsabsbab adbaabaabs ddsddsssbs addddbsssb180 dassdabbsb sbddsbssaa dbsbddsass bsadssbsss bddssabsad bdddsbssad240 bsbdaddabd addsbdabba bbasbdbdsa dsabdddabd asadssbdaa bbdddbdbbss300 ddsdsaddda ssaadsbdas sdbssba327 <210> 473 <211> 109 <212> PROTEIN <213> Noto zartepz <400> 473

O1p one Running Wa1 Bie TNG five O1p Rgo Rgo Run A1a ten Running O1u TNG Rgo O1u 15 O1p Agd Ya1 TNG 11th Run Suz Run O1u Run Run Run Azp 11th O1u Run Bz 20 25 thirty

- 555 032 106

Bj Ya1 Azp 35 Tgr Tug O1p O1p Ръе 40 Rgo O1u Bj A1a Rgo 45 Bz Bie Bie 11th Tug Run Azp Azp Agd Agd Rgo Run O1u Ya1 Rgo Azr Agd Ръе Run 50 55 60 O1u Run Bz Run O1u Bj Run A1a Run Bie A1a 11th Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz A1a A1a Tgr Azr Azr Run Bie 85 90 95 Azp Tgr Ya1 Ръе O1u A1a O1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 474 <211> 357 <212> DNA <213> Noto zar1epz <400> 474 dddbdsadds Bddddddbs BdddddddddB Bbddbssads sBddddddbs ssBdadasBs60

BssBdBdsad ssBsBddasB sassBBBadB aasBBBBdda BdadsBdddB ssdssaddsB120 ssadddaadd ddsBddadBd ddBddssaas aBaaadsaad aBddaadBda daaaBasBaB180 dBddasBsBd Bdaadddssd aBBsassaBs Bssadadasa asdssaadaa BBsasBdBaB240 sBdsaaaBda asadssBdad adssdaddas asddsBdBdB aBBasBdBds dadadadBsa300 aasBddddaB BBdsBBBBda BaBsBdddds saadddasaa BddBsassdB sBsBBsa357 <210> 475 <211> 119 <212> PROTEIN <213> Homo zar1epz <400> 475

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Bie Bj Ръе Run Azp Ръе 20 25 thirty Tgr MeB Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p MeB Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd O1i Run Azp Tgr O1u Ръе A1a Ръе Azr 11th Tgr O1u O1p O1u 100 105 110 Bj MeB Ya1 Bj Ya1 Run Run 115

<210> 476 <211> 327 <212> DNA <213> Noto zar1epz <400> 476 gardenBsBdBds BdasBsadss asssBsadsd BsBdddasss ssdddsadad ddBassassa BS60

BsBBdBBsBd daadsadsBs saasaBsdda adBaaaasBd BaaasBddBa ssadsadBBs120 ssaddaasdd sssssaaasB ssBsaBsBaB adBaaBaaBs ddsddsssBs addddBsssB180 dassdaBBsB sBddsBssaa dBsBddsass BsadssBsss BddssaBsad BdddsBssad240

BsBdaddaBd AddsBdaBBA BbasBdBdsa AsaBdddaBd AsadasBdaa BbdddBdBBs300 ddsdsadda SsaadsBdas sdBssBa327 <210> 477

- 556 032 106 <211> 109 <212> PROTEIN <213> Noto zarbeppes <400> 477

C1p one Run Ya1 Bie Bj five C1p Rgo Rgo Running A1a ten Run C1u Bj Rgo C1u 15 C1p Agd Ya1 Bj Not Run Suz Run C1u Run Run Run Azp Not C1u Run Bz 20 25 thirty Bj Ya1 Azp Tgr Tug C1p C1p Ръе Rgo C1u Bj A1a Rgo Bz Bie Bie 35 40 45 Not Tug Run Azp Azp Agd Agd Rgo Run C1u Ya1 Rgo Azr Agd Ръе Run 50 55 60 C1u Run Bz Run C1u Bj Run A1a Run Bie A1a Not Run C1u Bie C1p 65 70 75 80 Run C1 and Azr C1 and A1a Azr Tug Tug Suz A1a Bj Tgr Azr Azr Agd Bie 85 90 95 Azp Tgr Ya1 Ръе C1u A1a C1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 478 <211> 366 <212> DNA <213> Homo zarbepz <400> 478 saddbsassb assbdsassd sadsssssad basadaasab dbssbbassa dbdddadsba bsbbsa bdaaddadbs bsbsbdddbb ddaaddsssb sbsbdaadad bdassaasab saasddabda bddbssbdbd sbsasbsads ddadbddsbb saddsbsass ddasssbdbd bdsbbbbdab sbddbdaaas aabdbbadaa dsasasabbb absbssaadd dasasadssa absbddddss ssasadadas bdddbdbdad bbbsdaabda asassbssaa sababbasbd aadddasab ssbsasdbsbd sbddabssdb sdaaaabbss aadssaddbd bdsasddaba ddbsassdbs

120

180

240

300

360

366 <210> 479 <211> 122 <212> PROTEIN <213> Noto zarbeppes <400> 479

C1p one Ya1 Bj Bie Bz five C1 and Run C1u Rgo Ya1 ten Bie Ya1 Bz Rgo Bj 15 C1 and Bj Bie Bj Bie Bj Suz Bj Ya1 Run C1u Ръе Run Bie Run Azp Ya1 20 25 thirty Agd Meb C1u Ya1 Run Tgr Not Agd C1p Rgo Rgo C1u Bz A1a Bie C1 and 35 40 45 Tgr Bie A1a H1z Not Ръе Run Azp Azr C1 and Azp Run Tug Agd Bj Run 50 55 60 Bie Bz Run Agd Bie Bj Not Run Bz Azr Bj Run Bz Run C1p Ya1 65 70 75 80 Ya1 Bie Bj Meb Bj Azp Meb Azr Rgo Ya1 Azr Bj A1a Bj Tug Tug 85 90 95 Suz A1a Agd Not Ya1 C1u A1a Bj Bj Azr Azr A1a Ръе Azr Not Tgr 100 105 110 C1u C1p C1u Bj Meb Ya1 Bj Ya1 Run Run 115 120

<210> 480 <211> 324 <212> DNA <213> Noto zarbepps

- 557 032106 <400> 480 bssbabdbds bdasbsadss asssbsddbd bsadbddsss saddasadas ddssaddabb60 assbdbdddd daaasaasab bddaadbaaa adbdbdsasb ddbassadsa daadssadds120 saddssssbd bdsbddbsdb sbabdabdab adsdassdds ssbsadddab sssbdadsda180 bbsbsbddsb ssaasbsbdd daasasddss asssbdassa bsadsadddb sdaadssddd240 dabdaddssd asbbbbasbd bsaddbdbdd dabadbadba dbdabssbdb ddbabbsdds300 ddadddassa adsbdassdb ssba324 <210> 481 <211> 108 <212 > PROTEIN <213> Noto zar1epz <400> 481

Run Tug Ya1 Bie Bj C1p Rgo Rgo Run Ya1 Run Ya1 A1a Rgo C1u C1p one five ten 15 Bj A1a Agd Not Bj Suz C1u C1u Azp Azp Not C1u Run Bz Run Ya1 20 25 thirty H1z Tgr Tug C1p C1p Bz Rgo C1u C1p A1a Rgo Ya1 Bie Ya1 Ya1 Tug 35 40 45 Azr Azr Run Azr Agd Rgo Run C1u Not Rgo C1 and Agd Ръе Run C1u Run 50 55 60 Azp Run C1u Azp Bj A1a Bj Bie Bj Not Run Agd Ya1 C1 and A1a C1u 65 70 75 80 Azr C1 and A1a Azr Ръе Tug Suz C1p Ya1 Tgr Azr Run Run Run Azr Rgo 85 90 95 Ya1 Ya1 Ръе C1u C1u C1u Bj Bz Bie Bj Ya1 Bie 100 105

<210> 482 <211> 381 <212> DNA <213> Homo zartepz <400> 482 daddbdsads bssbdbdsad ssadddaadd dbddasbsbd sbssaaabda dbasbaabdd assasddbsa bddbddadbs ssbsbddabb ddsbddadbd bdaadddssd asadssbdsd bdbabdsbsb ssdbsbssbs bdddddadds sassbbbadb ddbddssads abbsassabs adssdaddas asasbasbas and bbddbssads aasbabbdda abaaadsaad bsssdadasa asddsbdbdb basbasddba sbddddddbs bdassbdddb abddaadbda ssdssaadaa abbasbdbds bddasdbsbd ssbdadasbs ssdssaddsb dadabasbab sbsbsbdbab dadassbsbb dddssasddd

120

180

240

300

360

381 <210> 483 <211> 127 <212> PROTEIN <213> Note zar1epz <400> 483

C1 and Ya1 C1p Bie Ya1 C1 and Run C1u C1u C1u Bie Ya1 C1p Rgo C1u C1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run C1u Ръе Bj Ръе Run Azp Tug 20 25 thirty Tgr Meb Bj Tgr Ya1 Agd C1p A1a Rgo C1u Bz C1u Bie C1 and Tgr Ya1 35 40 45 A1a Run Not Bz C1p Azr C1u Run C1 and Agd Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz C1u Agd Ръе Bj Not Run Agd Azr Bj A1a Bz Azp Run Bie Tug 65 70 75 80 Bie C1p Meb Azp Run Bie Agd A1a C1 and Azr Bj A1a Ya1 Tug Tug Suz 85 90 95

- 558 032 106

A1a Agd Rgo Lei Wa1 Lei Meb Wa1 Tug A1a Lei

100 105

O1u Meb Azr Ua1 Tgr O1u H1z O1u Tg Tg Ua1

115 120

N1z Tug Tug Tug Tug

110

Thr Wa1 Zeg Zeg

125 <210> 484 <211> 336 <212> DNA <213> Homo zartepz <400> 484 dababbdbda bdasbsadbs bssasbsbss sbdsssdbsa ssssbddada dssddssbss60 absbssbdsa ddbsbadbsa dadssbssbd sabadbaabd dabasaasba bbbddabbdd120 bassbdsada adssadddsa dbsbssasad sbssbdabsb abbbdddbbs baabsdddss180 bssddddbss sbdasaddbb sadbddsadb ddabsaddsa sadabbbbas asbdaaaabs240 adsadadbdd addsbdadda bdbbddddbb babbasbdsa bdsaadsbsb asaaasbssd300 sbsasbbbsds dsddadddas saaddbddad absaaa336 <210> 485 <211> 112 <212> PROTEIN <213> Noto zartez <400> 485

Azr 11th Ya1 Meb Bj O1p Zeg Rgo Bie Zeg Bie Rgo Ya1 Bj Rgo O1u one five ten 15 O1i Rgo A1a Zeg 11th Zeg Suz Agd Zeg Zeg O1p Zeg Bie Bie H1z Zeg 20 25 thirty Azp O1u Tug Azp Tug Bie Azr Tgr Tug Bie O1p Bz Rgo O1u O1p Zeg 35 40 45 Rgo O1p Bie Bie 11th Tug Bie O1u Zeg Azp Agd A1a Zeg O1u Ya1 Rgo 50 55 60 Azr Agd Ръе Zeg O1u Zeg O1u Zeg O1u Bj Azr Ръе Bj Bie Bz 11th 65 70 75 80 Zeg Agd Ya1 O1i A1a O1i Azr Ya1 O1u Ya1 Tug Tug Suz Meb O1p A1a 85 90 95 Bie O1p Bj Rgo Bie Bj Ръе O1u O1u O1u Bj Bz Ya1 O1i 11th Bz 100 105 110

<210> 486 <211> 100 <212> PROTEIN <213> Note zartz <400> 486

O1p UA1 one Bj Bie Bz five O1i Zeg O1u Rgo Ya1 ten Bie Ya1 Bz Rgo Bj 15 O1i Bj Bie Bj Bie Bj Suz Bj Ya1 Zeg O1u Ръе Zeg Bie Zeg Azp A1a 20 25 thirty Agd Meb O1u Ya1 Zeg Tgr 11th Agd O1p Rgo Rgo O1u Bz A1a Bie O1i 35 40 45 Tgr Bie A1a H1z 11th Ръе Zeg Azp Azr O1i Bz Zeg Tug Zeg Bj Zeg 50 55 60 Bie Bz Zeg Agd Bie Bj 11th Zeg Bz Azr Bj Zeg Bz Zeg O1p Ya1 65 70 75 80 Ya1 Bie Bj Meb Bj Azp Meb Azr Rgo Ya1 Azr Bj A1a Bj Tug Tug 85 90 95 Suz A1a Agd 11th

100

- 559 032 106 <210> 487 <211> 98 <212> PROTEIN <213> Noto zaryepz <400> 487

O1i Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Bie Ya1 O1p Rgo O1u O1u one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty Tgr MeB Run Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Azp 11th Bz O1p Azr O1u Run O1i Bz Tug Tug Ya1 Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp A1a Bz Azp Run Bie Tug 65 70 75 80 Bie O1p MeB Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd

<210> 488 <211> 98 <212> PROTEIN <213> Noto Zaryepz <400> 488

O1p Ya1 O1p Bie Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bie Agd Bie Run Suz A1a A1a Run O1u Ръе Bj Ръе Run Run Tug 20 25 thirty O1u MeB Nz Tgr Ya1 Agd O1p A1a Rgo O1u Bz O1u Bie O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Azp Bz Tug Tug A1a Azr Run Ya1 50 55 60 Bz O1u Agd Ръе Bj 11th Run Agd Azr Azp Run Bz Azp Bj Bie Tug 65 70 75 80 Bie O1p MeB Azp Run Bie Agd A1a O1i Azr Bj A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd

<210> 489 <211> 93 <212> PROTEIN <213> Noto Zaryepz <400> 489

Azr 11th Ya1 MeB Bj O1p Run Rgo Bie Run Bie Rgo Ya1 Bj Rgo O1u one five ten 15 O1i Rgo A1a Run 11th Run Suz Agd Run Run O1p Run Bie Bie Nz Run 20 25 thirty Azp O1u Tug Azp Tug Bie Azr Tgr Tug Bie O1p Bz Rgo O1u O1p Run 35 40 45 Rgo O1p Bie Bie 11th Tug Bie O1u Run Azp Agd A1a Run O1u Ya1 Rgo 50 55 60 Azr Agd Ръе Run O1u Run O1u Run O1u Bj Azr Ръе Bj Bie Bz 11th 65 70 75 80 Run Agd Ya1 O1i A1a O1i Azr Ya1 O1u Ya1 Tug Tug Suz 85 90

- 560 032 106 <210> 490 <211> 94 <212> PROTEIN <213> Note zartez <400> 490

Azr one Not Ya1 Meb Bj five O1p Run Rgo Azr Run ten Ley A1a Ya1 Run Bie 15 O1u O1i Agd A1a Bj Not Azp Suz Bz Run Run O1p Run Ya1 Bie Tug Run 20 25 thirty Run Azp Azp Bz Azp Tug Bie A1a Tgr Tug O1p O1p Bz Rgo O1u O1p 35 40 45 Rgo Rgo Bz Bie Bie Not Tug Tgr A1a Run Bj Agd O1i Run O1u Ya1 50 55 60 Rgo Azr Agd Ръе Run O1u Run O1u Run O1u Bj Azr Ръе Bj Bie Bj 65 70 75 80 Not Run Run Bie O1p A1a O1i Azr Ya1 A1a Ya1 Tug Tug Suz 85 90

<210> 491 <211> 89 <212> PROTEIN <213> Noto zarbeppes <400> 491

O1p one Run Ya1 Bie Bj five O1p Rgo Rgo Running A1a ten Run O1u Bj Rgo O1u 15 O1p Agd Ya1 Bj Not Run Suz Run O1u Run Run Run Azp Not O1u Run Azp 20 25 thirty Bj Ya1 Azp Tgr Tug O1p O1p Bie Rgo O1u Bj A1a Rgo Bz Bie Bie 35 40 45 Not Tug Run Azp Azp O1p Agd Rgo Run O1u Ya1 Rgo Azr Agd Ръе Run 50 55 60 O1u Run Bz Run O1u Bj Run A1a Run Bie A1a Not Run O1u Bie O1p 65 70 75 80 Run O1i Azr O1i A1a Azr Tug Tug Suz 85

<210> 492 <211> 87 <212> PROTEIN <213> Noto zarbeppes <400> 492

Run Tug Ya1 Bie Bj O1p Rgo Rgo Run Ya1 Run Ya1 A1a Rgo O1u Bz one five ten 15 Bj A1a Agd Not Bj Suz O1u O1u Azp Azp Not O1u Run Bz Run Ya1 20 25 thirty H1z Tgr Tug O1p O1p Bz Rgo O1u O1p A1a Rgo Ya1 Bie Ya1 Not Tug 35 40 45 Tug Azr Run Azr Agd Rgo Run O1u Not Rgo O1i Agd Ръе Run O1u Run 50 55 60 Azp Run O1u Azp Bj A1a Bj Bie Bj Not Run Agd Ya1 O1i A1a O1u 65 70 75 80 Azr O1i A1a Azr Tug Tug Suz 85

<210> 493 <211> 49

- 561 032 106 <212> PROTEIN <213> Noto zartez <400> 493

O1p Ya1 O1p Bei Ya1 O1p Run O1u A1a O1i Ya1 Bz Bz Rgo O1u A1a one five ten 15 Run Ya1 Bz Ya1 Run Suz Bz A1a Run O1u Tug TNG RNe TNG O1u Tug 20 25 thirty Tug Meb H1z Tgr Ya1 Agd O1p A1a Rgo O1u O1p O1u Bei O1i Tgr Meb 35 40 45 O1u

<210> 494 <211> 98 <212> PROTEIN <213> Note zartz <400> 494

O1p Ya1 O1p Bei Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Run Bei Agd Bei Run Suz A1a A1a Run O1u RNe TNG RNe Run Run Tug 20 25 thirty O1u Meb H1z Tgr Ya1 Agd O1p A1a Rgo O1u Buz O1u Bei O1i Tgr Ya1 35 40 45 A1a Ya1 11th Tgr Tug Azr O1u Run Azp Buz Tug Tug A1a Azr Run Ya1 50 55 60 Buz O1u Agd RNe TNG 11th Run Agd Azr Azp Run Buz Azp TNG Bei Tug 65 70 75 80 Bei O1p Meb Azp Run Bei Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95 A1a Agd

<210> 495 <211> 98 <212> PROTEIN <213> Noto; zar1epz <400> 495 O1p Ua1 O1p Bei Ya1 O1i Run O1u O1u O1u Ya1 Ya1 O1p Rgo O1u Agd one five ten 15 Running Bay Agde Bei Run Suz A1a A1a Run O1u RNe TNG RNe Run Run Tug 20 25 thirty O1u Meb N1z Tgr Ya1 Agd O1p A1a Rgo O1u Buz O1u Bei O1i Tgr Ya1 35 40 45 A1a Wa1 11e Tgr Tug Azr O1u Run Azp Buz Tug Tug A1a Azr Run Ya1 50 55 60 Buz O1u Agde RNe TNG 11th Run Agd Azr Azp Run Buz Azp TNG Bei Tug 65 70 75 80 Bei O1p Meb Azp Run Bei Agd A1a O1i Azr TNG A1a Ya1 Tug Tug Suz 85 90 95

A1a Agd <210> 496 <211> 88 <212> PROTEIN <213> Note zartez

- 562 032 106 <400> 496

Azr one 11th C1p MeC Bj five C1p Run Rgo Run Run ten Bie Run A1a Run Ya1 15 C1u Azr Agd Ya1 Bj 11th Bj Suz Agd A1a Run C1p C1u 11th Run Azp Tug 20 25 thirty Bie A1a Tgr Tug C1p C1p Bz Rgo C1u Bz Ya1 Rgo Bz Bie Bie 11th 35 40 45 Tug A1a A1a Run Bj Bie C1p Run C1u Ya1 Rgo Run Agd Ръе Run C1u 50 55 60 Run C1u Run C1u Bj Azr Ръе Bj Bie Bj 11th Run Run Bie C1p Rgo 65 70 75 80 C1 and Azr Ya1 A1a Bj Tug Tug Suz 85

<210> 497 <211> 90 <212> PROTEIN <213> Note zartz <400> 497

C1p one Run A1a Bie Bj five C1p Rgo A1a Running Wa1 ten Run C1u Run Rgo C1u 15 C1p Run 11th Bj 11th Run Suz Bj C1u Bj Run Run Azr Ya1 C1u C1u Tug 20 25 thirty Azp Tug Ya1 Run Tgr Tug C1p C1p H1z Rgo C1u Bz A1a Rgo Bz Bie 35 40 45 MeC 11th Tug C1 and Ya1 Run Azp Agd Rgo Run C1u Ya1 Run Azp Agd Ръе 50 55 60 Run C1u Run Bz Run C1u Azp Bj A1a Run Bie Bj 11th Run C1u Bie 65 70 75 80 C1p A1a C1 and Azr C1 and A1a Azr Tug Tug Suz 85 90

<210> 498 <211> 87 <212> PROTEIN <213> Note zartz <400> 498

Run Run C1 and Bie Bj C1p Azr Rgo A1a Ya1 Run Ya1 A1a Bie C1u C1p one five ten 15 Bj Ya1 Agd 11th Bj Suz C1p C1u Azr Run Bie Agd Run Tug Tug A1a 20 25 thirty Run Tgr Tug C1p C1p Bz Rgo C1u C1p A1a Rgo Ya1 Bie Ya1 11th Tug 35 40 45 C1u Bz Azp Azp Agd Rgo Run C1u 11th Rgo Azr Agd Ръе Run C1u Run 50 55 60 Run Run C1u Azp Bj A1a Run Bie Bj 11th Bj C1u A1a C1p A1a C1 and 65 70 75 80 Azr C1 and A1a Azr Tug Tug Suz 85

<210> 499 <211> 13 <212> PROTEIN <213> But that zar1epz <400> 499 Running C1u Running Running Running Azp 11th С1у Run bz Тъг Уа1 Азп one five ten

- 563 032 106

Claims (40)

CLAIM 1. Antigen-binding protein that specifically binds to PC8K9 having the amino acid sequence 8EO GO N0: 1, wherein said antigen-binding protein contains a variable domain of the light chain having a sequence with at least 90% sequence identity 8E0 GO N0: 23, and a variable domain of heavy chain having a sequence with at least 90% sequence identity 8E0 GO N0: 49. 2. An antigen binding protein that specifically binds to PC8K9 having the amino acid sequence 8E0 GO N0: 1, said antigen binding protein comprising a light chain variable domain containing the amino acid sequence 8E0 GO N0: 23, where the first residue is glutamic acid instead of glutamine, and the variable domain of the heavy chain containing the amino acid sequence 8E0 GO N0: 49, where the first residue is glutamic acid instead of glutamine. 3. A monoclonal antibody that specifically binds to PC8K9 and inhibits the binding of PC8K9 to a low density lipoprotein receptor (P-LDL), wherein PC8K9 has the amino acid sequence 8E0 GO N0: 1, and wherein said monoclonal antibody contains a light chain variable domain having a sequence of with at least 90% sequence identity 8E0 GO N0: 23; and a heavy chain variable domain having a sequence with at least 90% sequence identity 8E0 GO N0: 49. 4. A monoclonal antibody that specifically binds to RS8K9 and inhibits the binding of RS8K9 to R-LDL, wherein RS8K9 has the amino acid sequence 8E0 GO N0: 1, and the specified monoclonal antibody contains the variable domain of the light chain containing the amino acid sequence 8E0 GO N0: 23, where the first residue is glutamic acid instead of glutamine, and the variable domain of the heavy chain containing the amino acid sequence 8E0 GO N0: 49, where the first residue is glutamic acid in esto glutamine, and wherein said monoclonal antibody comprises a constant region of 8E0 light chain GO N0: 156 and the constant region of 8E0 heavy chain GO N0: 154. 5. A monoclonal antibody that specifically binds to RS8K9 and inhibits the binding of RS8K9 to R-LDL, wherein RS8K9 has the amino acid sequence 8E0 GO N0: 1, and the specified monoclonal antibody contains the variable domain of the light chain containing the amino acid sequence 8E0 GO N0: 23, where the first residue is glutamic acid instead of glutamine, and the variable domain of the heavy chain containing the amino acid sequence 8E0 GO N0: 49, where the first residue is glutamic acid in esto glutamine, and wherein said monoclonal antibody comprises a light chain constant region 8E0 GO N0: 156. 6. A monoclonal antibody that specifically binds to RS8K9 and inhibits the binding of RS8K9 to R-LDL, wherein RS8K9 has the amino acid sequence 8E0 GO N0: 1, and the specified monoclonal antibody contains the variable domain of the light chain containing the amino acid sequence 8E0 GO N0: 23, where the first residue is glutamic acid instead of glutamine, and the variable domain of the heavy chain containing the amino acid sequence 8E0 GO N0: 49, where the first residue is glutamic acid in esto glutamine, and wherein said monoclonal antibody comprises a constant region of 8E0 heavy chain GO N0: 154. 7. An antigen binding protein that specifically binds to PC8K9 having the amino acid sequence 8E0 GO N0: 1, said antigen binding protein containing the variable domain of the light chain containing the amino acid sequence 8E0 GO N0: 23 and the variable domain of the heavy chain containing the amino acid sequence 8E0 GO N0: 49. 8. Antigen binding protein that specifically binds to PC8K9 having the amino acid sequence 8E0 GO N0: 1, wherein said antigen binding protein contains SAINE containing 8E0 GO N0: 308 or 8E0 GO N0: 368, SERH2, containing 8E0 GO N0: 175, and SERN3 containing 8E0 GO N0: 180; and SULF containing 8E0 GO N0: 158, SEP2 containing 8EO GO N0: 162, and SEP3 containing 8EO GO N0: 395. 9. A monoclonal antibody that specifically binds to RS8K9 and inhibits the binding of RS8K9 to R-LDL, wherein RS8K9 has the amino acid sequence 8E0 GO N0: 1, and said monoclonal antibody contains SERN1 containing 8E0 GO N0: 308 or 8E0 GO N0: 368 , SERN2, containing 8E0 GO N0: 175, and SERN3, containing 8E0 GO N0: 180; and SULF containing 8E0 GO N0: 158, SEP2 containing 8E0 GO N0: 162, and SEP3 containing 8E0 GO N0: 395. 10. The antigen binding protein according to any one of claims 1, 2, or 7, further comprising a glycine residue at the C-terminus of said light chain variable domain. 11. The monoclonal antibody according to any one of claims 3 to 6 or 9, further containing a remainder of gly - 564,032,106 zine at the C-terminus of the indicated variable domain of the light chain. 12. Antigen-binding protein according to any one of claims 1, 2, 7, 8 or 10, containing: (a) the constant region of the light chain 8ES W N0: 156; or (b) the constant region of the light chain 8ES W N0: 157. 13. Antigen-binding protein according to any one of claims 1, 2, 7, 8 or 10, containing: (a) the constant region of the heavy chain 8ES W N0: 154; or (b) the constant region of the heavy chain 8ES W N0: 155. 14. Antigen-binding protein according to any one of claims 1, 2, 7, 8 or 10, containing the constant region of the light chain 8ES W N0: 156 and the constant region of the heavy chain 8ES W N0: 154. 15. Antigen-binding protein according to any one of claims 1, 2, 7, 8 or 10, containing the constant region of the light chain 8ES W N0: 157 and the constant region of the heavy chain 8ES W N0: 154. 16. The antigen-binding protein according to any one of claims 1, 2, 7, 8 or 10, containing the constant region of the light chain 8ES W N0: 156 and the constant region of the heavy chain 8ES W N0: 155. 17. The antigen-binding protein according to any one of claims 1, 2, 7, 8 or 10, containing the constant region of the light chain 8ES W N0: 157 and the constant region of the heavy chain 8ES W N0: 155. 18. A monoclonal antibody according to any one of claims 3, 6 or 9, containing: (a) the constant region of the light chain 8ES W N0: 156; or (b) the constant region of the light chain 8ES W N0: 157. 19. The monoclonal antibody according to any one of claims 3, 5 or 9, containing: (a) the constant region of the heavy chain 8ES W N0: 154; or (b) the constant region of the heavy chain 8ES W N0: 155. 20. The monoclonal antibody according to any one of claims 3 to 6, 9 or 11, containing the constant region of the light chain 8ES W N0: 156 and the constant region of the heavy chain 8ES W N0: 154. 21. The monoclonal antibody according to any one of claims 3, 6 or 9, containing the constant region of the light chain 8ES W N0: 157 and the constant region of the heavy chain 8ES W N0: 154. 22. The monoclonal antibody according to any one of claims 3, 5 or 9, containing the constant region of the light chain 8ES W N0: 156 and the constant region of the heavy chain 8ES W N0: 155. 23. The monoclonal antibody according to claim 3 or 9, containing the constant region of the light chain 8ES W N0: 157 and the constant region of the heavy chain 8ES W N0: 155. 24. A nucleic acid encoding an antigen binding protein according to any one of claims 1, 2, 7, 8, 10, or 12-17. 25. Nucleic acid encoding a monoclonal antibody according to any one of claims 3 to 6, 9, 11 or 1823. 26. Recombinant expression vector containing a nucleic acid molecule according to paragraph 24 or 25. 27. A host cell for secretion of an antigen binding protein according to any one of claims 1, 2, 7, 8, 10 or 1217, containing the vector according to claim 26. 28. A host cell for the secretion of the monoclonal antibody according to any one of claims 3 to 6, 9, 11 or 18-23, containing the vector according to claim 26. 29. A method for producing an antigen binding protein according to any one of claims 1, 2, 7, 8, 10, or 12-17, comprising the step of secretion of said antigen binding protein in a host cell and the step of isolating said antigen binding protein from the host cell. 30. A method for producing a monoclonal antibody according to any one of claims 3-6, 9, 11 or 18-23, comprising the step of secretion of said monoclonal antibody in a host cell and the step of isolating said monoclonal antibody from a host cell. 31. The method according to clause 29 or 30, wherein the host cell is selected from the group consisting of Chinese hamster ovary (CH0) cells, HeBa cells, hamster baby kidney cells (BHK), monkey kidney cells (C08), human malignant cells hepatomas and human kidney epithelial cells 293. 32. An antigen binding protein that specifically binds to PC8K9 and is obtained by expression of a nucleic acid in a host cell according to claim 27. 33. The antigen binding protein of claim 32, wherein the host cell is selected from the group consisting of Chinese hamster ovary cells (CH0), HeLa cells, hamster baby kidney cells (BHK), monkey kidney cells (C08), human malignant hepatoma cells, and human kidney epithelial cells 293. 34. A pharmaceutical composition for treating or preventing a condition associated with elevated levels of serum cholesterol in a subject, the composition comprising an effective amount of at least one antigen binding protein according to any one of claims 1, 2, 7, 8, 10 or 12-17 or monoclonal antibodies according to any one of claims 3 to 6, 9, 11 or 18-23, and a pharmaceutically acceptable excipient. 35. The use of the antigen binding protein according to any one of claims 1, 2, 7, 8, 10, or 12-17 in the treatment or prevention of a condition associated with elevated levels of serum cholesterol - 565 032 106 vi in the subject. 36. The use of the monoclonal antibody according to any one of claims 3-6, 9, 11 or 18-23 in the treatment or prevention of a condition associated with elevated levels of serum cholesterol in a subject. 37. The use of claim 35 or 36, wherein the condition is selected from hypercholesterolemia, cardiovascular disease, metabolic syndrome, diabetes, stroke and dyslipidemia. OERESR ¥ EE ¥ RAK8EER6RAEARENOTTATGJSAKRRU / EPPST ¥¥¥ UKIETNETE 8O8ECTAKK.E0A0AAKK6 ¥ ETK1EN ¥ РН6ЕЕР6REУКМ8 ОРЕЕЕЕЕКЕРНУР ¥ 1ЕЕР5 8 ¥ ЕААААР> КЕЕУТРРК ¥ КАРЕ ¥ рРРРС68ЕУУУ ¥ ЕЕРТ81р8РНКЕ1 SECURITY ¥ REER6TKGNKRA8KSR8NOTNEAOU80KRA6UAKOA8MK.8EKUERSROST6T ¥ 6 E10EERZHK8reEURR ¥ 0REU ¥ EEREAO6 ¥ 8KUERAСРКЕАКА0 ¥ УЕ ¥ TAABKRNRRAS E ¥ 8PA8ARE ¥ 1T ¥ SATMARRPP ¥ TE6TE6TMROKSURERAROERPSA88RS8TSP ¥ 8p8 6Т8рАААН ¥ АС1ААММЕ8АЕРЕЕЕЕЕКРКЕШР8АКР ¥ 1КЕА> РРРРрК ¥ ЕТРКЕ ¥ А AERR8TN6ASZHRERSK.T ¥ LU8AN86RTK.MATA1AK.SARREEEE8S88R8K.8OKK.K.6EK.ME Ar6OK ¥ SCANNARSSE6 ¥¥ A1AXSEERRAMS8 ¥ NTARRAEA8MOTK ¥ НСНрр6Н ¥ ETOC88H> E ¥ EREOTNKRR ¥ ERPKO0RYRS ¥ ONKEA81NA8SSNARORESKUKENO1RA PP6p ¥ T ¥ ACEEO \ ¥ TET6C8AEROT8H ¥ EBA ¥ A ¥ RNTS ¥¥ K8KP ¥ 8TT68T8EEA ¥ TA ¥ A1SSK8KNEARA8reEer 8Ε <3ίΟΝΟ: 1 FIG. 1A - 566 032 106 10 20 30 4050 Request ; Ъдддедесад-кссссс -ссссссадададададададададад <<<<<<<<<<<<2 10 N0: 2 Karis1: MSTUZ§KY5II ₽1, ₽1, b1. 3Εβ 10 N0: 3 60 70 80 90 100 Request: dsdsddsddsdsssddsdsssdsdsddsddsd Frame! ? b srasana about ε ρ e 110 120 130 140 150 Request: adddddsdasaddadddsddgdsgadss oddsdssdaddddas Frame! rsru eyeu l'kzeer 50 160 170 180 190,200 Inquiry ·· Frame! ^: I I 1 1 1 ddssdddssdaadsasssdsdasasddaassasadssassbss.as.sdsdP SAEARENSTTATENKS 210 220 230 240,250 Request: Wireframe! ^: 1 1 1 1 ~ 1 sdssaaddaGssd д ddadd Ъ ddss д ddsass Gasd д gdd д ddd AKRRIKRSTUUUUKE 50 260 270 280 290,300 Request: Wireframe! 1 1 I I 1 addadassssass_sjsdsadGsadadsdsasGddsssssssssGdsadsdss ETNZOZEPTAKK LOA 310 320 330 340,350 Request: Wireframe! ; 1 1 1 1 1 saddsSdsssdssddddaassassassassaadssdsdbsdssssddd <2AACTRESS 50 360 370 380 390,400 Request: Wireframe! ^; 1 1 1 1 1 ssdgssddsdssddddaada odddsdass oddsdds LRSEUKM-Z SREYA 410 420 430 440,450 Request: Wireframe! ^: 1 1 1 1 1 ssOdaadGdssssaDdSdasasasdsdadddassssssODGs-b Bunkerbird 50 460 470 480 490,500 Request: Wireframe! ^: 1 1 1 1 1 dsssadadsabsssddddaassbdddsddbbassssbssdsdddbassd : А_ <2 31Р НЫЕЕК1ТРРКУК 510 - _ one 520 530 one 540 550 - eleven Request: ddsddabdaaGassadssssssssdasddaddsadssGddGdddddGdGabs Frame! : Areorrrsszyu'euy FIG. 1Βι - 567 032 106 570 580 590 600 Request : Frame1 ^: ΕϋΤ3Ιζ) 30ΗΚΕΐΕ0Κν 610 620 630 640 650 Request: aYoddSsssssdasSsddaaaSdSdsssdadddasdddassodsSssa Karkas! (MUTOEEEUREEOSTKGN 660 670 680 690 700 Request : Frame! ^: SadasaddssadssadSdDadasadSaasddsasssassDddSaddddSdd KOAZZOSNSTNASUU 710 720 730 740750 Request: Lsadsdddssddda ^ ddsdddsdSddssaadddSddssaddadsdssdss Frame! ^: zskoasuaxase mkz 50 760 770 780 790800 Request: sdsdYdsSaasSdssaadddaadddsasddd Frame! : kyysoskstuzst1 s 810 820 830 840850 Request Wireframe! ssdddadSSaSSssdaaaadssadsDddDessadsSddddddssasdd EGTKZZOUUUSRUSRU 870 900 Request : Frame! ^: SdddSdsDGdsssddDdsdddSdddEasadssdsdSSeSaasdssds URASSASSUZUYAA 910 920 930 940 950 Request: £ dssadsdss-bdddsdadds11dddd1: sd11ds11dd1: sassds11dsddsaa Frame! ’· Sokiakasuuutaas ν 960 970 980 990 1000 Request : Frame! 'СёЬссдддасдаДссъдссёсъасСссссадсАсадсСсссдддъса GKVOASUUZ DISAPPEAR 1010 1020 1030 1040 1050 Request Frame! ^: СсасадСДддддссассааДдсссаддассадссддДудасссДддддсС ТУСАТЫАО'ООРУТСТ 50 1060 1070 1080 1090 1100 Request: SddddassaasSSdddssdssddddddssbddssssaddddda Frame! (Ты Stygspsoyou’arseo FIG. 1B ₂ - 568 032 106 100 1110 1120 art 1140 1150 I ---------, ----, -----____, Request: saSaSbdbdssbssadsdasSdsadsadssassbdsbbbdbdbsasadadbd Frame! hkhsazzozstsseuzozs 150 Request ·· Frame! ^: 1210 1220 1230 1240 1250 | --------- | ----------------- | --------- | bsbdssdadssddadsbsasssbddssdadbbdaddsadadasbdabss N 200 Request : Frame! ^{: 5 A E} 250 1260 1270 1280 1290 1300 —---- | --------- | --------- | --------- | Request: SBSBSBSDSSAAADABDBSBSAABDADDSSBDDBSSSSBDADDASSADS Frame! '' ezak ohuhayeereok 300 Request : Frame! ^: 1310 1320 1330 1340 1350 | --------- | --------- | ___------ | --------- | dddbasbdassssssaassDddbdddssdsssbdssssssadsasssssabddd UTRYUAAARRZTNS 350 Request ; des Frame! ^BUT 400 1410 1420 1430 1440 | -----____ | ------------- | - Request ^: ^ asasddabddssasadssabsdsssdsbdsdssssssadabdaddadsbds Frame1 ^: tkmatahaksareoe 1450 450 Request ^: Frame! ^: 1510 1520 1530 1540 1550 | --------- | -------------__ | --------- | daddsssaadddddsaadsbddbsbdsbddddssssasaasdsbbbbdddddd EAOUSKUSKAN YAESS 500 Request : Frame! ^: 550 1560 1570 1580 1590 1600 | ____----- | --------- | - ----- | --------- | Request: bdadddbdbsbasdssabbdssaddbdsbdssbdsbassssaddssaasb Frame! : Yesuua1avssyr _S ams 600 1610 1620 1630 1640 '1650 | —-------, ----------- | --------_ | Request ’· dsadsdbssasasadssbssassadsdbdaddssadsabddddsssdbdbs Frame! ^: zuntarraeazmstku FIG. 1B ₃ - 569 032 106 FIG. 1B ₄ 650 1660 1670 1680 1690 1700 Request : Frame1: 1 1 1 I I sasGdssassaasaddddssasdbss GsasaddsDdsads'SsssasSddda NSNO FOUND 700 1710 1720 1730 1740 1750 Request ; Frame1 I I 1 1 1 ddbddaddassSddsdssassasadssdssSdodsBdaddssasdadds UEOSTNKRRUNRKSO 750 1760 1770 1780 1790 1800 Request: Frame1 ^: 1 1 1 1 1 addssassadDdsdYddddssasaddddaddsssad RCOSUSNIAEAZRNAZS 800 1810 1820 1830 1840 1850 Request ; Frame1 ^; I I I 1 1 . S Η A R C S E V K Ε N S I RA 850 1860 1870 1880 1 1 1 ™ 1890 1900 p 0 C o V T V A C Ε E C And t b t i 900 1910 1920 1930 1940 C 5 A b R S T 3 n ν b ε Α Υ A V 950 1960 1970 1980 1990 0 N T C V VK 3K 0 V 3 T T S 3 T 2010 2020 2030 2040. 3 E Ε A V T A V A I C C K 5 K. I b 50 2060 2070 -----one------- 2080 - | ------- 2090 ___ one----- 2100 ---- I Zed 10 _e line V about σ GK1 SOK1 EAT AND ¥ L0KRS05RDYU Germ line? □ YuMT05RZZ5A5USOKUT1TS σκ4 КА305135УЫ σκ5 --1-05 UTORR5UZSARSOKUTI5C TSZZZYUUASUOUN 05АТ0РА5У5С5РС031Т13С --Fig. 2A PYUMT05R55L5A5US0KUT1TS __ _b ------------- - ______ —A - 3-KAZOZZZZUY ----- _Κ __ _Ν —3 IUOOKRSKARKYU SHOOKRSKARKYU __ - _______ ν --------------- γ ____ Germ line Germ line ten 2564 02 σκ5 eleven Germ line 12 31H4 U1-13. B2 13 27B2 U1-13 . B2 14 Germ line 15 25A7 VI-4 σΐ2 sixteen 27H5 U1-4 Λ 2 17 26H5 VI-4 B2 18 3101 VI-4 0b2 nineteen 20010 VI-4 Λ, 2 20 27E7 U1-4 L2 21 30V9 U1-4 3Ε2 22 19H9 U1-4 Μ 2 23 26E10 U1-4 σι 2 23 21B12 U1-4 σο2 24 17С2 U1-4 l 2 IUOORSTARKYU _________ η—- ----—------, __ ₃ τετ55ονεεΥΝγν3 -------- _κ - ₃ __ AND ¥ UNSCARKM1 ¥ - ------- τ ------ ’- - ο .... η. . -----------— ₅ - ---- γ -— ρ -— Κ-- --- _Ν -----__ ₃ __ -----, ______ ₃ -------------------- - 570 032 106 »Units 10 Νο. LINE V 0 σ 25 Germ line 26 2361 U1-4 l, s 27 Germ line 28 13H1 U1-7 dz 29th Germ line thirty 9C9 U1-16 DES 31 9H6 U1-16 lz 32 31A4 U1-16 lz 33 1A12 U1-16 dz 34 Germ line 35 16G12 U1-19. L1 36 22E2 U1-19 Λ1 37 ' 27A6 U1-19 L1 38 28B12 U1-19 L1 39 2806 U1-19 L1 40 31611 U1-19 L1 41 Germ line 42 13B5 U1-19 L * 2 43 Germ line 44 31B12 U2-1 L 2 45 Germ line 46 ZV6 U5-2 L2 05АТ0RAZUZS5RSS51T15S TSTZZOUSUSUZUZ YUONORSKARKM! Υ ----------------------- ----------_ ₃ __ -------------- -05At <2RAZU5SZRS (231T13S TSTZZOUSUZUUZ ZHONORSKARKM! U B --------------------- --------- _Ν ----- ---- γ ₅ ------- -OZUGTORRBAZSTRSONUTRZS 3Ο535ΝΙΟ3ΝΤνΝ KUOORSTARKSHΥ ----------------------- —-------- _to --- ---- _ν _-------- -ρ GOSUTORRZUZAARSOKUTTZS 3Ο833ΝΙΟΝΝΥν3 KUSORSTARKSHU G GE · G -EΈ • T Ε · SOZUTORRZUZAARSOKUTGZS ЗЗЗЗЗЫЗЫРЫУУУ ШУОРРАРАРКЫЫУ —-----------------— __ .. _Ν --------- -------—----- 2УЕТ < 2RR8U5 UZ RS0TA51 TS 5SSKESPKUAS ________ — _____— ORUTORRZAZAZAZUTS TZZSUZUUKUO FIG. 2B IWOO IUOOKRSKSRKRUMK | Zech ΙΟ Νο. LINE SOK2 gkz SONZ GN4 four LINGUE 6UR0NG568656T0GTK15KUEEE0U6UUUS M0AY2TRET GSRSTKU01K five 30A4 —N-- ----------------- _E -------------- __ _ν ------ - 6 AA85Y25 SUR5KE5S865STOGTT188'OREOGATUUS OZUSTRIT ЕСС6ТКУЕ1К 7 ZS4 ... g · _________ .... - _g eight AA55S8 SU? 8KE8S5683T0GTT: 88O0RE0GATUUS 008Υ8ΤΡΙΤ G60S7KYE1K 9 23B5 ------— ------------------- N ------------ -----five--- - 10 2564 —A ---- -------------------------------- ----- A 0Ν5ΝΡ.Ρ5 SUR0VE8S8K8ST5A5LA1TSY2AE0EA0UUS 03U055L565U GSB & TKTUT 31H4 ------- -------------------------------- ---------- - ---------- 286 287 288 25A7 25Α7ν1 27H5 27Η5ν1 26H5 Εν5ΝΚΡ5 6U2MVG8S5K8SYTAZT136OOAEOAO ¥ US 58UT853UU one ----- _t _ _m _ ----- _t _ _m _ ----- t-m- - ::: B ________________________ 31C1 20010 27E7 30V9 19H9 - - ----- _t _ _m _ ----- t-m- ----- t-m- ----- t-m- - 19Η9ν1 26E10 21B12 17С2 - ------------------------ _P _ ----- t-mN ---- T-M- N ---- T-M- ----- ΤΝΜ- GSSSTKETU -A-FIG. 2C - 571 032 106 ESTABLISH STATUS -VСИУ • й - Ά— стэззззАУУ о · STIOZZZAUU ESTABLISH OCHRRC ESTABLISH ESTABLISH ESTABLISH FIG. 2Ό to -I b EUOJSSSSUWSBZZZAZAZ SETGZUAMZ IUKOARSKIIEUZ ROKRZZZZSTSTATSTOTSOTSOEAEUUS SAUNOZSSZYGUUU -------- _t ---- 3 EUNSAONZSSZZYEUUU --------- t ----— s- ~ --3 --- С - с -— к— —к— --to- EUZykRZ T- - STOP OATOZZTAUU ------- VSUZEKESS5KZSNTA5T15S0AE0EA0UUS SZUASZZT ----, ____ _{bx /} 3ΝΝ0ΚΡ3 SUROVEZSZKZSTZAZATZZOZEOEOOUUS AAIOZI V ----_---- _Ν _ -----____ _m _ STATUS 1 unit 10 Νο. LINE V 0 σ 47 Germ line 48 20010 UN1-18 dnbv 49 26E10 UN1-18 SGN6V 49 21B12 UN1-18 3Ή6Β 50 23C1 UN1-18 dnbv 51 26H5 UN1-18 dibw 52 27H5 UN1-18 SGN6V 53 3101 UN1-18 dnbv 54 27E7 UN1-18 0Η6Β 55 30V9 UN1-18 3Ή6Β 56 19H9 UN1-18 3Η6Β 57 17С2 UN1-18 ' 3Ή6Β 58 25A7 UN1-18 ' dnbv 59 Germ line 60 ZV6 UN1-18 3Ή4Β 61 Germ line 62 9H6 UNZ-7 07-27 SHESA 63 Germ line 64 9C9 UNZ-7 07-27 SNG 65 1A12 UNZ-7 07-27 2ΓΗ3Β 66 Germ line '67 31H4 UNZ-21 03-3 HE IS FOR 68 Germ line 69 13B5 UNZ-23 SGN4V STTETZTSKHZ zhtodredsEims __r _b __.---- s ------------ ------- -_____-___ - ~ -B ---___ __________ - ~ -b ---- ______________ —------________ ___ r „_____ ------______— - _b _„ _—. ——___-----— Pb --_ - -------------— Pb —---- —----________ - AB —--- ______________ - 3 —------------____ P _---- ___---------- 0U (2YU <25SAUUKROA5UKU5SKAZ SUTGTZUSKHZ IUKOAROSOSENMS EUOUESSSSSSUORSSZAZAZ ΘΕΤΕ33ΥΗΜ5 NUROARSKSIEIIUA --------------------------- -----R---- ____---_______ EUOUESSSSSUORSSZAZAZAZ NETZESUPMZ IUVOARSKSENUA -------------------____ νν- -----_____ ---___________ EUOUESSSSSSUKROSOSVVZSAAZ ΘΕΤΕ35Υ5ΜΝ NUROARSKSIEIUZ FIG. 3A - 572 032 106 FIG. 3 v ISUTOUTUZZ IS0STMUTU55 ISUTOUTUZZ ISSSTMUTU53 KSOSTMUTUZZ - —---------—_— ____ ------- ___. ----— _____— s_ _t _ 5Ι33533ΥΙΥΥΑΟ5νΚ6 ΒΕΤΙ3ΚΟΝΑΚΝ3ΒΥΕ0ΜΝ3ΒΚΑΕΟΤΑνΥΥ3ΑΒ. --- --------__________ ------ ____ _E ___ A15C5S63TUUA03UKS KETTZEYUZKITUOMZHAYOOTAUUUSAK T ---------- -----------___------------------- ITZAUNSNTNUAOKYOS KUTMTTOTZTZTAUMEKZKZOOTAUUUSAK --- _t _______--- y-_ -----------------.__------------- ΝΙΚΩ065ΕΚΥΥν03νΚ0 ΚΓΤΙ3ΚΟΝΑΚΝ5ΕΥΕ0ΜΝ3ΕΚΑΕΟΤΑνΥΥΟΑΚ —-Η —- ----------- - ----— ----_ - _ - -----_____ КОIKО0С5ЕКУУУУЗУКС ВЕТ15ΚΟΝΑΚΝ5 LΥΕ0ΜΝ3 LKAE from AUU US AK > unit 10 But. LINE V 0 about 70 Germ line 71 23B5 UNZ-23 02-8 0H4V 72 2564 UNZ-23 02-8 OH 4V 73 Germ line 74 30A4 UNZ-ZZ ONBV 75 Germ line 76 27A6 UNZ-ZZ 06-6 onbv 77 28B12 UNZ-ZZ 06-6 0H6V 289 28Β12ν1 UNZ-ZZ 06-6 OH 6 in 78 2806 UNZ-ZZ 06-6 ONBV 79 16E12 UNZ-ZZ 06-6 ONBV 80 22E2 UNZ-ZZ 06-6 0H6V 81 31B12 UNZ-ZZ 06-6 ONBV 290 31Β12ν1 UNZ-ZZ 06-6 ONBV 82 Germ line 83 31C11 UNZ-ZZ 06-19 he b in 84 Germ line 85 ZS4 UN4-31 OH 6 in 86 Germ line 87 27B2 UN4-31 05-5 0H4V 88. Germ line 89 31A4 UN4-34 06-6 0H4V 90 Germ line 91 13H1 UNB-1 OH 4V ΕΉ1 SOK1 EM2 EUOUZEZSOSUOURSSZZZAZAZ SETE55UAMZ IUKOARSKSIEMUZ θν <2 LUE ZSSSUUO RSCZ SGTESZUSMN IUKOARSKSIEIUA OWOUEEZSSSSUUORSNZ'ZZAZAZ OGTEZUSUSMN —-Ν-Ε - IUKOARSXIENOIS -N —— _ _ _______ ______________ -N ———————— - __— _Ν _ _Γ ___ -------------- OWOEUESSSSSUUORSKIZSAZAZ SGTE55USMN IUKOARSKSIEIUA OUOYOESSRSUKRZOTZSTSTUZ S631556SUUI2 I1KONRSKSEEI1S OUOEOEZSRSUKRZOTZZTSTUZ and SS3133SSUUI5 I1RONRKSSEEVD1S OUOYOOISASKRZETZTSAUU SSZESUUIZ I1KORRSKSEEI1S OUOOOSSSRUKRZOTZTSTSZ SOUNDBACK I1RESRESEES Zech 10 Yo line catfish No. sox EN4 47 48 20010 49 26E10 49 21B12 50 2361 51 26H5 52 27H5 53 3101 54 27E7 55 CALL 9 56 19H9 57 17С2 58 25A7 59 60 ZV6 61 62 9H6 63 64 9C9 65 1A12 66. 67 31H4 68 69 13B5 Ννν <3 AEOU - -E --- ISIS ΑΕΟΙ Ooohhhhhhhhhhh ------ _A - ₀ --- GOU ESLM - FIG. 3C - 573 032 106 Zed Tew Yo LINE SEN.2 GKZ SB KZ ΕΉ4 VI AND Υ ϋ63ΝΚΥ UAZUKS ΚΕ’Τ 18ΗϋΝ 3ΚΝΤ1Υ ίΟΜΝδΙΙΚΑΕϋΤΑνΥ USAC ------- Ο --------- ------------------------------- νΐίίΥΌΟ5ΜΚΥΥΆ7; 5νΚ6 Ρ.ΡΤΤ3ΚΠΝ5ΚΝΤΤ ΥΤ.0ΜΝ8Ι.ΡΆΕΟΤΑνΥΥΟΆΡ < [) --------- -------------------------------- 70 71 23B5 72 2564 73 74 30A4 75 76 27A6 77 28B12 78 28ϋ6 79 16ΕΊ2 80 22E2 291 22Ε2ν1 81 31B12 290 31Β12ν1 82 83 31611 84 85 ZS4 86 87 27B2 88 89 31A4 90 91 13H1 R.RTT5Β0Ν5ΚΝΤΤ ΥΓ, ΩΜΝδΐ, ΚΑΕΟΤΆνΥΥΟΑΚ νΛίοοττντνεε KSOSTTUTUZZ - N-Josttutuzz ν, 'ΕΰΟΤΙ. UTUSY FIG. 3Ό EU U S-SRTAA - UTTOO & ZYKUUAEZUKS R.GT 15Ρ0Ν5ΚΝΤΙ ΥΕβΜΝδΙΚΑΕΌΤΑνΥΥΟΑΚ ΑΊ ΑΑ1.ΥΥΥΥ-— ΑΓΑΑΙ, ΥΥΥΥ-Α1ΑΑ1.ΪΥΥΥ— ΑΙΑΑίΥΥΥΥ— ΑΤΑΑΙ, ΥΥΥΥ - · ΑΙΑΑΙΎΥΥΥ - R.S-SIAAKRS-KSSY --- RS-S-Ι ΑνΑΥΥΥΥΘΜσν IS-SSTTUTUZ 8 ΥΥΥΟΜ "V αανττ — α— ΕEETANU ΥΕΕΥ ΕΟΥ RUT I. ZUETZKYTSKZ I.K1.88νΤΑΑΟΤΑ.νΥΥΟΑΡ. -Τ --------- [------------------- ΥΙΥΥ563ΤΥΥΝΡ3 ΕΚ3 R.UT UZUOTZKMS GE KZZUTAAOTAUU USAK —-Ν ------- ----- ------------------------------- ΕI ΝΗ563ΤΝΥΝΡ0 I, Κ5 R. UT 1.8 UETZKSCH Ε31 .K LZUTAAOTAUUUSAK . ΚΤΥΥΚ $ ΚΚΥΝ.: · ΥΑν5νΚ8 ΡΡΤΓΝ ^ Τ5ΚΝ ^ Ε ^ 'ΩΕΝ5νΤ? Ε0ΤΆ ¥ ΥΥ0ΑΚ --------- _ΚΝ _ _:; ----- ---------------------- _C --------- 3-4 The nucleotide sequence of the variable region of the heavy chain: 5 ⁵ OJSC STOSA6STOSTOOAOOTSTOSOOO60SST06TSAA6SSTS6S666TSSSTSA 0ASTSTSST0T0CA0SSTST60ATTSASSTTSA6TA6STATASSAT6AAST00STSS 0SSA60STSSAS00AA0660ST60A0T000TSTSATSSATTA6TA0TA6TA0TA0T TASATTTSSTAS0CA0ASTSA0T6AA0SSSS6ATTSASSATSTSSASA6ASAAS6SS AA6AASTSAST6TATST0CAAATSAASA0CST0A0A6CC0A60ASAS0SSTST0TA TTTSTOT6SOA6AOATTASOttTTTOOAOTOSTTASTATOATSTTTOAT6TSTOO 06ССАА006АСААТ06ТСАСС0ТСТСТТСАЗ ’ΙΒ PO: 152) Amino acid sequence of the variable region of the heavy chain: E ¥ 0E ¥ E866C’E ¥ KROO8EKE8SAA8ORTR88 ¥ 8MP> ¥ VOAR Е §8188888 ¥ 1§ ¥ Αϋ8νΚ6Κ.ΡΤΙ8№ΝΑΚΝ8ΕΥΕ9ΜΝ8ΕΚΑΕΟΤΑνΥΡΟΑΜ) ¥ ΟΡ> 8ΑΥ ¥ ηΑΡϋν> 696 ΙΟ 88 О ¥ ¥ ¥ ¥ ¥ 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 ¥ 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 88 ¥ ¥ 88 ¥ 88 88 88 88 ¥ 88 ¥ 88 ¥ ¥ 88 ¥ 88 ¥ 88 88 ¥ ¥ ¥ 88 ¥ ¥ 88 88 ¥ ¥ The nucleotide sequence of the variable region of the light chain: 5’CA6TST6TSSTOASSSASSSS6SSSTSAOOT6TST6O66SSSSAOO6CA6A6OST SSATSTSST0SAST000A0CA0STSSAASATS0600CA00TTATSAT0TASAST0ST ASSA0SA6STTSSA06AASA6SSSSSAAASTSSTSATSTST00TAASA6CAATS06S SSTSA6S00TSSST0ACC0ATTSTST00STSSAASTST00SASSTSSASSSSSTSS0 SSATSAST066STSSA00ST6A06AT6A00STSATTATTAST6SSA6TSSTAT6ASA OSAOOSSTOA0T00TTS60TATTS00С00А600ASSAAOOSTSASS6TSSTAZ ’(8Е9 ΙΒ N0: 153). Amino acid sequence of the variable region of the light chain: 08νΕΤρΡΡ8ν8ΟΑΡ6ρκνΤΙ8 € Τ6888ΝΙθΑθΥϋ ¥ ΗΨΥ00ΕΡ6ΤΑΡΚΕΕ18ΟΝ8ΝΚΡ86ν ROCKG808K8ST8A8EA1T6EPAEBEAO ¥¥ Ср8 ¥ П88Е808: 888Е8088088088088088088088088088088088088080 FIG. 3E - 574 032 106 20010 The nucleotide sequence of the variable region of the heavy chain: ⁵ May SA6ATTSA6STSSTSSA0TST0SASST0A06T6AASAASSST0S66SSTSAST6A A06TSTSST0SAA66STTST00TTASSSSTT0ASSA6STAT60TATSA6ST6S6TOS 6ASA06SSSST66ASAA6SSSTTSA6TS6ATS0SAT06ATSASS0STTASAAT00T AASASAAASTATSSASASAASSTSSAS66SA6SSTSASSAT6ASSASA6ASASATS SASSA6SASA6TSTASATS0A0ST6AS0ASSST6A6ATSTSAS6ASASS6SS6T6T ATTASTSTSS6ASA6SSTAS66TATSSASSTSTSSS0SSAASSSASSAS66TSASS OTSTSSTSTZ '(8EO GO N0: 92) The amino acid sequence of the variable region of the heavy chain: 91r1A / r86AEUKKR6A8UKU8SKA86 RET8U618ShUErAR696EEShM6Zh8A ¥ ¥ ^ M6M TYUArKUrOZUTMTTPTZTZTUUMEKZKZOOTAUUUSAKbUbMOU brbTTUTU 88 (8E "February 10 N0: 48) The nucleotide sequence of the light chain variable region: 5'SA6TST6SSSTSASTSA0SST6SSTSS0T0TSTS00TSTSST66ASA0TS0ATSAS SATSTSST6SAST66AASSASSA6T6AS6TTOST66TTATAASTST6TSTSST6OTA SSAASA6TASSSA00SAAASSSSSSAAASTSAA0ATTTAT0A06TSA0TAATS06S SSTSA6666TTTSTAATS6STTSTST66STSSAA6TST66SAASASS6SSTSSST6A SSATSTST066STSSA66STSA00ASSA00ST6ATTATTTST6SA6STSATATASAA 6SASSA6SAT00TSTTS66SS0A000ASSAA0ST0ASS6TSSTAZ '(8E9 ΙΟ ΝΟ: 93) Amino acid sequence of the variable region of the light chain: ρ8ΑΕΤρΡΑ8ν8Ο5ΡσρδΙΤΙ8 € Τ6Τ88θν00ΥΝ8ν8ν / Υ99ΥΡΟΚΡΡΚΕΚΙΥΕν8ΝΚΡ8θν 8ΝΚΡ8Ο8Κ86ΝΤΑ8ΕΤΙ86Ε9ΑΕϋΕΑϋΥΡ € 88ΥΤ8Τ8Μ ¥ ΡΟϋ6ΤΚΕΤνΕ (8Ε <ζ) GO ΝΟ: 19) FIG. 3G 26E10 The nucleotide sequence of the variable region of the heavy chain: 5’CAOOTTSAOOSTOOTOSAOOTSTOOA6STSAO6T6AA6AAOOSSTOOCOOOSSTSASTOA A0STSTSST0CAA00STTST60TTASASSTTAASSA6STATS0TATSA6ST660TSS 6ASA66SSSSST00ASAA060STTSA0TS0AT000AT00SSA0TTTTTATAAAT0ST AASASAAASTAT6SASA6AA6STSSA0S6CA0A06SASSAT6ASSASSA0ASSSSATS SAS0A0SASA0SSTASAT60A0ST6A06A0SST0A6ATSTSAS0ASAS00SS6T6T ATTAST6T6S6A6A6SSTAS66TATSSAS6TSTSSSSSSAA660ASSASSASSTSSASS OTSTSTSTZ ’(8Е0 ΙΟ ΝΟ: 94) Amino acid sequence of the variable region of the heavy chain: ρν9Ενρ86ΑΕνΚΚΡΟΑ8νΚν8 € ΚΑ86ΥΤΕΤ8Υ6Ι8ΨνΐΐρΑΡΟ06ΕΕ> Μ6Ψν8ΡΥΝ6 YTM ¥ ARKEDON6TMTTOR8T8TA ¥ MEK8E118VVTA ¥¥ '¥ SAKO ¥ OMOU> ’OWOTT ¥ T U88 (8Ε9ΙΒΝΟ: 49) The nucleotide sequence of the variable region of the light chain: Z’ASASTSTSSSSSTSASTSAOOSSTOSSTSSOTSTSTSSSTSTSTSbASASTSOATSAS SATSTSSTOSASTOOAASSASSOSAOOTOASOTTOOTOOTTATAASTSTOTSTSTSTOOTA SSAASA0CASSCA60CAAA6SSSSAAASTSAT0ATTTAT6A66TSA6TAATS00S SSTSA0000TTTSTAATS6STTSTST60STSSAA0TST06CAASAS60SSTSSST0A SSATSTST000STSSA00ST0A00AS6A66ST6ATTATTAST6CAATTSATATASAA OSASSAOSATOOOTATTSOOSOOAOOOASSAAOSTOASSOTSSTAZ ’(8Е0 I © ΝΟ: 95) Amino acid sequence of the variable region of the light chain: 08ΑΕΤ0ΡΑ5ν5Ο8ΡΟ05ίΤί8ΟΤ6Τ88θνθΟΥΝ8ν8ΨΥ00ΗΡ6ΚΑΡΚΕΜΙΥΕν8ΝΚΡ8θν 8ΝΚΡ868Κ86ΝΤΑ8ΕΤΙ8ΟΕ0ΑΕΟΕΑΟΥΥεΝ8ΥΤ8Τ8ΜνΡ6Ο6ΤΚΕΤνΕ (8 Ер Ю ΝΟ: 23) Alternative nucleotide sequence of the variable region of the light chain: 5’sASTSTSSSSSTSASSTASSASSST6SSTSS6TOTSTSSSTSTSTSTSAAS6TSSATSAS SATSTSST6SASTOOAASASSAOOSAOTSAS6TT6STOOOTTATAAASTSTOTSTSTSST66TA SSAASA6ASASSSAS0CAAASSSSSSSAAASTSAT6ATTTAT6ASSTSA6TAATSS0S SSTSAOOSOOTTSTAATSOSTTSTSTOOSTSSAA6TSTSSSAASASSOSSTSSST6A SSATSTSSSSSTSSA6SSSTA66ASSA6SSTSATTATTAST0CAASTSATATASA SSASASSA6SAT00TATTS66S66AS0ASASSAA0ST6ASSS6TSSTA3 ⁵ (8Εζ) Π) ΝΟ: 293) FIG. thirty - 575 032 106 26H5 The nucleotide sequence of the variable region of the heavy chain: 5’SAObTTSAOOSTSOTSSAOOTSTSSAbSTOAAOTSAAOAASSSTbOOSSSTSAOOTOA AO6TSTSST6SAAO6STTSTSSTTASASSTTOASSA6STATSOTATSASSTS6STOS 6ASA6SSSSST66ASAA6O6STT6A6TS6AT6SOATS6ATSAOOSTTTTAASAOST AASASAAASTATOSASAOAAAOOTSSA6O6SAOAOTSASSATOASSASA6ASASATS SAS6AOOSASAOOTSTASAT66AOOST6A6SAOOSST6A6ATSTSSASSASASS6SSSTST ATTASTST6S6A6A60STAS06TAT66AS6TST0006SSAA066ASSACAS00TSASS OTSTSTSTZ ’(8ЕО I» ΝΟ: 96) Amino acid sequence of the variable region of the heavy chain: ^ V ^^ V ^ 8ΟΑΕVΚΚΡ6Α8VΚV8СΚΑ8ΟΥΤ ^ Τ8ΥΟI8 ^ VVΚ ^ ΑΡ6 ^ С ^ Ε ^ VΜ6V / 18ΡΥNΟN ΤΝΥΑ9Κν96ΚνΤΜΤΤηΤ8Τ8ΤνΥΜΕΕΚ8ΕΚ8ΒΟΤΑνΥΥ € ΑΚ6ΥΟΜϋνΨ69ΟΤΤντν 88 (δΕζΗΒ N0: 51) The nucleotide sequence of the variable region of the light chain: 5’ASASTSTSSSSSTSASTSAOOSSTSSSTSSSTOTSTSbOTSTSSTSSASAOOTSOATSAS SATSTSSTOSASTOOAASSASSOSA 6T6ASOTT66TS6TTATAASTSTOTSTSTSTOOTA SSAASAOOSASSSAOOAAASSSSSSAAASTSATSATTTAT6AOOTSAOOTAATSO6S SSTSA0006TTTSTATTS6STTSTST06STSSAA6TST66CAASAS00SSTSSST0AS SATSTST600STSSA66ST0A66AS0A06STSATTATTTST6CA6STSATATASAA6 SASSA6SAT60TSTTS60S00AS66ASSAA6ST6ASC0TSSTAZ ’(8E9 GO ΝΟ: 97) Amino acid sequence of the variable region of the light chain: ρ8ΑΕΤρΡΑ8ν868ΡθΡ8ΙΤΙ8ΕΤΟΤ88θνοΟΥΝ8ν8 \ νΥ0ΡΗΡ6ΚΡΡΚ1ΜΙΥΕν8ΝΚΡ86ν 8№8Ο8Κ8ΟΝΤΑ8ΕΤΙ86Ε0ΑΕΟΕΑΟΥΕ € 88ΥΤ8Τ8ΜνΡ666ΤΚ £ ΤνΕ (8Е9 ΙΒ ΝΟ: 17) FIG. 3Η Winter The nucleotide sequence of the variable region of the heavy chain: 5’ SAOATTSAOOSTOOTOSAOOTSTOBAOOSTOASOTOAOAOAOOSSTOBOOSSTSASTSA AOOTSTSSTOSAAOOSTTSTOOTTASASSTTOASASSOSTOSTOOTATSAOOSTOOOTOS OASAOOSSSSSTOOASAAOOOOSTST6AOOTSOATOOOATOOATSAOOSTTTTASAATOOT AASASAAASTAT0SASA0AA00TSSA006CA0A6TSASSATSASSASA6ASASATS CASOAOOSASAOOTSTASATOOAOSTOAOBASSSTAOAOATSTOASOASASOOSSOTOT ATTTST0T0S0A0A00TTAS00TATS0AS6TST0000SSAA000ASSACAS60TSASS OTSTSTSAZ ’(8Е (? 10 N0; 98) Amino acid sequence of the variable region of the heavy chain: ρΐ9Ενρ86ΑΕνΚΚΡ6Ά8νΚν8εΚΑ80ΥΤΕΤ8ΥΟΙ8ΨνΚ9ΑΡ0ρ0ΕΕ \ νΜ0ΐνΐ8ΡΥΝΟΝΤ Ν ¥ Α9Κν90ΚνΤΜΤΤϋΤ8Τ8ΤνΥΜΕΕΚ8ΕΚ8ϋΟΤΑνΥΡεΑΚ0Υ0Μ0 ¥> 0Ρ6ΤΤντν8 8 (8Ε0ΙΟΝΟ: 53) The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTOSSSTOASTSAOOSSTOSSTSSOT6TSTS6OTOTSTST6ASAOOTSOATSAS SATSTSSTSSAST00AASSA0ASAST0AS0TT0STS0TTATAAASTST0TSTSST60TA SSAASA0ASASSSA0SSAAASSSSSSAAASTSAT6ATTTAT0A00TSA0TAATS06S SSTSAS600TTTSTAATS0STTSTST00STSSAA0TST60CAASAS60SSTSSST0A SSATSTSTSaOSTSSAOOSSTOASASOOOOOSTATTATTSTOSAOOSTSATATASAA OSASSASOSATSOTSTTSOOSOOASOOASSAA6STOSSSOTSSTAZ ’(8Е (? ΙΒ ΝΟ: 99) Amino acid sequence of the variable region of the light chain: ΟδΑΕΤρΡΑδνδΟδΡΟρδΙΤΙδεταΤδδΒνΟΟΥΝδνδλνγρρΗΡαΚΡΡΚΕΜΙΥΕνδΝΚΡδΟν 5ΝΚΡ8β8Κ80ΝΤΑ8ΕΤΙ86Ε0ΑΕΟΕΑϋΥΡ € 88ΥΤ8Τ8ΜνΡ666ΤΚΕΑ ¥ Ε (8Е9 ГО ΝΟ: 18) FIG. 31 - 576 032 106 2361 The nucleotide sequence of the variable region of the heavy chain: 5 ’SA00TTSA6ST66TSSA0TST60A6ST0A66T6AA6 AA6SST66S6SSTSA6T6A AS6TSTSSTSSAAOOOSTTST06TTASASSTTAASSA6STATSOTATSA6ST6S6TSS SASA60SSSST06ASAAS66STTSA6TS6ATS66AT660TSA6TTTTATAAAT06T AASASAAASTATOSASA6AAOOSTSSA666SAOA66ASASSATSASSASA6ASSSSATS SAS6A6SASA6SSTASATS0A0ST0A66A6SST6A6ATSTSAS6ASAS66CC6T0T ATTAST6T6C6A0A66STAS60ASTAC6ACTASTAC66ACTACTACTAS66ACTACTAC66ACCTACTACCTACCTACCTACCTACCTACCTACCTACCTACCAC The amino acid sequence of heavy chain variable region: d ¥ ¥ 9E d86AE KKROA5 ¥ ¥ K ¥ ¥ 8SO§6 TET8 ¥ S18SH / CERBA (ZdbEE> mOzhuR ¥ b ¥ ^t 6 KTM A0KErSK6TMTTOR8T8TA ¥ MEEYA8EK8VOTA ¥¥¥ SAK6U6MO SH606TT ¥ ¥ T ¥ 88 ( 8Е0 GO ΝΟ: 50) The nucleotide sequence of the variable region of the light chain: 5 ’SASTST6SSSTSASSTSA6SSTSSSTSS0TSTST6SSTSTSSTSSASA6TS0 ATSAS SATSTSST6SAST66AASASSAOOS6T6AS6TTO6TO6TTATAAASTST6TSTSSTS6TA SSAASA6SASSSA6S-SAAA6SSSSSAAASTSAT6ATTTAT6A66TSASTAAATSS-6S SSTSA666STTTSTAATS6STTSTSTS6STSSAA6TSTS6CAASAS06SSSTSSSTSA 'SSATSTST660STSSA06ST6A06AS0A06STSATTATTAST0CAASTSATATASAA OSASSASOSATSSTbTTSOSSOSSAOOOOOASSAASSTSSASSSTSSTAZ ’(8Е <> GO ΝΟ: 101) Amino acid sequence of the variable region of the light chain: p8AET9PA8 ¥ 868P6p81TBST6T88B ¥ 6bta8 ¥ 8> ¥ 9p FIG. 31 27B2 The nucleotide sequence of the variable region of the heavy chain: 5’CA60T0CA0STSSA66A0TS0C0SSCA60AST60T0AA6STSTASASA6ASSST0T SSSTSASST0ASAST0TSTST00T06STSSATSA6ASAST0ST60TTASTAST00A6ST 00ATSS6SSA0ASASSSA6S0AA066SST00A0T00ATT0S6TAASATATATAAASAST S66A0ASASSTASTAASAASSS0TSSSTAA0A0TS0A0TTASSATATSA6TA0ASAS STSTAA0AASSA6TTSTSSST0AA0ST0ASSTST0T0AST6SS0C0ASASAS00SS6T 0TATTASTSTSS6A0ASA06ATASA6STAT06TTSSTSTASTT6ASTAST6000SSA LLCAASSTST6OTSASSOTOTSSTSAZ ’(8Εζ £ Π) N0: 102) The amino acid sequence of heavy chain variable region: p rE9E86R6E ¥ ¥ ¥ KR8rTE8ETST 866ZH86 (} ¥ UZHZH1K (1 ZH6K6EESH№ ¥ ¥ ¥ ZH68T ΥΝΡ8ΕΚ8ΚνΤΙ8νθΤ8ΚΝ9Ρ8ΕΚΕ88νΤΑΑηΤΑνΥΥ6ΑΚΕΒΤΑΜνΡΥΡϋΥν606ΤΕ ¥ Τ U88 (8E (Π) ΝΟ:? 87) The nucleotide sequence of the variable region of the light chain: 5’ SAOTOTOTASTASTOASOSAOOSSOSSSTSAOOTOTSTOOSSOSSSSAOOS6SAOAOOTSA SSATSTSSTOSASTOOOAOOSAOOSTSSAASATSOOOOSASATTATSATOTOSASTOOT ACCA0CA00TTSSASSAASA6SSSSAAASTSSTSATSTAT00TAASASSTATS66С SSTSAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAUTOUTAUTOAUTOUTA ASA0SSTSA6TS0T0T06TATTS60S60A000ASSAASST0ASC0TSSTAZ ’(8Е9 ΙΟ ΝΟ: 103) Amino acid sequence of the variable region of the light chain: ρ8νΕΤ0ΡΡ8ν8ΟΑΡΟ9ΚνΤΙ8ΕΤΟ888ΝΙΟΑΗΥθνΗΨΥρρνΡΟΤΑΡΚΕΕΙΥΟΝΤΥΚΡ8Ο νΡΟΚΡ8Ο8Κ86Τ8Α8ΕΑΙΤ6Ε9ΑΕΟΕΑΒΥΥ698ΥϋΝ8Ε8θννΡ066ΤΚΕΤνΕ (8Εζ> ГО ΝΟ: 13) ' FIG. 3K - 577 032 106 16I2 The nucleotide sequence of the variable region of the heavy chain: 5'SA6ST6SASSTS6TOOAOTST666OOA6OS6TSSTSSAOSST6OOA00TSSSTSA OASTSTSSTOTSSAOSbTSteOATTSASSTTSAASAOSTTTSOSATbSASTSOOTSS 0SSA06STSSA60SAA0006ST06A0T060T06SASTTATST00TST0ATS0AA0T 0AT0AATASTAT0SA0ASTSS6T0AA000SS0ATTSASSATSTSSASA0ASAATTSS AAOAASASOSTSTATSTSSAAATSAASAOSST6AOA6SSOAOOASASSOSTOTOTA TTASTOTOS6AOAOSSATAOSAOSSSTSTASTASTASTAS66TATOOASOTST6OO6 SSAAS66ASSASSSTSASSOTSTSSTSAZ '(GO 8Er ΝΟ: 104) Amino acid sequence of the variable region of the heavy chain: 0 ¥ NOT ¥ E8OO6 ¥¥ рРОК8ЕКЕ8КАА86РТРК8Р6МНЖ ¥ КРАР6КОЕ1 ¥¥ АЕ1Ш8П8Е ΕΥΥΑΒ8 ¥ ΚΟΚΓΤΙ8№Ν8ΚΝΤΕΥΕ9ΜΝ8ΕΚΑΕΟΤΑ ¥ ΥΥ € ΑΚΑ ΑΑΕΥΥΥΥΟΜΟ))) Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π Π) Π Π Π Π Π Π Π Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε The nucleotide sequence of the variable region of the light chain: 5'SAOTSTOTOTTOASOSAOSSOSSSTSAOTOTSTOSOOSSSSAOOASAOAAOOTSA SSATSTSSTSSTSTOOAA6SA6STSSAASATTS66AATAATTTTOTATSSTOSTASS AOSAOSTSSSAOOAASAOSSSSSAAASTSSTSATTTATSASTATAATAAOSOASSST SAOOOATTSSTSASSOATTSTSTOeSTSSAAOTSTOOSASOTSAOSSASSSTOOOSA TSASS6OASTSSAOAST60OOAS6A6SSSOATTATTASTOS6OAASATO6OATAOS AOSSTSAOTOSTTATOTSTTSOSAASTSOOASSAOOOTSASSOTSSTAZ '(GO 8Er ΝΟ: 105) Amino acid sequence of the variable region of the light chain: 08 ¥ ΕΤρΡΡ8 ¥ 8ΑΑΡθρΚ ¥ ΤΙ8Ε8Ο888ΝΐαΝΝΡ ¥ 8ΨΥ9ΡΕΡ6ΤΑΡΚΕΕΙΥΟΥΝΚΚΡ8θΙΡΟ Κ.Ρ8θ8Κ8ΟΤ8ΑΤΕΟΙΤΟΕρΤθϋΕΑΟΥΥΕΟΤΑ ¥ Τ) 88Ε8ΑΥ ¥ ΡΟΤΟΤΚ ¥ Τ ¥ Ε (8Ep GO ΝΟ: 35) FIG. 31, 22E2 The nucleotide sequence of the variable region of the heavy chain: 5’CA0OTOTSA6ST60T60A0TST6S6O0A06S6T6STSSA6SST6S6A06TSSSTOA OASTSTSTSTOTSASSTSTbOATTSASSTTSAbSASSTTTBOSATOSASTbSbTSS 0SSA6 (ZSTSSA6SSAASA0CATS0CTATO AATAAATASTAT6CA6ASTSS6TSAA000SS0ATTSASSATSTSSA6A6ASAATTSS AAOAASAS6STOTATSTOSAAAOAASASSSSTSAOAOSSOAOOASASO6STSTSTA TTASTSTSS0A6A6SSATA6CA6SSSTSTASTASTASTAS60TAT66AS6TST6SS6 SSAAOOOOASSAS66TSASSOTSTSTSAZ ’(F) GO 106: 106) Amino acid sequence of the variable region of the heavy chain: 0Υ9ΕΥΕ8666 ¥¥ 0Ρ6Κ8ΕΚΕ8 € ΑΑ86ΡΤΡ88Ρ6ΜΗΨ ¥ Κ9ΑΡΟΚΟΕΕ1 ¥ ΥΑΕΐν7ΝΟ68Ν ΚΥΥΑΒ8νΚθΚΡΤΙ8№Ν8ΚΝΤΕΥΕ9ΜΝ8ΕΕΑΕ0ΤΑ ¥ ΥΥΕΑΕΑΙΑΑΕΥΥΥΥ6Μ0νΑ ¥ 0Ρ ΟΤΤΥΤΥ88 (8Е (2 Г0 The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTOTOTTOTOASOSAOOSSOSSSTSAOOTOTSTOSOOSSSSOOOOAOAOAAOOTSA SSATSTSSTSTSTOOAAOOSASSTSSAASATT6SSAATAAGTTOTATSSTOSTASS ASSA6STSSSA6CAASASSSSSSSAAASTSSTSATTTATOASTATAAAAOOS6ASST SAS6SATTSSTOASS6ATTSTST6SSTSSAAOOTSTSOSASSTSSASSSSASSSTSO6CA TSASSSS6ASTSSA0AST6060AS6A66CC0ATTATTAST6S60AASAT66SATA0S AOTST6A6TS6TTAT6TSTTSOOAAST66OASSA666TSASS6TSSTAZ ’(8Е (? ГО N0 ': 107) Amino acid sequence of the variable region of the light chain: 98ΥΕΤ9ΡΡ8Υ8ΑΑΡ60ΚΥΤΙ8Ε86888ΝΙ6ΝΝΡ ¥ 8> Υ00ΕΡΟΤΑΡΚΕΕΙΥΟΥΝΚΚΡ86ΙΡΟ ΚΡ8Ο8Κ86Τ8ΑΤΕ6ΙΤΟΕρΤ6ΟΕΑΟΥΥΕΟΤ1 ¥ ϋ88Ε8ΟΥ ¥ Γ6Τ6ΤΚ ¥ ΤνΕ (8EP GO ΝΟ: 36) FIG. 3M - 578 032 106 27A6 The nucleotide sequence of the variable region of the heavy chain: 5 ’SA00TSSASST00T66 A0TST00060A0SS0T00TSS AOSSTOS6AOOTSSSTO A SASTSTSST6TSSASSSTSTSOATTSASSTTSAASA6STTTSOSATOSASTO6OTSS OSSAOOSTSSAOOSAAS060STOOA6TSOOTOOSASTTATAT60TSTOATOOAAOT OATAAATASTAT6SA6ASTSSOTSAA666SS6ATTSASSATSTSSASASASAATTSS AASAASASOSTOTATSTOSAAATOAASAOSSTOAOASSSOAOOASASOSSTOTOTA TTASTOTOSOAOAOSSATAOSAOSSSTSTASTASTASTASOOTATOOASOTSTOOOb SSAAOOOOASSASOOTSASSASSOTSTSTSAZ ’(8Ε9ΙΟΝΟ: 108) Amino acid sequence of the variable region of the heavy chain: 9 ¥ НЬ ¥ Е8ООО ¥ УРОРОК8ЬкЬ8КАА8ВТРН8РОМН> WIDERED> ¥ АЫШ8ОО8О ΚΥΥΑΟ8νΚΟΚΡΤΙ8Κ0Ν8ΚΝΤΕΥΕ0ΜΝ8ΕΚΑΕΟΤΑ ¥ ΥΥΕΑΚΑΙΑΑΕΥΥΥΥΟΜϋ ¥ Α ¥ θρ ΙΒ Т Т Т Т Т Т Т Т Т Т ОТ ОТ ОТ ОТ ОТ ОТ ОТ ОТ ОТ ОТ ОТ ОТ Т ОТ ОТ ОТ ОТ Т Т ОТ ОТ Т Т Т Т Т 0 The nucleotide sequence of the variable region of the light chain: 5 ’SAOTOTOTOTTO AS6C A0CC0SSSTSA0T0TST0C06SSSS AOOAS AOA AOOTS A SSATSTSSTOSTSTOOAAAOOSAOOTTSSAASATTOOOOAAATTTTOTATSTSTOOTASS A0CA0TTSSSA00AASA6SSSSAAASTSSTSATTTAT0ASTATAAATAA0C0ASSST SA6S6ATTSST6ASS6ATTSTST60STSSAA6TST66SAS6TSA0SSASSST600CA ТССС06АСТССА0АСТ0000АССА6ССС0ATTATTAST0С00ААСАТ006АТА0С AOSSTOAOTTTTSTSTSTTSOOAAST6OOASSAOOSTSSASSSTSTST ’(8Е9 GO ΝΟ: 109) Amino acid sequence of the variable region of the light chain: ρ8 ¥ ΕΤ9ΡΡ8 ¥ 8ΑΑΡΟ9Κ ¥ ΤΙ8 € 86888ΝΙΟΝΝΡ ¥ 8> Υ09ΡΡ6ΤΑΡΚΕΕΙΥΟΥΝΚΚΡ8ΟΙΡΟ YuΡ8 (^ 8Κ86Τ8ΑΤ ^ ΟIΤΟ ^^ TC ^ ΕΑ ^ ΥΥСΟΤШ ^ 88 ^ 88Υ ¥ Ρ6ΤΟΤΚ ¥ ΤΤ 37) FIG. 3Ν 28B12 The nucleotide sequence of the variable region of the heavy chain: 5’CA00T0CA0ST00T00A <ЗТСТ00006А00ССТ00ТССА0ССТ6С0А6СТСССТ6А 6АСТСТССТ6Т6СО6С6ТСО AA0AASASSSST0TATST6CAAAT0AASA0SST0A0A0SS6A00ASAS06ST6T0TA TTAST0TSSSA6A6SSATASSASSSSSTSTASTASTASTASS6TATS6ASSTST066C SSAS66OASASASOOTSASASSOTSTSSTSAZ ’(8Ε0ΙΟΝΟ: ON) Amino acid sequence of the variable region of the heavy chain: ρνρΕνΕ866ΟΥνρΡΟΚ8ΕΚΕ8 € ΑΑ86ΡΤΡ88ΡθΜΗΑννκρΑΡ6Κ6ΕΕ ¥ Λ7ΑΕ1 \ ¥ ΝΟΟ8Ν ΚΥΥΑΟ8νΚ6ΚΡΤΙ8ΚΒΝ8ΚΝΤΕΥΕρΜΝ8Ε.ΚΑΕΠΤΑνΥΥεΑΚΑΙΑΑΕΥΥΥΥαΜϋν> ΟΗ ΟΤΤΥΤΥ88 (8Ε0: 77). The nucleotide sequence of the variable region of the light chain: 5'SA6TSTOTOTTOAS6SAOSSSSSSTSAOTSTSTOS6OSSSSAOOASA6AAOOTSA SSATSTSST6STST00AA0SA6STSSAASATT660AATAATTTT0TATSST66TASS ASSA6STSSSA66AASA6SSSSSAAASTSSTSATTTATSASTATAATAA6SOASSST SA666ATTSST0ASS6ATTSTST66STSSAA6TSTS6SAS6TSASSSASSSTS66SA TSASSObASTSSAOASTSOOBASOAOOSSOATTATTASTSSOBAASATOOOATAOOS AOSSTSAST6STTAT6TSTTS6CAASTOSASSASOS6TSASSSTSSTAZ ’(8Е9 GO ΝΟ: 111) Amino acid sequence of the variable region of the light chain: 08νΕΤ9ΡΡ8 ¥ 5ΑΑΡΟ9ΚνΤ18ε86888ΝΙ6ΝΝΡ ¥ 8 \ νΥρρΕΡ6ΤΑΡΚΕΕΙΥΟΥΝΚΚΡ8ΟΙΡΟ ΚΓ8θ8Κ5θΤ8ΑΤΕ0ΙΤ0ΕρΤ00ΕΑ0ΥΥε6Τν088Ε80Υ ¥ .Ρ0Τ0ΤΚντνΕ (8Пр ΝΟ ΝΟ 38) FIG. thirty - 579 032 106 28В6 The nucleotide sequence of the variable region of the heavy chain: 5’СAO6T6САСССТС6ТССА6ТСТСС6ССАО6ССТС6ТССАСССТ66САССТСССТСС 6АСТСТССТСТСОССССТСС 6ATТСАСССТТССАСССТТТТСССАТАСОССОТССУСС SSSASOSTSSAO6CAAOSSSSSTSSASTSS6TSSOSASTTATOOAATSATSOAAOT AATAAATASTATSSA6ASTCC0T0AA006SSATTSASSATSTSSASASASATSS AA0AASAS0ST0TATST0CAAATCAASASSASSASTASTAS0ACTAASTA SSAASSSSASSASSSTSSASSSTSTSTSAZ ’(8Er II) ΝΟ: 112) Amino acid sequence of the variable region of the heavy chain: ρνρ £ νΕ8Ο6θνν9ΡΟΕ8 £ Κ £ 8εΑΑ8ΟΡΤΡ88ΡΟΜΗ \ ννΚ9ΑΡ6ΚθΕΕ \ ννΑΕ1 \ νΝΟΟ8Ν ΚΥΥΑϋ8νΚ0ΕΡΤΙ8.Κ0Ν8ΚΝΤΕΥΕρΜΝ8ΕΚΑΕ0ΤΑνΥΥΕΑΚΑΙΑΑΕΥΥΥΥ0Μ0νΐν09 ο 8τττ The nucleotide sequence of the variable region of the light chain: 5’CA6T0OTOTSTTOAS6ASASSSSSSSSASAOOTOTST6SSSSSSASAOASA6AASSTSA SSATSTSTOSTSTOSAASSAOSTSSAASATTOAAAATTGTSTATSSTOOTASS A0CA6STSSSA6CAASA6SSSSAAASTSSTSATTTATSASTATAAAA6SSASSST SA66SATTSST6ASS6ATTSTSTSSSTSSAA6TST0SSASSTSA0SSASSST0C0CA TSASS6SASTSSAOASTSOOSAS6ASSSSSS6ATTASTASTSSSS6AASATSOsATA6S A6ST6AST6STTATSTSTTS66AASTSSASSASS6TSASSSTSTST ’(8Εζ> ΙΒ N0: 113) Amino acid sequence of the variable region of the light chain: Ρ8νΕΤρΡΡΤν8ΑΑΡθρΚνΤΙ8ε8Ο888ΝΙΟΝΝΓ ¥ 8Α ¥ Υ0ΡΕΡΟΤΑΡΚΕΕ1ΥϋΥΝΚΚΡ8Ο1ΡΠ КГ8С8К5СТ8АТЕ61Т6Е9ТСОЕАО ¥ УСОЖО88Е86У ¥ РСТ0ТК ¥ Т ¥ Е (8Ер ΙΟ ΝΟ: 39) FIG. 3P 31SP The nucleotide sequence of the variable region of the heavy chain: 5’CA66T0CA6STOOT66A6TST06606AO6S6T66TSSA6SST6OOA06TSSSTOA 6ASTSTSSTST6SA6S6TSTSSATTSASSTTSAS6ASSTATS0SATSSAST6SSTSS 6SSA60STSSA0SSAAS66SST60A0T600TS0SASTTATAT6SSAT0AT00AA0T AATASATASTATSTASASTSS6T6AA6SSSS6ATTSASSATSTSSA6A6ASAATTSS AA6AASAS6ST6TATSTSSAAAT0AASA6SST6A6A6SS0A66ASASSYUST6T0TA TTAST6T6S6A0AS6TATA6CA6T66STTASTASTASTAS60TATO6AS6TSTO66S SSAA666 ASSASSOOTSASS6 TSTSSTSAZ ’(8Е0 ΙΟ ΝΟ: 114) Amino acid sequence of the variable region of the heavy chain: p ¥ 9E ¥ E5666 ¥¥ Р СК К 8 Е \ \ \ ΤΥΥ ¥ Ο8 ¥ ΚαΚΡΤΙ8ΚϋΝ8ΚΝΤΕΥΕρΜΝ8ΕΚΑΕΟΤΑΥΥΥ € ΑΚαΐΑ ¥ ΑΥΥΥΥ0ΜθνΑν0ρ 6ΤΤνΤ ¥ 88 (8Ε0ΙΒΝΟ: 83) The nucleotide sequence of the variable region of the light chain: 5’sASTST6T6TTSAS6CA0SSSSSSSTSA6T6TSTSS6SSSSSS6SASA0AA66TSA SSATSTSST6STST6SAASSA6STSSAASATT66CAATAATTTT6TATSST6STASS AbsAOSTSSSAiOAASASSSSSSSAAASTSSTSATTTATSASASTAATAAAOOSAASSST SABSSATTSSTSSASSSSATTSTSTOSSTSSAASTSTSbSASSTSSASSSSASSSTSbASA TSASSSOASTSSASASTOOBSASASSASGBSSOATTATTASTSSBOAASATSGOSOATASS ASSST6A6TASTSTATSTTTTTSO6AAST6SSASSAA6STSSASSSTSTSTAZ ^; (8E0 GO ΝΟ: 115) Amino acid sequence of the variable region of the light chain: 98νΕΤρΡΡ8ν8ΑΑΡ69ΚΥΤΙ8Ω8α888ΝΙ0ΝΝΡ ¥ 81ΥΥ99ΕΡ6ΤΑΡΚΕΕΙΥΟ8ΝΚΚΡ86ΙΡ0 No. 868Κ8αΤ8ΑΊΥΟΙΤθΕ9Τ6ΟΕΑΟΥΥΩ6Τ \ νθ88Ε8ΑΥνΡ6ΤΟΤΚ ¥ ΤνΕ (8Е <2 GO ΝΟ: 40) FIG. 3P - 580 032 106 23B5 The nucleotide sequence of the variable region of the heavy chain: 5'OASOT0SASSTOTT6OASTSTS6S6OASOSTT6STASASSSTSO6O66TSSST6A SASTSTSSTSTSSAbSSTSTbOATTSASSTTTAOSAOSTATOSSATSAASTOSOTSS SSSA06STSSA006AA0S60ST06A6T06STSTSAASTATTA6TS0TA0T60T0AT AASASATASTASSSASASTSSOTSAASSSSSSSTTSASSATSTSSASASASAATTS SAA6AASAS6STOTATSTOSAAATSAASAOSST6A6ASSSOASOASASO6SS6TAT ATTASTOTSS6AAAAASTTTOTASTAATOSTOTATSSTAT6STTSASTASTSO6OSS ASSAAASSTSTSSTSSASSSTSTSTSAZ ’(8ЕО ΙΟ ΝΟ: 116) Amino acid sequence of the variable region of the heavy chain: ЕУ9ЬЕЕ8000ЬУ9Р068ЬКЕ8САА80РТР88 ¥ АМН> УКрАРАРКЕЕ> ¥ 8Т1868СОМТ ΥΥΑΟ8νΚ6ΚΡΤΙ8Μ) Ν8ΚΝΤΕΥΕ9ΜΝ8Ε.ΚΑΕΟΤΑνΥΥ € ΑΚΚΡνΕΜνΥΑΜΕΟΥΐν69Ο ΤΕΥΤΥ88 (8Е9 GO ΝΟ: 71) The nucleotide sequence of the variable region of the light chain: 5’6ASATSSTSATSASSSSASTSTSSATSSTSSST6TST6SATSTOTTSSA6ASA6A6T SASSATSASTTSSS006CAA6TSA6A0CATTA6CA0TTATTTAAATT00TATSA0CA SAAASSAS6SAAAOSSSSTAA6OTSSTSATSTATOSTSSSTSSA6TTT6SAAAOTSS 00TSSSATSAASSTTSASTS0SA6TSSATSTSSSASA6ATTTSASTSTSASSATSAA SASTST6SAASSTSAA6ATTTTSSAASTTASTASTSTSAASA6ASTTASA6TTSSSS SATSASSTTSSSSSAASOSASAS6ASTSSASATTAAAZ '(8Er Π) ΝΟ: 117) Amino acid sequence of the variable region of the light chain: O1EMTR8R88E8A8U6OKUT1TSKA898188UEK1UU99KR6KARKUE1 ¥ AA88ER8OUR8E Ρ8Ο8Ο8ΟΤΟΡΤΕΤΙΝ8Ε9ΡΕΟΡΑΤΥΥΟ008Υ88ΡΙΤΡΟ9ΟΤΕΕΕΙΚ (8Er GO N0: 9) FIG. 3K 2564 The nucleotide sequence of the variable region of the heavy chain: 5’6A6STSSA6ST6TTSSASSTST66SSSSAS6STTSSTASASSSSSSSSSSSSSSSSSTSA 6STSTSTSTSSASSSTSTSSATTSASSTTASSA6STATSSSSAT6AASTC6STCC CCCA66STCCAS6CACCASCACCACCACCACCACCACCACCACCACCACCACCACCACCOCC SAASAASASASSST6TATST6CAAAT6AASA6SST6ASA6SSASSASSASASSSSSSSTAT ATTAST0T6S6AAAAASTTT6TAASTA66T6TAT6STATSSTTSASTAS6SSSS ASSOAASSTSSTSASSOTSSTSTAZAZ ’118) ΝΟ (): Amino acid sequence of the variable region of the heavy chain: E ¥ 9EEEE8OSSEU9R6S8EKE8SAA8SRTR88UAMN> ¥ Е9АРСКСЕЕЖУ8ТКС8ССНТ ΥΥΑΟδΥΚΟΚ.ΡΤΙδΚ.ΟΝδΚΝΤΕΥΕρΜΝδΕΚ.ΑΕΟΤΑνΥΥεΑΚΚΡνΕΜΥΥΑΜΕΟΥΎΟρΟ ΤΕΥΤΥδδ (8Е <3 Π) N0: 72) The nucleotide sequence of the variable region of the light chain: 5'SASATSSASATSASSSASTSTSSATSSTSSSTATST6SATSTSTAS6ASASASAST SASSATSASTTSSSS6SSAASTSA6ASSATTASSATSTATTTAAATTSSTATSAOSA SAASSSASSSAAA6SSSSTTASSTSSTSATSTATSSTSSASSSASTTTSSAAASTSS 6STSSSATSAASSTTSASTS0SASTSSATST6SSASASATTTSASTSTSASSATSA0 SASTST6SAASSTSAASATTTTSSAASTTASTASTSTSAASASASTTASASTSSSSS SATSASSTTSSSSSSAASSSSASASSASSTSSASATTAAAZ ’(8U GO ΝΟ: 119) Amino acid sequence of the variable region of the light chain: О1рМТр8Р88Е8А8У6ОЕУТ1ТСЕА8 (^ 18Г ¥ Е№УУ () (ЖР6КАР ¥ ЕЕ1УААА8Е (386UR8'К P868C8STORTET188E9REORAT ¥¥ С9р8 ¥ 8АР1ТРСрСТКЕ1К (8Е0 ГО N0: 10) FIG. 38 - 581 032 106 27E7 The nucleotide sequence of the variable region of the heavy chain: 5’CAOOTTSAOOSTOSTOSASTSTOSAOOSTSbbTOAAOAabSSTSOOOSSTSASSTA A06TSTSTSTAAA06STTSTS6TTASA6TTT6ASSASSSTATS0TATSA0ST600TOS SASA6OSSSSSTS6ASAA006STTSAST00ATS00AT06ATCA0SSSTTAASA0OT AASASAAASTATSSASAbAASSTSSAbbOSASAOOTSASSATSASSASASASASASATS SAS6AOOSASAOOTSTASATOOASOTSASOAOOTSTOASATSTSASOASASOOSSOTOT ATTAST0TSS0A6AS6STASS6TATS0ASSTST60SSSSAAS66ASSAS6STSSASS OSTSTSTSAZ ’(8E9 GO N0: 120) Amino acid sequence of the variable region of the heavy chain: pRUR ¥ 98CAEUKKRSA8KU8SKA8S ¥ 8ET8 ¥ С18Ж ¥ К. The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTSSSTOASTSA6SSTOSSTSSOTOTOTOOOOSTSTSTASASAOOTSOATSAS SATSTSTSTASSTASSAASSASSASSTASSTSTOSTSTOTATASTSTSTSTSTSTSTASAASA0ACASSSAS6CAAASSSSSSAASTASATSAT0ATTATTATTATTATTAT SSTSA6660TTTSTAATS6STTSTSTS0STSSAA0TST00SAATAS60SSTSSST6A SSATSTSTSOOSTSSAOOSSTOOOOOSAOOOOSTATTATTTSTSSAOOSTSATATASAA OSASSAOOSATOOTSTTSOOSOOASO6ASSAA6STOASSOTSSTAZ ’(8Е <> GO ΝΟ: 121) Amino acid sequence of the variable region of the light chain: Ρ8ΑΕΤ9ΡΑ8ν868Ρ6ρ8ΙΤΙ8ΕΤ6Τ88θν60ΥΝ8νδ> Υ0ΡΗΡ6ΚΡΡΚΕΜΙΥΕν8ΝΚΡ8θν 8NKB8S8K8SOTA8ET186E9AEOEAOUGS88UT8T8M ¥ РОО6ТКЕТУЕ (8Е0 ΙΟ ΝΟ: 20) FIG. 3Τ 27Η5 The nucleotide sequence of the variable region of the heavy chain: 5’SAOOSTTSAOOSTOOTOSASTSTOOAOOSTOOOOOAAOAObSSTOOOOSSTSAOOTOA A60TSTSST6SAA60STTSTS6TTASASSTT6ASASSASSTAT06TATSA6ST666TSS 0ACA00SSSSST06ASAA00OSTT0AOOT00AT006ATOATCA0C0TTTAASA00T AASASAAASTAT6SASA6AA66TSSA666CA6A6TSASSATSASSASA6ASASATS SAS6A0SASA6TSTASAT00A6ST6A66A6SST6A6STST6AS0ASAS66SS0T0T ATTASTOTOSOAOAOOSTASbOTATOOASOTSTOOOOSSAAOOOOASSASOOTSASS OTSTSTSAZ ’(5ЕО GO ΝΟ: 122) Amino acid sequence of the variable region of the heavy chain: ρνρΕνρδΟΑΕνΚΕΡΟΑδνκνδΟΚΑδΟΥΤΕΤδΥΟΚίννΡΟΑΡΟΟΟΕΕνΖΜΟνΖΙδνΥΝΟΝ ΤΝΥΑ9Κνρ6ΚνΤΜΤΤΟΤ8Τ8ΤνΥΜΕΕΚ8Ε88ϋΒΤΑνΥΥΟΑΚ6Υ6Μϋνΐνθ06ΤΤντν 88 (8Ε9ΙΟΝΟ: 52) The nucleotide sequence of the variable region of the light chain: 5 ’SA0TST6SSST0 ASTSAOOSSTOSSTSSOTOTOTOOOOSTSTSTOOASAOOTSOATSAS SATSTSTOSTASTOOAASSAOOSAOOTOTOTOOTOOTATAASTOSTOTSTSTOOTA CCAASASSASSOOOOSAASSSSSSAAASTOSATATATATATATO SSTSAOOOOTTSTSTTSTSOSTTSTSTSOSTSSAAOOTSTOOAASASOOSSTSSSTAS SATSTST0S0STSSA00ST0A0ACAS0A00ST6ATTATTTST0CA0STSATATASAAS SASSAOOSATOOTSTTSOOSO6AOOOASSAAOOSTOASSOTSSTAZ ’(8Εζ) ΙΒΝΟ: 123) Amino acid sequence of the variable region of the light chain: 08AET0RA8U868R6981T18STST88OU66 ¥ Y8U8ShU99NR6KRKEM1UEUU8tR8SU 81VE868K86KTA8ET186E9AEOEOUGS88UT8T8MUGO6 OTKUETE (Ж9 ΙΟ ΝΟ: 16) FIG. zee - 582 032 106 30V9 The nucleotide sequence of the variable region of the heavy chain: 5’CA66TTSAOOSTOOTSSASSTSTSOAOOSTSASST6AAOAAOOSSTOSOOSTSASOTSA ABOTSTSSTOSAAOSSTTSTOOTTASSSSTTOAASSAOOSTATOOTATSabSTOSOTOS OASAOOSSSSSTSOAAOOOOSTTOAbTOOATOOOATOOATSAOOSOSTSTAASOT AASASAAASTAT0SASA0AA00TSSA000CA6A0TSASSAT0ASSASSA0ASASATS SASSASSASASTSTASATSSASTTSASSASSASTASATSTASSASSASSASSSSSSTST ATTASTSTOSOAOAOOSTASOOTATOOASOTSTOOSSOSSAA066ASSASSOOTSASS OTSTSTSAZ ’(8ΕΡΙΒΝΟ: 124) Amino acid sequence of the variable region of the heavy chain: ΟνρΕνΰδϋΑΕνΚΚΡΟΑδνκνδεκΑδΟΥΡυΓδΥΟβν / νκρΑΡΟρΟΕΕλνΜΟλνίΞΑΥΝΟΝ 174УАРК ¥ рОКУТМТТВТ8Т8ТУ ¥ МЕЕК8ЕК8ВотаУУУСОСОУОМО ¥> ОООТТ ¥ Т ¥ 88 (δΕρίΒΝΟ: 55) The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTOSSST6AASTSAOOSSTOSSTSSOTOTSTOOOTSTSTSTOOASAOOTSOATSAS SATSTSTOSTAST60AASSAOOS6TOASOTTOOTOOTTATAASTSTOTSTSTSTAUTAAAUTOAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA SSATSTST060STSSA00ST0A00AS0A00ST0ATTATTTST0CA6STSATATASAA OSASSAOSATOSTSTTSOOSOSAOSASSAAOSTOASSTSSTAZ ’(8 Ер ΙΒ ΝΟ: 125) Alternative nucleotide sequence of the variable region of the light chain: 5 'SA0TST0SSSTSASTSA0SST6SSTSS0T0TST0S0TSTSSTS0ASA0TSSATSAS SATSTSSTOSASTSOAASSAOSAOT6ASOTTOOTOOTTATAASTSTSTSTSSTSOTA SSAASA6SASSSA06SAAASSSSSSAAASTSAT6ATTTATSA00TSA0TAATSO6S SSTSA6S06TTTSTAATS0STTSTST60STSSAA0TST66SAASASSSSSTSSSTSA SSATSTST000STSSA66ST0AS6AS0A6SST6ATTATTTSTSSASSTSATATASAA bSASSAOSATOOTSTTSOOSOSAOOOASSAAOSTOASSOTSSTAZ' (8Εζ) Π) ΝΟ: 294) Amino acid sequence of the variable region of the light chain: Ρ8ΑΕΤρΡΑ8ν808Ρ6ρ8ΙΤΙ8 € Τ6Τ88ϋν00ΥΝ8ν8ΨΥ9ΡΗΡ0ΚΡΡΚΕΜΙΥΕν8ΝΚΡ80ν 8NΚΕ8Ο8Κ8ΟNΤΑ8 ^ ΤI8Ο ^^ ΑΕ ^ ΕΑ ^ ΥΡС8δΥΤ8Τ8ΜVΡСΟΟΤΚ ^ ΤV ^ (8Е9 GO ΝΟ: 21) FIG. 3Υ - 583 032 106 19H9 The nucleotide sequence of the variable region of the heavy chain: 5 ’SA6OTTS A6TT6ST6SA6TST60A6ST6A66TS AA6 AA6SST666SSSTSA6TSA A6STSTSSTSSAAO6STTSTOSTSTAS6SSTT6ASSA6STAT6STATSAOOST6STSS 6ASA60SSSST66ASAA06SSTTSA6TS0AT66SAT60ATSA6S0STTAASAAT0ST AASASAAASTAT6SASA6AASOTSSA66SSA6A6TSASSAT6ASSASSA6ASASATS SAS6A6SASA6TSTASAT66A6ST6AO6AOOSSTO6ATST6AS6ASAS66SS6T6T ATTAST0T6SOAOA66STAS6STAT66AS6TST0660SSAAS06ASSASS6OTSASS 6TSTSSTSAZ ’(8E9 GO ΝΟ: 126) Amino acid sequence of the variable region of the heavy chain: ρν9.Ε ¥ 986ΑΕνΚΚΡ6Α8νκν8εΚΑδ6ΥΑΕΤ8Υ6Ι8ΑννΚ9ΑΡ696ΕΕννΜ6ΐνΐ8Α ¥ Ν6Ν ΤΝΥΑ9Κνρ6ΕνΤΜΤΤΟΤ8Τ8ΤνΥΜΕΕΚ8ΕΕ8ϋΟΤΑνΥΥϋΑΚΟΥΟΜθνΨ696ΤΤντν 88 (8Ε9ΙΒΝΟ: 56) The nucleotide sequence of the variable region of the light chain: 5 ’SA6TST6SSST6ASTS A6SST6SSTSS6T6TST666TSTSSTS6AS A6TS0 ATS AS SATSTSTSTSSASTSSAASSAASASTSASSTTSbTSOTTATAASTSTSTSTSTSTSTSTOST SSAASA6SASSSA0SSAAASSSSSSAAASTSAT6ATTTAT6A66TSA0TAATS66S CCTSAOOBATTTSTAATSOSTTSTSTOBSTSSAAOOTSTOOAAASASSOSSTSSSTOA SSATSTST66SSTSSA66ST6A66AS6A6 OSTOATTATTTST6SAOOSTSATATASAA 6SASSA6SAT66TSTTSS6SOOA6O6ASSAA6STOASSOTSSTAZ ’(8E9 GO ΝΟ: 127) Amino acid sequence of the variable region of the light chain: ρ8ΑΕΤ9ΡΑδνδ68Ρ6ρ8ΙΤΚ € ΤΟΤΝ8Ο ¥ 66ΥΝ8 ¥ 8> Υ99ΗΡΟΚΡΡΚ1ΜΙΥΕν8ΝΚΡ86Ι δΝΚΓ8Ο8Κ8ΟΝΤΑ8ΕΤΙ86ΑΕΟΕΑΟΥρΑΕΟΕΑΟΥΓΕ88ΥΤ8Τ8ΜΥΓΤΚΕΤ66ΤΚΕΤ ¥ Ε (8 Ep ΙΟ ΝΟ: 22) FIG. 3 \ ¥ 17С2 The nucleotide sequence of the variable region of the heavy chain: 5 ’SASSTTS A6ST00TSSA0TSTS0 ASSTOASOTS AA0AA6SSTSS0SSSTS ASTOA ASOTSTSSTOSAAOOSTTSTSOTTASAOOSTTTASSAOOSTATSTATSAOOSTSOSTOS SASASSSSSSSTSbASAASSSSSTTSASTbSATSSbATSSSTSSASSSTSTASAATOOT AASASAAASTATSSASA6AA0TTSSA600CA0ASTSASSATSASSASASASASASATS SASbASSASASSSSTASATSSAASTOAOOSAOSTSAOATSTSASOASASSSSSOTOT ATTASTOTOSSA6AOOSSTASSTTATSSASSTSTSSSSOSSAASSSSASSASOOTSASS STSTSSTSAZ ’(8Е9 10 N0: 128) Amino acid sequence of the variable region of the heavy chain: 0 ¥ ρΕ ¥ 986ΑΕ ¥ ΚΚΡΟΑ8ΥΚ ¥ 8ΟΚΑ8ΟΥ8ΓΤ8ΥΟΙ8 \ ν ¥ Κ9ΑΡθρθΕΕΑ ¥ Μ6 \ νΥ8ΑΥΝ6 ΝΤΝΥΑρΚΓ06Κ ¥ ΤΜΤΤΟΤ8Τ8ΤΑΥΜΕΕΚ8ΕΚ8ΟΟΤΑ ¥ ΥΥ € ΑΚαΥΥΜϋ ¥ \ Α / 6ρ6ΤΤ ¥ Τ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ that Τ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ that is The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTOSSSTASSTASSASSSTOSSTSSOTTTSTSSSTSTSTSOASASTSOATSAS SATSTSSTSSASTSSAASSASSA6TSASSTTSSTSSTSTAAASTSTOTSTSTSTSOTA SSAASASSASSSSSSSSAAASSSSSSAAAS6SATSATTTATSA6STSASTAATSSSS SSTSAOOSSOTTTSTAATS6STTSTSTOSSTSSAASTSTOOAASASOOSSSTSSSTOA SSATSTSTS66STSSAS0STSASSASSASSASSSTSATTATTASTSSASSTSATATASAA 6CASSAASATOOOTATTSOOCO6ASO6ASSAA6STOASSOTSSTAZ ’(8 Ер Ш ΝΟ: 129) Amino acid sequence of the variable region of the light chain: Ρ8ΑΕΤρΡΑ8 ¥ 8Ο8Ρ6ρ8ΙΤΚετΟΤ88Ο ¥ 0ΑΥΝ8 ¥ 8> ΥΡ0ΗΡ0ΚΑΡΚΚΜΙΥΕ ¥ 8ΝΚΡ86 ¥ 8Ν№868Κ86ΝΤΑ8ΕΤΚ6ΕρΑΕΒΕΑΟΥΥ088ΥΤ8ΤΝΜ ¥ Γ6α6ΤΚΕΤ ¥ Ε (8Е0 ΙΟ ΝΟ: 24) FIG. 3X - 584 032 106 13Sh The nucleotide sequence of the variable region of the heavy chain: 5'SAOOTASAOTTSSAOSAOTSASOTSSAOOASTOOTSAASSSSTSOSA6ASSSTST SASTSASSTOTOSSATSTSSSOOSASAOTOTSTSTASSAASAOTSSTSSTTOOAAST OOATSAOSSASTSSSSATSSASAOSSSTTOASTSSSTObOAASSASATASTASAOO TSSAAOTOOTATAAAAATTATTSASTATSTOTOAAAAOTSOAATAASSATSAASSSA OASASATSSAAOAASSASTTSTSTSTSSAASTOAASTSTSTOASTSSSObOOASASO SSTOTOTATTASTOTSSAASAOSSSSOSSAASTSSTOSTTTTOASTAST600SSSA6 OOAASSSTOOTSASSOTSTSSTSAZ '(8EO II) N0: 130) Amino acid sequence of the variable region of the heavy chain: PURPPP8OPCE ¥ КР8рТ88ЦЦ186О8 ¥ 88 The nucleotide sequence of the variable region of the light chain: 5’STTTSTSSSSSTSASSSASSSSSSSSSSSTSTSTOOSTSTSSTBASASTSSATSAS SATSTSSTOSASTOSAASSASSAOOTOATSTSTSSAATTAAASSTTOTSTSTSTSTA SSAASAOOTATTSAOOAAAAOSSSSAAASTSATOATTTAT6AOOTSA6TAA6COOS SSTSAOOOOTTSTAATSSSTTSTSTSSSTSSAASTSTOSSAASASOSSSTSSSTAAAATSTSTSOSSTSSAOOSSTOASASOAOSTOATTATSTSTSTSTATSATATOSAO OTASTASSASTSTSTSTTTTSSOSOS6SASOOASSAAOSTOSTASSOTSSTAZ ’(8) ΝΟ: 131) Amino acid sequence of the variable region of the light chain: Ε8ΑΕΤ9ΡΑ8ν868Ρ0ρ8ΙΤΙ8ΕΤ0Τ880ν6ΝΥΝΕν83νΥΡ9Υ80ΚΑΡΚΕΜΙΥΕνδΚΑΡ80ν 8ΝΚΓ8θ8Κ86ΝΤΑ8ΕΤΙ86Ε0ΑΕΟΕΑΟΥΥ € Ε8ΥΑ088ΤΕνΕΟ06ΤΙ <ΕΤνΕ (8 Ер ΙΟ ΝΟ: 28). FIG. 3Υ 9C9 The nucleotide sequence of the variable region of the heavy chain: 5’OAOOOOTSSAOOTTO (ZTOOA6TSTOOOOOOAA06STTOOTSSAOOSSTOOOOOOOTSSST6A OASTSTSTSTOTOTAOOTSTSTSSATTSASSTTTAOTASSTATTOOATSAOSTOOOTOTSO SSAS6STSSAS6CAA0S6SSTS0A6T6SSTSSSSAASAAA6CAASAT6CAA0T SA0AAATASTATST6060STST6TSAASS0SSSATTSASSATSTSSA6A0ACAAS6C SAA0AASTSAST6TATST6CAAAT0AASASSASSSTSA0ASSC0A06ASASS0ST0TAT ATTASTST0S6ASA6A6TSAAAST0SS6ATTTSSTTTTSATATST6SSSSSSAASSA SAATOOTSASS6TSTSTTSAZ ’(8Е0 ΙΟ ΝΟ: 132) Amino acid sequence of the variable region of the heavy chain: EU () EUE86CSEURRS68EKE8SUU86GTG88UZUM8ZHUKRAR6K6EERUUAMK0O68E ΚΥΥνΟδνΚΟΚΡΤΚΚΟΝΑΚΝδΕΥΕρΜΝδΕΚΑΕΟΤΑνΥΥΟΑΚΕδΝΨΟΡΑΡΟΙίνΟρΟΤΜ UTU88 (8Er GO ΝΟ: 64) The nucleotide sequence of the variable region of the light chain: 5’sASTSTSTSSTSASTSabSSASSSSSTSSASSSTSTOOOOSSSSSSOOOSAOASSOTSA SSATSTSTTOTTST60AA6CA0STSSAASATS66AASTAAOASTSTAAASTO6TASS AASAS0TSSSA06AASSS0SSSSAAASTSSTSATSTATASSAATAATSASS6SSSS TTA0SSSTSSSTSSASSSATTSTST00STSSAASTST06SASSTSSASSSSSTSSSS ATCA0T000STSSA0TSTSA00AT6A00ST0ATTATTATT0T0CA6SAT000AT0AS AOSSTOAATTOOOTOTTSOOSOOAOOOASSAAOSTOASOTOZOSTAZOSTOZOSTAZOZOSTOZOSTOZOSTOZOSTOZOSTAZOZOSTOZOSTOZOSTAZ Amino acid sequence of the variable region of the light chain: p8UET9PP8A8STROK ¥ T18C86888NU8KTUN> ¥ p9 ¥ P6 thirty) FIG. 3Ζ - 585 032 106 9H6 The nucleotide sequence of the variable region of the heavy chain: 6 OASTSTSSTOTbSAOOSSTSTOOATTSASSTTTASTSOSTATTaSATOabSTSOSTSSb SSAOOSTSSAOebAA6666ST60AOTSOOT06SSAASATAAAA6CATOATSOAA6TO JSCAAATASTATOTOOASTSTOTOAASOOSSOATTSASSATTTSSAOAOASAASOSS AAOAASTSASTSTATSTSSAAATSASAOOSSTAOAOOSS6AOOASASOSTOTOTA TTASTOTOSAOOAbTSAAASTSOOOATTTOSTTTTTOATOTSTOBOOSSASOOOOAS AATOOTSASSOTSTSTTSAZ ’(8Е9 GO N0: 134) Amino acid sequence of the variable region of the heavy chain: Е ¥ 9Ьу'Е8О6ОЬ ¥ рРС65ЬкЬ8САА56.гТЕ8КУ'tу15> ’УКРАРАРК6ЬЕ'А '¥ АА’1КНП68Е ΚΥΥν08νΚ0ΚΡΤΙ8Κ0ΝΑΚΝ8ΕΥΕρ.ΜΝ8ΕΚΑΕ0ΤΑΥΥΥ € ΑΚΕ8Ν ¥ / 0ΡΑΡ0νΐν0Η0Τ MUTUZZ (8E0 GO ΝΟ: 62) The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTOTOSTOSTASAOOSSASSSTSAOOSOTSTOOOSSSSSSOOOOAOAOOOSTSA SSATSTSTTOTTSTOOAAOOSAOOSTSSAASATSSOAAOOTAASTOSTAAASTOOTASS AOASAOOSTSSSAOOAASOOSSSSSSAAASTSSTSATSTATAOOTAATASOOSOOSSST SA00SOTSSSTSSASS0ATTSTST6SSTSSAASTST06SASSTSS0SSTSSSTSSSSA TSAOOTOOOSTSSAOOTSTOOOOOOOOOOOTATTATSTOTOSAOOSATOOOOATOASA OSSTOAATTOOOTOTTSOOSOOAOOOASSAAOSTOASSOTSSTAZ ’(8Е (? GO 'ΝΟ: 135) Amino acid sequence of the variable region of the light chain: ρ8νΕΤ9ΡΡ8Α86ΡΡ69ΚντΙ8 € 8Ο888ΝΙ68ΝΤ ¥ Ν> Υ9ΡΕΡΟΤΑΡΚΕΕΙΥ8ΝΝΚΚΡ8Ο ¥ Ρϋ ΚΡ868Κ8ΟΤ8Α8ΕΑΙ8ΟΕ08ΕΟΕΑΟΥΥεΑΑ \ νθΟ8ΕΝ \ ννΡΟΟ6ΤΚΕΤνΕ (8Ер ГО ΝΟ: 31) FIG. 3AA 1315 The nucleotide sequence of the variable region of the heavy chain: 5 ’OA6STOSASSTOTTTSOA6TST6SOOOAOOSTTOOTASASSSTS660S6TSSSTOA OASTSTSSTOTOSAOOSSTSTOOATTSASSTTTAOOSAOOSTATSSSSATSAOOSTOOOTSS OSSAOOSTSSAOOOAAOOOOSTOOAOOTOOTSTSAASTATTAOOTOOOTAOTOOTOOT AOSASATATTASOSASASSTSSSTSAASSOSSSSSTTSASATSTSSASASASAATTS SAAOAASASOSTOSTATSTOSAAAOAASAOSTOAOAOSSOAOOASASOOSSOTAT ATTASTSTOSSAAA6AA6TT66CA6TSSSTTT6ASTAST6666SSAO6OAASSST6 TSASSSTSTSSTSAZ ’(8Е0 GO N0: 136) Amino acid sequence of the variable region of the heavy chain: ΕΥ9ΕΕΕ8Ο66ΕΥρΡ665ΕΚΕ8 € ΑΑ8ΟΡΤΡ88ΥΑΜ8 \ ννΚ9ΑΡ6Κ6ΕΕ> ¥ 8Τ18686ΟΚΤΥ ΥΑΒ8 ¥ Κ0ΚΡΤΙ8ΚΒΝ8ΚΝΤΕΥΕ9ΜΝ8ΕΚ.ΑΕΟΤΑ ¥ ΥΥ € ΑΚΕ ¥ 08ΡΡϋΥ3ν096ΤΕΥΤ ¥ 88 (JO GO ΝΟ: 69) The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTOTOTTOTOASOSAOOSSOSSSTSAOOTOTST6COOSSSSAAOAOAOAAOOTSA SSATSTSST6STST00AA6CAASTSSAASATT606AATAAATTAT6TATSST06TASS ASSASSTSSSSAS-SAASAOSSSSSSAAASTSSTSATTTATOASAATAAAAOOSOASST SASSSSATTSSTOASSSSATTSTSTSSSTSSAASTSTOOSASSTSabSSASSSTSSSSA TSASS06ASTASCA6AST0060ASSA60SS6ATTATTASTSS66AACAT000ATA6S AOSST0AOOTOST6TOOOTATTS6SSSOAOOOOASSAAOOSTOASSOTSSTAZ ’(8 Ер ΙΒ ΝΟ: 137) Amino acid sequence of the light chain variable region: 98 ¥ ΕΤρΡΡ8ν8ΑΑΡθ (> ¥ ΤΙ8Ο868№ΝΙ6ΝΝΥν8ΐνΥ (3ΡΕΡ6ΤΑΡΚΕΕΙΥΟΝΝΚΚΡ86ΙΡ ΟΚΡ808Ν86Τ8ΑΤΕθΙΤ6Ε9ΤΟΟΕΑΟΥΥ € ΟΤνθ88Ε8Α ¥¥ Ρ606ΤΚΕΤ ¥ Ε (8Е0 ΙΟ ΝΟ: 42) FIG. 3ΒΒ - 586 032 106 31B12 The nucleotide sequence of the variable region of the heavy chain: 5'SAOOTSSAOSTOOTOOAOTSTOSSOOAOOSOTS6TSSAOSSTSOOASOTSSSTSA SASTSTSSTST6SAOS6TSTO6ATTSASSTTSA6TA6STATS6SATOSASTOOOTSS OSSA06STSSASSSAAS606STOOAOTOOOTSOSAATTATATOOTATOATOOAAOT AATAAATASTAT0SA0ASTSS0T6AA0S0SS0ATTSASSATSTSSA0A0ASAATTSS AAOAASASASTOTATSTTSAAATOAASASSSTOAOAOSSOAOOASASOOSTOTOTA TTASTOTOSOASOAOOS6000TSTOOSAOSTSSTSSSOOSOOTATOOASOTSTOOO OSSAAOOOASSASOOTSASSOTSTSSTSAZ '(8Er ΙΟ ΝΟ: 138) The amino acid sequence of the variable region of the heavy chain is The nucleotide sequence of the variable region of the light chain: 5’TSSTATOAOOSTASTSAOOSSASSSTSASTOTSTOTOTSSSSAOOASAOASAOOSSAO AATSASSTOSTSTOSAOAAAATTSOOOOAAAATATOSTTOSTOOTATSAOOSAOAA ASSAOOSSAOOTSSSTOSTOSTSTSATSTATSAAAATASSAAOOTSOSSSTTAOOBAT SSST0A0ATTSTST00STSSAA0STST000AASASATSATSASTOSTASTOSTASTOSTAST TOSTATTS6SSOOASOOASSAAOSTOASSTSSTAZ ’(8Е (? ΙΟ ΝΟ: 139) Amino acid sequence of the variable region of the light chain: Alternative nucleotide sequence of the light chain variable region: 5'TSSTATOAOSTOASTSAOSSASSSTSAOTOTSSOTOTSSSSAOOASAOASAOSSA 0AATSASST0STST00A0ATAAATT00000ATAAATAT0STT0ST00TATSA0SA6A A0SSA00SSASTSSSST0T0ST0STSATSTATSAAAATASSAA6T00SSSTTA000A TSSST0A0S6ATTSTST00STSSAA0TST000AASASA0TSASTST0ASSATSA0S0 00ASSSA0SSTAT00AT6A60ST0ASTATTAST0TSA00S0T000ASA0SA0SAST 6T66TATTSS6S66AS66ASSAA6ST6ASS0TSSTAZ '(8E (2 GO ΝΟ: 295) FIG. 3СС - 587 032 106 ZS4 The nucleotide sequence of the variable region of the heavy chain: 5'SA00TSSA0STSSAS0A0TS066SSSA06AST66T6AA6SSTTSASA6ASSSTST SSSTSASSTOSASTOTSTSTObTOOSTSSATSAOSAOTAOTOATTASTASTOSAOST 66ATSS0SSA0SASSSA600AA06SSSTS0A6T00ATTS60TASATSTATTASAST READY (ZSASSTASTASAASSSOTSSSTSAAOASTSOAATTASSATATSAOTAOASAS 6TSTAA6AASST0TTSTSSST0AA6TT0ASSTST0T6AST6SS6SS0ASASS0SS0T OTATTASTOTOSOAOAOOOObSOTOASTASOTASTASTASOSTATOOASOTSTOOb OSSAAOOSASSASSOTSASSOTSTSSTSAZ ’(8Εζ> Π) ΝΟ: 140) Amino acid sequence of the variable region of the heavy chain: ρν0Ε9Ε86ΡΟΕνΚΡ8ρΤΕ8ΕΤ € ΤνδΟΟ8Κ88ΟΥΥ888383 The nucleotide sequence of the variable region of the light chain: Z'OASATASAOATSASSSAOOTSTSSATSSTSSSTbTSTSSATSTOTAAAOASAOOT SASSATSASTTSSSSOOAAOTSOTOSOSATTAOOSASTATTTAAOTOTSOTATSTOSA 0AAASSAC00ATT0SSSSTAA6STSST0ATSTAT6STSSATSSA6TTT6CA0A0TS0 06TSSSATSAA00TTSA0T00CA0T00ATSTS00ASA0ATTTSASTSTSSASSATSAS SASTSTOSAATSTOAOATTTTOSAASTTASTASTSTSASAOAOOTTASAOOTASSSS OSTSATTTTSOOSSbAOOOOASSAABOTOSASATSAAAS ’(8Er ΙΟ ΝΟ: 141) Amino acid sequence of light chain variable region: ΟΐΡΜΤρ8Ρ88Ε8Α8νθΟΚΥΤΙΤΕΚΑ8ρΚΙ8ΝΥ'Ε8 ¥ ^/ ΎΕρΚΡθ1ΑΡΚΕΕΙΥΑΑ88ΕρδθνΡ8Κ Ρ868Ο86ΤΟΕΤΕΤΙ88Ερ8ΕϋΡΑΤΥΥΕΡ98Υ8ΤΡΕΙΓΟΟ6ΤΚΥΕΙΚ (8E9 GO ΝΟ: 7) FIG. 3ΌΌ 30A4 The nucleotide sequence of the variable region of the heavy chain: 5’CAOOOTOSAOOST60TSSAOOTSTaSS06A66COTOOTSSASSSTOOOAOOSTSSST6A SASTSTSST0T6SASS0TST00ATTSASSTTSASTASTATS6SAT6SAST660TSS 6SSA00STSSA00CAA6660ST66ASSTSS0T6SSA6TTATAT66TATSAT00AAST 0AAAATASTATATASATATASATATASATATASATATASATATASATACTA TTASTbTOSSAOAbAOASTbOTSSSTTOAAASTSTASTASTASOBTATOOASSTSTO 606ССАА000ASSASS00TSASSSTSTSTSAZ ’(8ЕО ΙΒ ΝΟ; 142) Amino acid sequence of the variable region of the heavy chain: 9ΥΡΕ ¥ Ε8ΟΟ6 ¥¥ 9ΡθΚ8ΕΚΕ8ΟΑΑ86ΡΤΡ88ΥΟΜΗν ¥ Κ9ΑΡΟΚ6ΕΕν / ΥΑ ¥ Ι> Υϋ68Ο ΚΥΥΑ08 ¥ Κ6ΚΡΤΙ8Ρ0Ν8ΚΝΤΕΥΕρΜΝ8ΕΚΑΕ.0ΤΑ ¥ ΥΥ € ΑΚΈΤ6ΡΕΚΕΥΥΥ6ΜθννЕΤΤΤ ₇₄ N 8 88¥ _N 8 ₈ 8 _N Nνννννν¥νννν¥ The nucleotide sequence of the variable region of the light chain: 5’SATATTSTOATSASSTASAOOTSTSSASTSTSTSTSTSSSSATSASSSTOOAOAOOSSOSS STSSATSTSST0CA00TSTA0TSA0A0STSTSTSTATA0TAAT00ATASAASTTTT6 AATT00TASSTOS6AA0CCA060CA0TSTSTASTASTA SATS606SSTSS0666TSSST6ASA60TTSA0TS6CA0TS0ATCA00ACASA6ATTTT ASASTSbAAATSAOOSAOobTOOASOSTOASOATOTTOOOOTTATTASTOSATOSA ASTTSTASAAASTSSATTSASTTTSSSSST6SASSAAA6TS6ATATCAAAZ ’(8Er ΙΒΝΟ: 143) Amino acid sequence of the variable region of the light chain: ΟΙ ¥ ΜΤ98ΡΕ8Ε8 ¥ ΤΡ6ΕΡΡ8Ι8ΕΚ8898ΕΕΗ8ΝΟΥΝΡΕΝν7ΥΕ9ΚΡ608ΡρΕΕΙΥΕΟ8ΗΚΑ8 О ¥ GOKR808686TORTEKY ¥ ЕАЕВ ¥ 6 ¥ УУСМ9 ¥ ЕРТРРТР6Р6ТК ¥ О1К (8Е <2 ГΝΟ FIG. 3EE - 588 032 106 1A12 The nucleotide sequence of the variable region of the heavy chain: 5’0A66T0CA6ST06T66A0TSTS0000A66STT66TSSA6SST6000baTSSST0A OASTSSTSTOTOSA6SSTSTOOASTSASSTTTA6TAASTTTTOOOOAOOSTOOOTOTSO SSAS0STSSA666AA6660ST60AST660T6SSCAASATAAAACAA6AT66AA6T 0ACAAATASTAT6T6CASTASTST6AAC66CC6ATTSASSATSTSSA6ASASAASSC SAA0AATTSAST0TATST6CAAAT0AASA0SST6A0A6SS0A00ASAS06ST0T0T ATTSST0TAC0A6A6A6TSAAAST0066ATTT6STTTT6ATATST6060SSAA000A SAATOOTSASSOTSTSTTSTS ’(8E9 ΙΟ ΝΟ: 144) Amino acid sequence of the variable region of the heavy chain: ΕνρΕνΕδΟΟΟίνρΡΟΟδΕΚΕδΟΑΑδΟΕΤΡδΝΡΨΜδίννκρΑΡΟΚΟΕΕίννΑΝΙΚρΟΟδΕ ΚΥΥνΠ8νΚ0ΚΡΤΙ8№ΝΑΚΝ8ΕΥΕρΜΝ8ΕΚΑΕ0ΤΑνΥ8 € ΤΚΕ8ΝΨ0ΡΑΡ0ΙΨ0ρ0ΤΜ ντνδδ (8Е9 GO ΝΟ: 65) The nucleotide sequence of the variable region of the light chain: 5'SAOTSTOTOSTSASTSAOSSASSSTSAOSOTSTOOSASSSSSOO6SAOASOOTSA SSATSTSTTOTTSTOOAAOSAOSTSSAASATSOOAAOTAAAASTOTAAASTOOTASS AOSAOTTSSSAOSAASOOSSSSSAAASTSSTSATSTATAOTAATAATSOOSOOSSST SAOOOOTSSSTOASSOATTSTSTOOSTSSAAOTSTOOSASSTSAOSSTSSSTOOSSA TSAOTOSOSTSSAOTSTOAOOATOAOOSTOATTATTASTOTOSAOSATOOOATOASA 6SSTOAATT6S6TSTTSS6SOSA66SASSAAOSTOASSOTSSTAZ '(8Eu ΙΟ ΝΟ: 145) Amino acid sequence of the variable region of the light chain: 98νΕΤρΡΡ8Α86ΤΡ6ρκντΚ € 8Ο888ΝΪΟ8Τ <ΤνΝ> Υ99ΡΡΟΤΑΡΚΕΕΙΥ8ΝΝΜ <Ρ8Ο ¥ ΡΟ ΚΡ868Κ8ΟΤ8Α8ΕΑΙ86Ερ8ΕΟΕΑΠΥΥ € ΑΑ1 ¥ Οϋ8ΕΝΨ ¥ ΡΟΑ0ΤΚΕΤ ¥ Ε (8Е <) FIG. 3PP ZV6 The nucleotide sequence of the variable region of the heavy chain; 5’CA00TTSA0ST00T6CA0TST60A0ST0A66T6AA6AA0CST0666SSTCA6TSA A06TSTSST6CAA6OSTSTSTS6TTASASSTTTASSA6STATOOOTATSASSTOOOOT6S OASAOOSSSSSTSOASAAOOOSSTTOAOOTOOATOBOATOOATSAOOSASTTASAATOOT AASASAAASTATOSASAOAAAOOTSSAOOOSA6AOTSASSATOASSASAOASASATS CASOAOOSASAOOSSTASATbOAOOSTOOOOAOOSSTbAOATSTOASOASASOOSSOTTT ATTASTSTSSSSASASSSTATASTSOOOASTASTASTOOOOSSA660AASSSTOOTSASS OTSTSTSAZ ’(8EP GO ΝΟ: 146) Amino acid sequence of the variable region of the heavy chain: 9νρΕΥ986ΑΕ ¥ ΚΚΡ6Α8ΥΚΥ8 € ΚΑ80ΥΤΡΤ8Υ6Ι8 ¥ / ¥ ΕρΑΡ696ΕΕ1 ¥ ΜΟ> Ι8ΤΥΝΟΝ ΤΝΥΑρΚΥςθΚ ¥ ΤΜΤΤΟΤ8Τ8ΤΑΥΜΕΕΚ8ΕΚ5ΟϋΤΑ ¥ ΥΥ € ΑΚΟΥΤΚΟΥ> 69ΟΤΕ ¥ Τ ¥ 8) The nucleotide sequence of the light chain variable region: b'SAOSSTSTOSTOASTSAOSSASTTTTTOSATSASSSTSSSTOSOAOSSTSOOTSAS ASTSASSTSSASSSTOAOSAOSOOSTASAOTASTTATOAAOTOOASTOOTATSASSA OA6ASSAOOOAAOSOSSSSS06TTTSTSATOSOAOT66ASASTOST660ATTOTOO OATSSAAOOOOOAAOOSATSSSTOATSOSTTSTSAbTTTTbOOSTSAOOSSTOAATS OOTATSTOASSATSAA6AASATSSAOOAAOOAOOATSASASTOASTASSASSASTOTOOO OSAOASSATS-OSAS-TOOS-ASSAASTTSS-TSOTOOTATTSOS-SOOAbs-OASSAASST OASOTSSTAS ’(8E9 ΙΟ ΝΟ: 147 Amino acid sequence of the variable region of the light chain: ρΡ ¥ ΕΤρΡΕΡΑ8Α8Ε6Α8ΥΤΕΤΕΤΕ88θΥ88ΥΕνϋΨΥ9ρΚΡ6ΚΟΡΚΡ ¥ ΜΚ ¥ ϋΤΟ6Ι ¥ θ8Κ 0Ε0ΙΡϋΚΓ8 ¥ ΕΟ8ΟΕΝΚΥΕΤΙΚΝΐρΕΕΟΕ8ΟΥΗ0ΟΑϋΗ68θ ™ Ρ ¥ Υ ¥ Ρ066ΤΚΕΤ ¥ Ε (8) FIG. 300 - 589 032 106 31A4 The nucleotide sequence of the variable region of the heavy chain: 5’SAOOSTOSASSTASASSASASTOSOSSOSOSAAASTSTTOAASSTSTSSSSASASSSTOT SSSTSASSTSS0ST0TSTAT60T600TSSTTSA0T0SOTASTAST06AAST00ATSS ОССА6СССССАСООААСОССОССОАСТООАТТ0606АААТСААТСАТАСТСОАААА ASSOASTASAASSOTSSTSSASAAOOTSOAOOTSASSATATSASTAOASASSTSSAA SAAOOSTSTSTSSSTAAOSTAASTSTOTOASSOSSSSASSASOSTOSTSTATT STOT6SSAOASSSSAOOSTS6TSSSSTTTSASTASTASSSOSSSSAOOS6AASSSTSSTSAS SOTSTSTTSAZ ’(8 Ер ΙΒ ΝΟ: 148) Amino Acid Sequence of the Variable Region of the Heavy Chain: RuEerp ^ Oooooooooooooooooooo The nucleotide sequence of the variable region of the light chain: 5’SASTSTSTOSTOASTSAOOSSASSSSTSASS6TSTOOASASSSSSSOOOSAOASSSTSA SSATSTSTTSTSTSTOOAAOOSASSTSSAAASATSSOAAOOTAAASTOTAAATTOOTATS AOSAASTSSSSOOAASSASSSSSSAAASTSTSATSTATAOOTAAATSAOOS66SSST SAOSSSTSSSTOASSOATTSTSTSSSTSSAASTSTSSSSASSTSAOOSSTSSSTS6SSA TSASTSSOSTSSASTSTSOOOOATSAOSSTSATTATTSTSTSSAOOTATSSSSATSASA OSSTSAATSTSTSSST6TTSSSSSOAOOSASSAASSTOASSOTSTST ’(8Er GO ГО: 149) Amino acid sequence of the variable region of the light chain: 08νΕΤρΡΡ8Α86ΤΡΟ0ΚνΤΙ8 € 8Ο888ΝΙ68ΝΤνΝΐΥΥ9ΡΕΡ6ΤΑΡΚΕΕΙΥ8ΝΝρΚΡ8θνΡϋ Κ.Ρ868Κ8θΤ8Α8ΕΑΙ86Ε08ΕΟΕΑϋΥΥ € Αν> Βϋ8ΕΝΟ \ ννΡΟΟΟΤΚΕΤνΕ (ЖР Г ΝΟ: 32). FIG. 3HN 25A7 The nucleotide sequence of the variable region of the heavy chain: Z’SASbTTSAOOSTOOTOSAOOTSTOOAOOSTSAOOTSAAOAAOSSTSbbSSSTSAOOTSAOOOOSTSTSTAASSSTTSTSOTTASASSTTTSSSSAOOSTATOOTATSASSTOOOTSS OASAOOSSSSSTOOASAAOOOSSTTOAOOTOOATOOOATOOATSA6SOSTTASAATS6T AASASAAASTATOSAOAbAAOOSTSSASOOOOSAOAOTSASSATSASSASAOASASATS SAS0A6SASASSSTASATSSASSTSA6CA0STSTA6ATSTSASSASASASSSSSSSTST TTTASTSTOSOA6AOOSTASOTTATOOOOSOTSTOS60SSAA660ASSASSOOOOTASS STSTSSTSTZ ’(8EP ΙΒ ΝΟ: 150) Amino acid sequence of the variable region of the heavy chain; 9ν9Εν986ΑΕνΚΚΡ6Α8νκν8 € ΚΑ80ΥΤΡΡ8Υ0Ι8ν / νΚ.ρΑΡ0ρ0ΕΕ \ νΜ0ΨΙ8ΑΥΝ0Ν ΤΝΥΑΕΚΕρσΚ.νΤΜΤΤ0Τ8Τ8ΤΑΥΜΕΥΚ8ΕΡ.8ΟΟΤΑνΡΥ0ΑΚ0ΥνΜΟΥ1 ¥ 0ρ0ΤΤΥΤΥ8 8 (8Ε9ΙΒΝΟ: 58) The nucleotide sequence of the variable region of the light chain: 5’SAOOTST6SSST6ASTSAOOSSTOSSTSSOTOTOTOOOOSTSTSTOOASAOOTSOATSAS SATSTSTOSASTSOAASSASSAOTSASOTTSYUTSOTTATAAATSTOTSTSTSTOOTAS SAASASSASSASSCA60CAAA0SSSSAAA0TSATSATTATTAT STSAOOOOTTSTSTASSTOSOSTTSTSTOOSTSSAAOOTSTOOSAASOOSSSTSSST6AS SATSTST060STSSA00ST0A60AS0A60STSATTATTASTSSA0STSATATASAA6 SA6CA0S6TT0TATTSS6SS0AS06ASCAAAAST0ASS0TSSTAZ ’(8Er ΙΒ ΝΟ: 151) Amino acid sequence of the variable region of the light chain: ρ8ΑΕΤ9ΡΑ8ν865Ρ0ρ8ΙΤΙ8 € Τ0Τ850ν6ΚΥΝ5ν8λνΥρΗΗΡ6ΚΑΡΚνΜΙΥΕνδΝΚΡ86ν 8ΤΚΡ8Ο8Κ8ΟΝΤΑδΕΤΙ8ΟΕ9ΑΕΟΕΑΟΥΥε88ΥΤ888 ¥ νΡΟΟ6ΤΚΕΤ ¥ Ε (8 Ep ΙΟ ΝΟ: 15) FIG. 311 - 590 032 106 21B12 The nucleotide sequence of the variable region of the heavy chain: 5’CAOOOTTSA6STOOTOSA6TSTSOASST6AOOTOAA6AA6SSTS066SSTSA6T6A A6STSTSTSTAAAOOSTTST66TTASASSTTAASASSASSTATSSTATSASST6OSTOS 6ASASSSSSSSTSSASAASSSTSTASSTATSATSATSTATSATSATS6CAT66 AASASAAASTATSSASA6AA6STSSASSASSOSA6ASSSASSATOASSASASASSASSATS SAS6ASSASSASSSSTASATSSASST6AOOSAOSTSASATSTOASOASSSSSSS6TOT ATTASTSTSSSA0AS6STAS0STATSSAS6TSTSSS6SSAASS6ASSASAS06TSASS OTSTSTSTZ ’(§ЕО GO ΝΟ: 94) Amino acid sequence of the variable region of the heavy chain: ρνρΕνρ86ΑΕνΚΚΡ6Α5νκν8α4Α56ΥΤΕΤ8Υ618 \ ννΚ0ΑΡ606ΕΕ3νΜΟ3ν ¥ 8ΡΥΝΟ ΝΤΝΥΑηΚΕρΟΚΟΤΜΤΤΟΡΞΤδΤΑΥΜΕΕΚδΕΚδΟΒΤΑνΥΥΕΑΚΟΥΟΜ'ΟνΥΌΟΟΤΤντ У88 (8Ε9ΙΒΝΟ: 49) The nucleotide sequence of the variable region of the light chain: 5’CA.6TST6SSSTSASSTASSASSSTSSSTSSOTSTSTSSSTSTSTASASAOOTSSATSAS SATSTSST0SASTS6AASSA0ASAST0ASSTT6STSSTTATAASTST0TSTSST06TA SSAASASSASSASSA6SSAAAA0SSSSAAASTSATSATTTAT6A6STSA6TAATS60S SSTSSASS0STTTSTAATS0STTSTST60STSSAASTSTS6SAASAS06SSTSSSTSA SSATSTSTSSSSSTSSASSSSST6AS6ASSASSSSSTSATTATTASTSSAATTSATATASAA OSASSAOSATOOOTATTSOOSOSASSASSASSAASTOASSTSSTAZ ’(§Е (2 GO ГО: 296) Amino acid sequence of the variable region of the light chain: 98ΑΕΤρΡΑ8ν808Ρ6Ρ81Τ18ΕΤ6Τ88Βν06ΥΝ8ν83νΥρρΗΡ6ΚΑΡΚΕΜ1ΥΕν8ΝΕΡ8θν 8ΝΚ.Ρ808Κ80ΝΤΑ8ΕΤΙ80ΕρΑΕηΕΑΟΥΥΕΝ8ΥΤ8Τ8ΜνΡ000ΤΚΕΤνΕ (8 Ep GO ΝΟ: 23) FIG. 3L Permanent Domains Nitap 1dS2: Α8ΤΚ6Ρ8νΕΡΙΑΡ05Κ5Τ5Ε3ΤΑΑ16 € ΐνΚ0ΥΕΡΕΡντν5ννΝ86ΑΙΤ86νΗΤΕΡΑνΐ05δ61Υ5183ννΤ νΡ58ΝΕ6ΤαΤΥΤΟΝνθΗΚΡ3ΝΤΚνοΚΤνΕΚΚΟθνΕΟΡΡΟΡΑΡΡνΑ6Ρ8νΕΕΕΡΡΚΡΚΟΤΙΜΙ5ΚΤΡΕνΤΟ ννννθν5ΗΕ0ΡΕναΕΝΑΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕΗΝΑΚΤΚΡΗΕΕγγγγγγγ ΑΡΙΕΚΤΙ8ΚΤΚ60ΡΚΕΡανΥΤΙΡΡ8ΡΕΕΜΤΚΝθν8ίΤΕΕνΚ6ΕΥΡ80ΙΑνΕννΕ5Ν60ΡΕΝΝΥΚΤΤΡΡΜΙΟ 5068EE1 ¥ ZK1TU0K5KSHOOO6YUE8ZUMNEA1NMN ¥ T0K81513R6K (8ΕΟ ΙΟ ΝΟ: 154) Nitap! DO4: Α5ΤΚ6Ρ5νΕΡΙΑΡ03Κ8τ5Ε8ΤΑΑ10ΩΕνΚ0ΥΕΡΕΡντν5ννΝ86ΑΙΤ86νΗΤΕΡΑνΐ0536ί ¥ 5Ε85ννΤ νΡ58δΕ6ΤΚΤΥΤ0Νν0ΗΚΡ5ΝΤΚν0ΚΚνΕ3ΚΥ6ΡΡΟΡ5ΟΡΑΡΕΕ16ΟΡδνΕίΕΡΡΚΡΚ0ΤίΜΙ3ΚΤΡΕνΤ ΟνννονδΩΕΟΡΕνΟΕΝννΥνοΟνΕνΗΝΑΚΤΚΡΚΕΕΟΕΝδΤΥΚννδνίΤνίΗΟΟννίΝΟΚΕΥΚΟΚνδΝΚΟΙ Ρ55ΙΕΚΤΙ8ΚΑΚ00ΡΚΕΡ0νΥΤΙΡΡ80ΕΕΜΤΚΝθν81Τ01.νΚΟΡΥΡ50ΙΑνΕννΕ8ΝΟΟΡΕΝΝΥΚΤΤΡΡνΐ 05068ΡΡΙΥ5ΚΙΤν0Κ5ΡνναΕ6ΝνΕ508νΜΗΕΑΙΗΝΗΥΤαΚ5Ε5ί316Κ (5ΕΟ ΙΟ ΝΟ: 155) Nitap 1atba: αΡΚΑΑΡ5νΤΕΓΡΡ88ΕΕΙΟΑΝΚΑΤΐνουδΟΕΥΡ6ΑντνΑννΚΑΟδ8ΡνΚΑ6νΕΤΤΤΡ5Κα8ΝΝΚΥΑΑ35Υ 181ΤΡΕθννΚ5ΗΚ8Υ3 € θνΤΗΕ65ΤνΕΚΤνΑΡΤΕ05 (8ΕΟ Yu ΝΟ: 156) Nitap Carra: ΤνΑΑΡ3νΠΕΡΡ30Ε01Κ86ΤΑ5νν011ΝΝΓΥΡΚΕΑΚναννκν0ΝΆΐα56Ν80Ε5νΤΕΟ03Κυ3ΤΥ3155 ΤΙΤ18ΚΑ0ΥΕΚΗΚνΥΑ0ΕνΤΗ06138ΡνΤΚ3ΕΝΕ6ΕΟ (3ΕΟ ΙΟ ΝΟ: 157) FIG. 3KK - 591 032 106 5H5.1 The nucleotide sequence of the variable region of the heavy chain: 5 ’SA06TOSA66TO6T6SAOOTST6O6OSTO AOOTOA ASAASSSTOOSSSSSTS ASTSAASOTSTSSTOSAAOOSTTSTOOOOTASASSTTSASSOOSTASTATATAS ASTOOOTOSAASAOOSSSTOOASAAOSOSTTOAOTOSATOOATATOOATSAA SSSTSASA6TSSTOOSOSAAASTATSSASA6AASTTTSAOOOSAO66TSASS АТ6АССАС0САСАС0ТССАТСО0САСА0ССТАСАТ00АССТ0А0САС6СТСА 0ATST6AS0ASAS06CC0T0TATTAST0T0C0A0A00CAAST00AASTAS0A STASTASOOOTATOOASOTSTOOOOSSAAOOOOASSASOOTSASS6TSTSSTSA 3 ’(8Е0 GO N0: 418) Amino acid sequence of the variable region of the heavy chain: ρνρννρδΟΑΕνΚΚΡΟΑδνκνδΟΚΑδΟΥΤΕΤΟΥΥΙΗίννκρΑΡΟρΟΕΕλνΜΟίνΐΝ ΡΗ8Ο6ΑΝΥΑ0ΚΡρθΚνΤΜΤΚϋΤ8Ι8ΤΑΥΜΕΕ8ΚΕΚ8ΟΒΤΑ ¥ ΥΥ0ΑΚΟΝ \ ¥ ΝΥΒ ΥΥ6Μ0νν / 0ρ0ΤΤ ¥ Τ ¥ 88 (8Е0 ΙΟ N0: 419) The nucleotide sequence of the variable region of the light chain: 5’ OASATSSAOATSASSSAOOTSTSSATSSTSSSTSTSTSSATSTOTAAOOAS A0A0TSASSATSASTT0SS006C0A0TSA66ASATTA0CAATTATTTA0CST 66TATSA6CA6AAASSA66CAAA6TTSSTAA6STSST6ATSTATSST0SATS SASTTTOSAASSOOOOOTSSSATSTSSSTTSAOOTOOSAOOTOBATSTOOOOASA OATTTSASTSTSSASSATSAOOSISTSTASAOOSSTOAOATOTTOSAASTTATTT ST0TSAAA00TATSA0ATT0SSSSATTSASTTTS00SSST000ASSAA06T00 ATATSAAAS ’(8Ep W N0: 420) Amino acid sequence of the variable region of the light chain: ΟΐρΜΤΡ8Ρ88Ε8Α8νθΟΚ.νΤΙΤΟΚΑ8ρϋΙ8ΝΥΕΑΨΥρρΚΡ6ΚνΡΚΕΕΙΥΑΑ8ΤΕρ 8θνΡ8ΚΡ8Ο8Ο8ΟΤϋΡΤΕΤΙ58Ε0ΡΕθνΑΤΥΡΟ0ΚΥ9ΙΑΡΡΤΡΟΡΟΤΚ ¥ ΟΙΚ (5Ερ ΙΟ N0: 421) FIG. 31.1 - 592 032 106 24P7.1 The nucleotide sequence of the variable region of the heavy chain: 5’CAOOOTSSASSTOOTOOAOOTSTSO6SOAOOOSOT6OTSSAOOSSTOSSA6OTS STOAOASTSTSSTOTOSAOOSOTSTOOATTSASSTTSAOOTAOOSTATOOOSATOS ASTSSSTSSSSSSSSSTSSA6SSAA6666STS6A6TSSSTS6CA6TTATST0 OTATOATOOAA6TASTAAATASTATOSAOASTSSOTOAAOOSSOATSSASS ATSTSSAOAOASAATTSSAAOAASASOSTOTATSTOSAAOAASAOOSSTOA 0A0CC0A00ASAS00ST0T0TATTAST0T0S6A00TSA0T00ST00TTASSA STASTASTASOOOTATOOASOTSTOSOOSSAAS06ASSASSOOTSASSOTSTSS TS AZ ’(8Er GO N0: 422) Amino acid sequence of the variable region of the heavy chain: RURUEU86O6UU9R6E8EKE8SAA86RTRR88U6MNSHUK9AROKOE5UUAUUVU ΥΟ08ΤΚΥΥΑΟ8νΚ6Κ8ΤΙ8ΚΟΝ8ΚΝΤΕΥΕ0ΜΝ8ΕΚΑΕϋΤΑνΥΥ € Α.Κ8νΑΟΥΗΥ ¥ УУМВУ> СРСТТУТУТ88 (8Рё ГО N0: 423) The nucleotide sequence of the variable region of the light chain: 5’TSTTSTOAOOSTASTSABOASSTOSTOTOTSTOTOOSTSTOOOOASAOASA OTSAOOATSASATOSSAAOOAOASAOOSSTSAOAOOOOSTATTATOSAASSTS6T ASSASSASAASSAASASASASSSSSSSTSTASTSTSTSATSTATSSTAAAAASTA SSOOSSSTSAOOOOTSSSAOAASSOATTSTSTOOSTSSASSTASOOAAASASA bSTTSSTTOASSATSASTOOOBSTSALOSBOAAbAhTOASS-STOASTATTAST OTAASSTSSOOOASAOSATTOSTAASSATSTOTOTOTOOSOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO Amino acid sequence of the variable region of the light chain: 88ΕΕΤ9ϋΡΑν8νΑΕ6ρτνΚΙΤερθΟ8ΕΚ6ΥΥΑΤ> Υ99ΚΡΚ9ΑΡνΕνΐΥ6ΚΝΥΚΡ 8ΟΙΡϋΚΡ868Τ8ΟΝΤΑ8ΕΤ1ΤΟΑρΑΕηΕΑΒΥΥΕΝ8Μ) 8ΙθΝΗΕνΡΟΟΟΤΚΕΤνΕ (8Рё ГО N0: 425) FIG. 3MM - 593 032 106 22B11.1 The nucleotide sequence of the variable region of the heavy chain: 5’САС0ТССАССТ0СТССА0ТСТ660С6А0СС6Т00ТССАСССТ0ССА6СТС SST0A0ASTSTSST0T0CA6S0TST0SATTSASSTTSA0TA0STAT00STT0S AST00STSS0SSA00STSSA00CAA0060ST00A0TS00T00CA0TTATAT0 STTASATS0AA0TAATAAATASTATSSA0ASTSS0T0AA060CC0ATSSASS ATSTSSASA0ASAATTSSAA0AASAS0ST0TATST0CAAAT6AASA0SST6A OJSCSSSSASSASASSSSSTOTOTATTASTSTSSSSOOOOSTASTOOSTOOTTASSA STASTASTASOSTOSTSSASOTSTSSSSOSSAASOSASASSASOOTSASSSTSTSS TSAZ ’(8Ep 10 N0: 426) Amino acid sequence of the variable region of the heavy chain: р Е 8 8 8 8 8 8 8 8 8 РО РО \ \ \ \ \ \ \ \ \ \ 1 \ \ ΟΟ8ΝΚΥΥΑϋ8νκΟΚ8ΤΙ8ΚΟΝ8ΚΝΤΕΥΕ0ΜΝ8ΕΚΑΕΒΤΑνΥΥ0ΑΚ8 ¥ Α0ΥΗΥΥ ΥΟΜΟνλΥΟΡΟΤΤΥΤΥδδ (8Ep ΙΟ N0: 427) The nucleotide sequence of the variable region of the light chain: 5’TSTTSTOAOOSTASTSAOOSASSSTOSTOTOTSTOTOOSTSTOOOOASAOASA 0TSA00ATSASAT0SSAA06A0ASA0SSTSA0AA0TTATTAT00AASST00T ASSAOSASAAOOSSAAOASAAOOSSSTOTASTTOTSATSTTTOOTAAAAASAA SS00SSSTSA000ATSSCA0ACC0ATTSTST00STSSASSTS60AAASASA 0STTSSTT0ASSATSAST0000SSA06C00AA0AT0A00ST0ASTATTAST OTAASTSASOOOOASATSATTSOTOASATSTOSTOSTOTTSOOSOOAOOOASSAA OSTOASSOTSSTAZ ’(5Er GO N0: 428) Amino acid sequence of the variable region of the light chain: 88ΕΕΤρϋΡΑ ¥ 8 ¥ ΑΕ6ρΤ ¥ ΚΙΤ € ρθΟ8ΕΒ8ΥΥΟ8ΑνΥρρΚΡΚρΑΡ ¥ Ε ¥ ΙΡΟΚΝΝΚΡ 8ΟΙΡΟΚΡ8Ο5Τ80ΝΤΑ8ΕΤΙΤΟΑρΑΕ0ΕΑΟΥΥ € Ν8ΚΟΠΟΟΗΕΕΡΟΟΟΤΚΕΤ ¥ Ε (ZERGO N0: 429) FIG. 3ΝΝ - 594 032 106 30P.1 The nucleotide sequence of the variable region of the heavy chain: Z’SabbTOSabSTOOTOBABTSTOBBSOAbbSSTESSTSSAOOTSTOObAObTSS STSAOASTSTSSTOTOSAOOSOTSTOSATTSASSTTSAOOAASTATOOOOSATSSA ST606TSS0SSA66STSSA06CAA6666ST60A6TS60T00CA0TTATAT06 TTT6ATSOAA6TAATAAATASTATSSSSAASTSSOTSAA666SSSSATSSASSA TSTSSA0A6ASAATTSSA AS.A_ASAS6STSTATST0STA AT0A.ASA0SST0A0 A0SSOA6OASAS66ST0T0TATTASTOST6SSA66TSA6T60STO6TTASSAS TASTASTAS60TAT60AS6TST00С0ССАА0С0АССАС66ТСАСС6ТСТССТ SAZ '(5Er GO N0: 430) Amino acid sequence of the variable region of the heavy chain: 9νρΕνΕ86Ο6νν986Κ8ΕΑΕ80ΑΑ80ΡΤΡΚΝΥ6ΜΗ3 ¥¥ Κ9ΑΡ0Κ0ΕΕ \ ννΑνΐ \ ν ΡΟ68ΝΚΥΥΑϋ8 ¥ Κ6Κ8ΤΚΚϋΝ8ΚΝΤΕΥΕΕΜΝ8ΕΚΑΕΟΤΑνΥΥΟΑΚ8 ¥ Α6ΥΗΥ ΥΥΟΜΟννορΟΤΤΥΤνδδ (8Е9 ΙΟ N0: 431) The nucleotide sequence of the variable region of the light chain: 5 ’TSTTST6A6STSASASTA00ASSST0ST6TSTSTST00SSTT000ASAO AS A 6TSA0SATSASAT6SSASS6ASASA6SSTSA6AA6STATTATSSAA6STSST ASSA6CA6AA6SSAA0ASA06SSSST6TASTT0TSATSTAT00TAAAAASAA SS6SSSSSTSAOOOSATSSSSAOASC6AATSTSTOSSTSSASSTSAAAAASAS ASTTSSTT6ASSATSAST6666STCA00SS0AA6AT0A00ST0ASTATTAST OTAAATSSSOOASATSATT06TOASSATST06TSTTS60S60A660ASSAAA AST6ASSS0TSSTAZ ’(8 Ep GO N0: 432). Amino acid sequence of the variable region of the light chain: 88ΕΕΤ9ΟΡΑν8νΑΕ0ρτνΚΙΤθρ6Ο8ΕΚ8ΥΥΑ8ΨΥΡ0ΚΡΚ9ΑΡνΕνΐΥ0ΚΝΝΚΡ 80ΙΡΟΚΙ868Τ86ΝΤΑ8ΕΤΙΤΟΑΟΑΕΟΕΑϋΥΥΟΚ8ΚΙ) ΙΙΟϋΗΕνΡ066ΤΚΕΤνΕ (8Er GO N0: 433) FIG. 300 - 595 032 106 24V9.1 The nucleotide sequence of the variable region of the heavy chain: 5’SAOOSTSSAOOSTOSTOSAATSTOOOOOASOSOSbTbOTSSAOOSSTOOOAOOSTS STOAOASTSTSSTbTOOSASSOTSTbOATTSASSTTSAOOTAOOSTATSSSSATOS ASTOOOTSSbSSAbOSTSSAAAAAAbOSSTOOAbTOObTOOOSabTTATATO 6TAT6ATSOAAOOTAAAAATASTAT6CAOASTSSST6AASS6SS6ATTSASS ATSTSSA6AOASAATTSSAAOAASASOSTSTATSTOSAAOAASAOOSSTOA OA6SSOA6SASASOOSTOTOTATTASTSTSTSAOAOATSOOOASTOSTASASTS OOOSSAS6OAASSSTOOTSASS6TSTSSTSAZ ’(8Er> U N0: 434) Amino acid sequence of the variable region of the heavy chain: RURIER ¥ E8666 ¥ URROK8B.V8SAA86RTP88 ¥ 6 ΥΟ68ΝΚΥΥΑϋ8νΚ0ΡΡΤΙ8ΚΟΝ8ΚΝΤΕΥΕ9ΜΝ8ΕΚΑΕΟΤΑνΥΥ € ν'ΚϋΚ6Εθν / OROTE ¥ T ¥ 88 (8Ep 10 N0: 435) The nucleotide sequence of the variable region of the light chain: 5’TSTTSTSTOA6STSASSTASAOASASSSTSTOTOTSTOTOOSTSTOOOOASASASA 6TSAOOATSASATSSAASOASASAOOSSTSAOASSTATTATOSAAOSTOST ASSAOOSabAASSAAbASASUSSSSTSTASTTbTSATSTATOOTAAAAAAASAA SSSSSSSSTSSAOSSATSSSSASAS6ATTSTSTOOSTSSASSTS6CAAASASA OSTTSSTTSASSATSASTSOSSSSSTSSASSSSOOAAOATOAOSSTOASTATTAST 6TAA6TSSS666ASA6SA6T66T6ASSATSTSS6TSTTS66S06A66SASSAA OSTOASSOTSSTAZ ’(8Ep 10 N0: 436) Amino acid sequence of the variable region of the light chain: 88ΕΕΤ9ΟΡΑν8νΑΕθρτνΚΙΤΕ96Ο8ΕΚΟΥΥΑ8ΨΥ99ΚΡΚρΑΡνΕ ¥ ΙΥ6ΚΝΝΚΡ 861 ROCKE868T86NTA8ET1TSARAEOEAO ¥¥ SK5KO886ONE ¥ P666TKET ¥ Е (8 Ер Ю N0: 437) FIG. 3PP - 596 032 106 24V9.2 The nucleotide sequence of the variable region of the heavy chain: 5’CAOOOTOSAOOTOOOOOOOTOTOOHOOOOAS6COTSOTSSAOOSST000006TS SST6A6ASTSTSSTST6SA6SSTST6SATTSASSTTSA6TAASTAT66SAT0S AST000TSSSSSSASSSTSSA6SSAA6S60STS6A6TSS6T0SSA0TTATTTS 6TAT0AT00AA0TA0TAAATASTAT0CA0ASTCSS6T6AA0C0CC0ATCCASS ATSTSSA6AS-ASAATTSSAASAASASS-6TSTATSTS-SAAATS-AASASSST6A 0A0CC0A06ASAS66ST6T6TATTAST6T0C0AS6TSAST06ST66TTASSA STASTASTAS06TATS6AS0TSTS066SSAA0C6ASCAS6STSASS0TSTSS TSAZ ’(8Er GO N0: 438) Amino acid sequence of the variable region of the heavy chain: RURU ¥ E8O6OUU9ROOZHK8SAA8ORTR8NUOMNZHUKRAROK6EE1 ¥ UAUSH ΥΟΟ88ΚΥΥΑΟ8νΚΟΒ8ΤΚ№Ν8ΚΝΤνΥΕρΜΝ8ΕΚΑΕΟΤΑνΥΥ € ΑΒ8νΑ6ΥΗΥ UUOMOUU / OROTTUTUZZ (8ES) GO N0: 439) The nucleotide sequence of the variable region of the light chain: 5’TSTTST6A0ST0ASTSA06ASSSST0ST0TSTST0T60SSTT666ASA0ASA 0TSA06ATSASAT6SSAAS6A0ASA0SSTSA0A6STATTATSSAA6ST0ST ASSA0CA0AA0SSAA0ASA66SSSSST0TASTTTSATSTAT66TAAAAASAA SS6 OSSSTSAOO6ATSSSAOOSSOATTSTSTS6STSSASSTSAOOAAASASA OSTTSSTTOASSATSASTOOOOSTSAOobSOOAAOATOABOSTSASTATTAST 0TAA0TSSS060ASA0CA6T00T0ASSATSTSTS0T6TTS00S00A660ASSAA 6ST0ASS6TSSTAZ ’(8Е (} ГО N0: 440) Amino acid sequence of the variable region of the light chain: 88EETROORAU8UAEOrTUMTSrOO8EK6UUA8) УУ9рКРК.рАРУЕУ1УОКМККР 861ROKR868T8OMTA8ET1T6AARAEOEAPOUSK8KO886PNEUROS6TKETUE (ZER GO N0: 441) FIG. 3PP - 597 032 106 20A5.1 The nucleotide sequence of the variable region of the heavy chain: 5’SASSTSSASSTSTSTSASTSTSSSSSSAOSSSTSTSTSSASSSTSSSASOTS SSTSA0TSTSTSSTST0SASSSTSTS6ATTSASSTTSASTA6STATSSSSAT0C ASTSbbTSSOSSASbSSTSSASSASSAAOOSOSSTbSASTSSOTESSAOOTTATATS STAT0ATSSAASTTATAAAASASTATSSA6ASTSS6TSAAS6SSSSATSSASS ATSTSSA6A0ASAASTSSAASAASAS0STSTATST6SAAATSAAS0SST6A OASSSOASSASASSSSSTST6TATTATTSTSS6A6STSAST6SSTOSTTASSA STASTASTAS6STATSSASSTSTSS6SSCAA0SSASSASSASS6TSASSSTSTSS TSAZ ’(8Er GO N0: 442) Amino acid sequence of the variable region of the heavy chain: 0νρΕνΕ8666ννρΡ6Κ8Ε8Ε80ΑΑ86ΓΤΓ88Υ6ΜΗ> νΚρΑΡ6Κ6ΕΕν / νΑνΐΨΥ ϋ68ΥΚΟΥΑΟδνΚ6Κ8ΤΙ8ΚΟΝ8ΚΝΤΕΥΕρΜΝ8ΕΚΑΕΒΤΑνΥΥΟΑΚ8νΑ6ΥΗΥΥ WOMOU1 ¥ C9 OTTUTU88 (8Er ΙΟ N0: 443) The nucleotide sequence of the variable region of the light chain: 5’TSTTST6A6ST6ASTSAO6ASST6STOT6TST6T6OSSTT66OASA6ASA 0TSA00ATSASAT0SSAA60A0ASA0SSTSA0AASSTATTAT0CAASSTSST ASSA6CA6AA6SSAA6ASA66SSSSSTATTSTT6TSATSTAT66TAAAAASAA SS00SSSTCA000ATSSCA6ACC0ATTSTST00STSSASSTSS06AATSASA OSTTSSTTOASSATSASTOSSSSSTSASOSOSAOAOAOOSSTSASTATTAST 6TAAATSSS666ASATSATT66TAAASSATST0ST6TTS66S06A666ASTAA SSTSSASSSTSTSTAZ ’(ЗЕ () Ю N0: 444) Amino acid sequence of the variable region of the light chain: 88ΕΕΤρθΡΑν8νΑΕ69ΤνΚΙΤ0ρ6Ο8ΕΚΤΥΥΑ8ΐνΥΡ0ΚΡΚρΑΡΙΕνΐΥ6ΚΝΝΚΡ8 61ΡΟΚΡ868Τ86ΙΤΑ8ΕΤΙΤ6ΑρΑΕΟΕΑΟΥΥ € Κ8ΚΟΠ6ΝΗΕΕΡ66ΟΤΚΕΤνΕ (8Ερ ΙΟ N0: 445) FIG. 3KK - 598 032 106 20A5.2 The nucleotide sequence of the variable region of the heavy chain: 5’sa00t6sa6st6st6ss0tst06660a60s0t60tssa6sst060a66tss ST6ASASTSTSSTST6SASS6TSTS6ATTSASSSSTSASTA6STAT6SSATSSA ST006TSS6SSA0SSTSSAS0SSAS606ST00A6TS06T0SSASTSATAT0C TAT0AT00AA0TAASAAATASTAT0SASSSTSS6T0AA060CC0ATTSASSA TSTSSA6ASASAATTSSAASAASAS6ST6TATSTSSAAAT6AASASTASTAS A6SS6AS6ASAS60ST6T0TATTAST0TSS6A0A600S0TS6TTS0SS6A0T SATS6STASTASTASTASOOTATOSASOTST6666SSAA6C6ASSASSAS06TSA SSSTSTSSTSAZ ’(8Er GO N0: 446) Amino acid sequence of the variable region of the heavy chain: 0νρΕνΑ56Ο6ννρΡΟΚ8ΕΚΕ8ΟΑΑ86ΡΤΕ88Υ6ΜΗΛννΚ9ΑΡ6ρθΕΕ \ ννΑ ¥ Ι3ν Υϋ68ΝΚΥΥΑΑ8νΚ6ΚΡΤΙ8ΡΟΝ8ΚΝΤΕΥΕρΜΝ8ΕΒΑΕΟΤΑνΥΥ0ΑΚΟ068Ο8Η ΚΥΥΥΥΟΜϋνίνορΟΤΤντνδδ (8 Ep ΙΟ N0: 447) The nucleotide sequence of the variable region of the light chain: 5’TSTTST0A6ST0ASTSA60ASSST0STST0TST6T06SSTT000ASA6ASA 6TSA6OATSASAT6SSAA66A0ASAOOSSTSAAAASSTATTATOSAA6STO6T ASSA6CA0AA0SSAA6ASA06SSSSTATTSTSTSTSATSTATS6TAAAAASAA SSOOSSSTSAOOOOATSSSASASSOATTSTSTbOSTSSASSTSAOOAATSASA 6STTSSTT6ASSATSAST0066STSA00S60AA0ATSA06ST0ASTATTAST OTAAATSSSSOOOASATSATTbSTAASSATSTbSTSTTSOOSOOAOOOOASTAA OSTOASSTSSTAZ ’(8Er GO N0: 448) Amino acid sequence of the variable region of the light chain: 88ΕΕΤρθΡΑν5νΑΕ6ρτνΚ1Τ0Ρ6Ο8ΕΚΤΥΥΑ8ΨΥΡ0ΚΡΚρΑΡΙΕνΐΥ6ΚΝΝΚΡ8 ΟΙΡΟΚΓ868Τ8ΟΙΤΑ8ΕΤΙΤΟΑρΑΕΟΕΑΟΥΥ0Κ8ΚΟΠΟΝΗΕΕΡ06ΟΤΚΕΤνΕ (8Ε0 ΙΟ N0: 449) FIG. 388 - 599 032 106 20E5.1 - version! (νΐ) The nucleotide sequence of the variable region of the heavy chain: 5’CAOOOTSSAAOOTOOTOOAbTSTOOOOOOAAOOSOTSOTSSAOOSSTSOOAOOTS SSTSASASTSTSTSSTST0CA0S6TSTS0ATTSASSTTSA0TAASTATSSSSATSS ASTOObTSSOSSASASOSTSSASSSSAASSOOSTSOAOOTOSSTSSSSAOOTTATATO 0TAT0AT06A00TAATAAATASTAT0CA0ASTCC0T0AA000CC0ATCCATS ATSTSSAOAOASAATTSSAAOA6CASOSTSTATSTOSAAOAASAOOSSTOA 0A0CC0A00ASAS00ST0TTTATTATT0T0C0A0STCA0T00ST06TTASSA TTTTASTASTAS00TAT00AS0TST0600SSAA600ASSACAS00TSASS0TS0SS TSAZ ’(8 Ep 10 N0: 450) Amino acid sequence of the variable region of the heavy chain: RURU ¥ E86OS ¥¥ рР6К8Ы <Е8CAA5С. ΥΟΟΟΝΚΥΥΑ08 ¥ ΚΟΚ8ΙΙ8ΚΟΝ8Κ8ΤΕΥΕρΜΝ8ΕΚΑΕΟΤΑνΥΥΟΑΚ8νΑθΥΗΥ ΥΥ6Μθνλ ¥ 0Ρ0ΤΤ ¥ ΤνΑ8 (8 Ep ΙΟ N0: 451) The nucleotide sequence of the variable region of the light chain: 5 'SAOTSTOSSSTOASTSAOSSTOSSTSSOTOTSTOOOTSTSSTOOASAOTSOA TSASSATSTSSTOSASTOOAASSAOSAOTOASOTTOOTOOTTATAASTSTOTS TSSTOSTASSAASAOSASSSAOOSAAASSSSSSAAASTSATSATTTATSA6O TSAOTAATSOSSSSTSAOOOATTTSTAATS6STTSTSTO6STSSAA6TSTO6S AASAS00SSTSSST0ASSATSTST000STSSA06ST0ASSAS0A60ST0ATT ATTTST6CAOOSSTATATASAA6CASSAOOSAT6OTSTTSCOSS6OAOO6ASSACA OSTOOSSSTSSTAZ ’(8Er ΙΟ N0: 452) Amino acid sequence of the variable region of the light chain: Ρ8ΑΕΤρΡΑ8ν808Ρ0ρ8ΙΤΙ80Τ0Τ880ν00ΥΝ8Υ8ΑνΥρρΗΡ0ΚΡΡΚΕΜ1ΥΕν8Ν No. 8ΟΙ8ΝΚΡ8Ο8Κ8ΟΝΤΑ8ΕΤΙ8ΟΕρΑΕΟΕΑΟΥΡ088ΥΤ8Τ8ΜνΡ6ΟθΤΚΕΑ ¥ Ε (8 Ер ΙΟ N0: 453) FIG. 3TT - 600 032 106 20E5.1 - version2 (ν2) The nucleotide sequence of the variable region of the heavy chain: 5’sa00t0saa6t06t0sa6tsts6000a60s0t60tssa0sst000a06ts STOAOASTSTSSTOTOSAOOSOTSTOOATTSASSTTSAOOTAASTATOOOOSATOS ASTOOOTSSOSSAOOSTSSAOOAAOOOOSTOOAOTOSOTOOSAOOTTATATO 6ТАТ6АТООАООТААТАААТАСТАТ6САСАСТССОСОАА66ССОАТССАТС ATSTSSA6A0ASAATTSSAA6A0CAC0ST0TATST0CAAAT0AACA0CST0A 0A0CC0A60ASAS00ST0TTTATTATT0T0C0A06TSA0T00ST00TTASSA TTATTASTASOOOTATOOASOTOTOOOOSSAAOOOOASSASOOTSASSOTSOSS TSAZ ’(8Er GO N0: 454) Amino acid sequence of the variable region of the heavy chain: RUR ¥¥ E8OOO ¥¥ RROK8EKE8SAA8OGTR8K ¥ OMNS ¥ ЕРАРОК6ЕЕ ¥ / УА ¥ 1Ж ΥΟ6ΟΝΚΥΥΑΟ8νΚ6Ε8ΙΙ8ΒϋΝ8Κ8ΤΕΥΕρΜΝ8ΕΚΑΕΟΤΑνΥΥ0ΑΚ.8νΑΟΥΗΥ ΥΥΟΜΟνν / ΟρΟΤίνΤΥΑδ (8Er GO N0: 455) The nucleotide sequence of the variable region of the light chain: 5 ’TSTTSTO AOSTOASTS AOOASSSTOSTOTOTSTOTOOSTSTOOSAO SAOASA STSA60ATSASAT6SSAA00A6ASA6SSTSA6A00STATTAT0CAA0ST00T ASSAOOSAOAAOSSAAOASAOOSSSTOTASTTOTSATSTOOTAAAAAASAA COOSSSTAAOOATSSAOAASSOATTSTOSTOOSTASSASOTSAOSAAASAASTASOSTAOSTASOSTASOSTASOSTASOSTASOSTASTAASOSTASOSTASTAASTAASOSTASTAASOSTASOTAS OTAASTSSSSOOOASAASATTOOTOASSATSTOOOTOTTSOOSOOAOOOASSAA OSTAASSSTSSTAZ ’(8Пер ГО N0: 456) Amino acid sequence of the variable region of the light chain: 88ΕΕΤ0ΟΡΑν8νΑΕΟ9ΤνΚ.ΙΤΟΡθΟ8ΕΚΟΥΥΑ8ΨΥΡ0ΚΡΚ0ΑΡνΕνΐΥ6ΚΝΝΕΡ 8О1РПКР8О8Т8 ΟΝΤΑ 8ЬТ1Т6Ар AEEBAO Υ ΥΟΝ8Κ.ΟΝΙ ΟϋΗΕ ΥΡΟΟΟΤΚΕΤΥΕ (8 Ep GO N0: 457) FIG. 3rd - 601 032 106 8A3.1 The nucleotide sequence of the variable region of the heavy chain: 5’SASSTSSASSTSSTSSA0TST0SSS0AS6STTS6TSSA0SST00SSS0TSS ST6A6ASTSTSTSTSSSSASSSTSS66ATTSASSTTTA6TASSTATTSSAT6AO STS00TSS0SSA0SSTSSA6S0AA0S60ST6SAST60ST00SSA0SATAAA ASAASATSOAASTSAOAAAASTASTATOTAOASTSTOTOAOOOOSSOATTSASS ATSTSSASA0ASAAS0SSAS0AASTSASTSTATST6CAAAT0AASA0SST0A SASSSSASSASSASSSSTST6TATTASTOTSSSOASAOATSTTSTATTAATO6T STATOATATASASTASTASTASTASSOTATSSASSTSTSSSSSSAASSSSASS ASSSTSSASSSTSTSTSAZ ’(8Ер 10 N0: 458) Amino acid sequence of the variable region of the heavy chain: ΕνρΕνΕ8000ΕνρΡ008ΕΚΕ80ΑΑ80ΡΤΡ88ΥΨΜ8ΨνκρΑΡΟΚ6ΕΕ> νΑ8ΙΚ9 Ο08ΕΚΥΥνθ8νΚ6ΚΡΤϊ8ΚΟΝΑΕΝ8ΕΥΕ9ΜΝ8ΕΚΑΕϋΤΑ ¥ ΥΥ0ΑΚΟΕνΕΜνΥΟ ΙΟΥΥΥΥΟΜΟνψΟΟΟΤΤντνδδ (8 Ep ΙΟ N0: 459) The nucleotide sequence of the variable region of the light chain: 5’SATATTSTSATOASTSAOOTSTSSASTSTSSSTOSSSOTSASSSSTOOAOAOOS SOSSSTSSATSTSTOSOOTSTAOOTSAASSSTSTSTATAOTAATOATAS AASTATTTSSATTOSTASSTSSAAAOSSASSSSASTASTSSASAOSSTOSTA TSTATTTOSSTTSTAATSS6SSSTSSSO6OTSST6ASASSTTSASTSSSSAOOT S0ATSASSSSASA6ATTTTASASTAAAAATSA0CA6ASTSSAS0STSAS0AT0 TTOSSSTTTATTAST6SATOSAASSTSTASAAASTSS6STSASTTTSSOSO6A LLCASSAASOTAOAOATSAAZ ’(ZER Yu N0: 460) Amino acid sequence of the variable region of the light chain: ΟΐνΜΤ08ΡΕ8ΕΡντ₽ΟΕΡΑ8Ι80Κ8898ΕΕΗ8Ν6ΥΝΥΕϋΨΥΕρΚΡ698Ρ0ΕΕΙΥΕ6 8ΝΚΑ8θνΡϋΚΡ808Ο8θΤΟΡΤΕΚΙ8ΚνΕΑΕϋνθνΥΥ0ΜρΑΕρΤΡΕΤΡ606ΤΚνΕΙ K (ZEO 10 N0: 461) FIG. 3ΥΥ - 602 032 106 11P1.1 The nucleotide sequence of the variable region of the heavy chain:. 5 ’OAOOTOSAOOSTOOTOOAOOTSTOOOOO AOOSTTOOTSS A6SST666666TSS ST6A6ASTSTSST6T6CA6SSTSS60ATTSASSTTTA6TAASTATT66AT6A0 ST006TSS0SSA66STSSA606AA0600STS0A6T066T60SSA6SATAAAA ASAA6AT66AA6T6A0AAATASTAT6T66ASTST6T6AA666SS0ATTS6SS ATSTSSAOAOASAASASOSSAAOAASTASASTOTTTSTOSAAOAASAOOSSTOA 0A6CC6A66ASAS66ST6T6TATTASTOT6C0ASAOATSTTSTASTAATO6T 6TAT6ATATA0ASTASTASTASTASAS6STAT66AS6TST6666ACCAS6666ACCAS666ACCAS6666ACCAS6666ACCAS6666ACCAS6666ACCAS6666ACCAS66CAS66CAS66CAS66CAS66CAS66CAS66CAS66CAS66ACCAS66AC Amino acid sequence of the variable region of the heavy chain: E ¥ ¥ 9UE8606E 9R668EK8SAA86GTG8ZH \ ¥ M8ZHUKOAR6K6EZHUA81K9 Ο68ΕΚΥΥ ¥ Ο8 ¥ Κ6ΚΡΑΙ8№ΝΑΚΝ8ΕΡΕ9ΜΝ8ΕΚΑΕΟΤΑ ¥ ΥΥ0ΑΚΟΕ ¥ ΕΜ ¥ ΥΟ Ι0ΥΥΥΥ0Μ0 ¥ \ ν6Ρ0ΤΤ ¥ Τ ¥ 88 (10 8Er N0: 463) The nucleotide sequence of the variable region of the light chain: 5’0ATATT0T0AT0ASTSA0TSTSSASSTSTSSST0SST0TSASSSST00A0A0S S00SSTSSATSTSTT6CA6STSTASTSASA6SSTSST6SATA6TAATS60TAS AASTATTTOOOOTOOTASSTOSAOAAOOSSAOOOOSAOOTSTSSASAOOSTSTSTOA TSTATTT666TTSTAATS606SSTSS6606TSSST0ASA66TTSA6T66CA6T 60ATCA60SASASATSTTASAST0AAAATSASSA0A0T00A00ST6A00AT0 TT00AOOTTATTAST0SAT0CAAASTSTASAAASTSS0STSASTTTS00C06A LLCASSAAOOOOEAOATSAAZ ’(8Е9 10 N0: 464) Amino acid sequence of the variable region of the light chain: ΟΙ ¥ ΜΤ98₽Ε8ΕΡΥΤΡ6ΕΡΑ8Ι8ΟΚ8808ΕΕΗ8Ν6ΥΝΥΕΟ ^ ΥΕ9ΚΡ698Ρ0ΕΕΙΥΕ6 8ΝΒΑ86ΥΡΟΚΡ868686ΤΗΕΤΕΚΚΚ ¥ ΕΑΕΟ ¥ 6 ¥ ΥΥΟΜ9ΤΕΟΤΡΕΤΡ666ΤΚ ¥ ΕΙ К (8Пер 10 N0: 465) FIG. 3 \ Υ \ Υ - 603 032 106 12H11.1 The nucleotide sequence of the variable region of the heavy chain: 5’CAOOTOSAOOSTOOTOOAOTSTOOOOBOAOOSOTOOSSSSAOOSSTOOOOOOOOTS SST0A0ASTSTSST6T0CA0S0TSTS0ATTSASSTTSA6TA0STATS6SAT6S AST000TSS0SSA00STSSA00CAA00S0ST06A0T000T00CA0TTATATA STATOATOOAATTAAAAASASTATOSAOASTSSOTOAAOOSSOATTSASS ATSTSSAOAOASAATTSSAAOAASASOSTOTATSTOSAAOAASAOOSSTOA OJSCSOAOOOOASASOOSTOTOTATTATOTOSOAOAOATSOOOOASTASTOAST LLCSSAOOOAASSSTOOTSASSOTSSTSTSAZ ’(8Er GO N0: 466) Amino acid sequence of the variable region of the heavy chain: 9 URUEU8OOOUARROK8EKE8SAA8ORTR88U6MNU / UK0AROKOEEE / UA ¥ 1UU Β0ΙΝΚΗΥΑϋ8νΚθΚΡΤΙ8Κ0Ν8ΚΝΤΕΥΕ9ΜΝ8ΕΚΑΕϋΤΑνΥΥ0ΑΚΒΚ0ΕΠ \ ν0ρ OTEUTU88 (8Er ΙΒ N0: 467) The nucleotide sequence of the variable region of the light chain: 5’OASATSOTOATOASSSSAOOTSTSSAOAASTSSSTOOSTOTSTSTOOSSOAO AOOOSSASSATSAASTOSAOTOTSSAOOSSAOAOOTOTTTTATASAOOSTSSAASA OTAAOAASTASTTAOOTTTOSTASSSAOOSAOAAASSAOOASAOOSSTSSTAAOOST 0STSATTTAST000SSSTSTASSSS000AATSS6000TSSST0ASS0ATTSA0T6 SSAC6666STSTSS0ASA6ATTTSASTSTSSASSATSA0CA0CST0CA00STSA AOATOTOOOSAOOTTTATTASTOTSAASAATATTATAOOTASTSSOTOOASOTOTSO OSSAAOOOOASSAAOOOOOOAAATSAAA’’ (8Er 'GO N0: 468) Amino acid sequence of the variable region of the light chain: ΒΐνΜΤ98ΡΒ8ΕΑν8ΕΟΕΚΑΤΙΝΟΚ8898νΕΥ88Ν8ΚΝΥΕν> Υ99ΚΡ09ΡΡΚΕΕΙΥ SHA8TKE8OURVKR8O8S8OTVRTET188E9AEVUAUUUUS99UU8TRShTRO9OTK UE1K (8Er GO N0: 469) FIG. 3XX - 604 032 106 11H4.1 The nucleotide sequence of the variable region of the heavy chain: 5’0AO0T0CA0STOOTOOA6TSTO606OA0SSTT6OTOTSAOOSSTOO060OTOTSS STSASASTSTSTSTOSA6STSTST6ASTSASSTTTA6TAASTTTT66ATAO STOBSTSSbSSASOSSTSSASSOAASSOSSTOOAOTOSaTOOSSAASATAAAA 6CAAOAT6OAAATSATAAAATASTATOTOTO6ASTSTSTOAOOSOSSSATTSASS ATSTSSASA0ASAAS6SSAA0AATTSASTSTATST0CAAAT0AASA6SST0A OJSCSSOAbvASASOOSTSTSTATTASTOTOSOAOASABTSAAASTOObOATT TOSTTTTOTOATSTOOOOSSCAAOOOOAAATOOTSASSOTOTSTSTTSAZ ’(8Е9 10 N0: 470) Amino acid sequence of the variable region of the heavy chain: E ¥ 9UEU8OOOOEURRO68EKE8CAA8OETG8NRZHM8SHUKRAROKOEEZH / AN1K9 00ΝΟΚΥΥΥΟ8ΥΚ6ΚΡΤΙ8ΡΟΝΑΚΝ8ΕΥΕ0ΜΝ8ΕΚΑΕϋΤΑνΥΥ0ΑΚΕ8Νΐν0ΡΑΓ ϋΙΨΟρΟΤΜΥΤΥδδ (8Е9 GO N0: 471) The nucleotide sequence of the variable region of the light chain: 5’SAOOTSTOTOSTSASTSAOOSSASSSTSAOOSOTSTOOOASSSSS60SSAOAOO OTASSASSATSTTOTTSTAAAOSA 6STSSAASATSOOAAOAAAASTOTAA ASTOOTASSAOOSOTOTSSAAAAAOOSSSSAAASTSTSTATATATATAOOTAAAAA TAATSS6S00SSSTSAO60OTOTSSST0ASSOATTSTSTO6STSSAA0TST66CA SSTSA0SSTSSST00SSATSA0T060STSSA6TST0A00AT0A00ST0ATTAT TASTOTSSASSASSOOOOSATOASAOOSSTOAATTS'SOTOTTSOOSOSAObsASASSA AOSTOASOTOTSSTAZ ’(8Ep Yu N0: 472). The amino acid sequence of the variable region of the light chain: 98ΥΕΤ9ΡΡ8Α8ΟΤΡΟ9ΚΥΤΚΟ8Ο888ΝΙΟ8ΚΤνΝ> Υ99ΡΡΟΤΑΡΚΕΕΙΥ8ΝΝΚΚΡ 80 ¥ ΡΟΚΓ868Κ80Τ8Α8ΕΑΙ86Ε98ΕΒΕΑΟΥΥΟΑΑ> ΟΒ8ΕΝΑ ¥ ΥΡΟΑΟΤΚΕΤ ¥ Ε (8Е <2 ΙΟ N0: 473) FIG. 3ΥΥ - 605 032 106 11H8.1 The nucleotide sequence of the variable region of the heavy chain: 5’SAO6TSSA6STS6TSSAOOTST6SOOOASOTTTOOTSSAOOSSTOOSSSSSTSS STSAOASTSTSTSTASASSSTSTOSASSTSTTASTAASTTTTOSATSAO STSSSTSSOSSAOSSSTSSOOOOAAOOOSSTbSSAOTOSSTASSSASSSAS SSAASAT6CAA0T0A0AAATASTAT0TSSASTST0T0AA00SSS6ATTSASS ATSTSSASA0ASAASSSSAASAATTSASTSTATST0CAAAT0AASA6SSTSA 0A0CC0A00ASAS06ST0T0TATTAST0T6S6A0A0A6TSAAAST0006ATT T6STTTTSATATSTSSSSOSSAASOOAAATOOTSASSOTSTSTSTTSAZ’ (8E9 GO N0: 474) Amino acid sequence of the variable region of the heavy chain: EUREEUE866OEEURR668EKE8SAA86ETR8MRZHM8SHUKRAROK6EEESHUAN1Kr ΟΟ8ΕΚΥΥνϋ8νΚΟΚΡΤΙ8№ΝΑΚΝ8ΕΥΕ9ΜΝ8ΕΚΑΕΟΤΑνΥΥ0ΑΚΕ8Ν1 ¥ 0ΡΑΓ ϋΐν / σρΟΤΜντνδδ (8 Ер ΙΟ N0: 475) The nucleotide sequence of the variable region of the light chain: 5 ’С А0ТСТ6Т0СТ0АСТСС6ССАСССТС AОСОТСТООСССССССОСОАО АООССССАТСТСТТТТТТООААААСАССААСАТССОАААААААААААААААААААААААААААААААААААААААААААААА SSTSA0SSTSSST06SSATSA0T000STSSA6TST0A06AT6A60ST6ATTAT TAST6T6SAASAT666AT0ASA6AST0AATTS60TSTTS66S6CA606ASSA ASSTOASSTSSTAZ ’(8 Ep 10 N0: 476) Amino acid sequence of the variable region of the light chain: 98νΕΤ9ΡΡ8Α8ΟΤΡΘ9ΚνΉ8Ο8Ο888ΝΙΟ8ΚΤνΝ \ νΥ9ρΡΡΟΤΑΡΚΕΕΙΥ8ΝΝΚΚΡ 8θνΡΟΚΓ808Κ8ΟΤ8Α8ΕΑ18ΟΕ98Ε0ΕΑΟΥΥ0ΑΤ ¥ / ΟΟΚΕΝ> νΡΟΑ6ΤΚΕΤνΕ (8Е9 ΙΟ N0: 477) FIG. 3ΖΖ - 606 032 106 1101.5 The nucleotide sequence of the variable region of the heavy chain: 5’CA66TSASSTTSAA06A0TST66TSSTST6STS6T0AAASSSSASA0A6ASS STSASSSTSASSTSSASSSSSTSTSSOTTSTSTSASSTAOSAATOTTASAATOSb TSTSASST0SATSSSTSA6SSSSSSASSSSAAS0SSST6SAST6SSTTSSASAS ATTTTTTSSAATSAS0AAAATTSSTASA6AASATSTSTSAASASSASSSSSTS SSATSTSSAASSASASSTSSAAAAOSSASSTSSTSTSTASSATSASSAASAT 66ASSTST6SASASASSASSASATATTASTSTSSAS60ATA6TSS6ASSTASA ASbSATSATSTSTTTTOATSTSSSSOSSSSAASOOASAATSSTSSASSSTSTSTTS AZ ’(8Ες ΙΟ N0: 478) Amino acid sequence of the variable region of the heavy chain: p ¥ TEKE8SRUEUKRTETETETSTU8SR8E8MUKMSU8ZH1KrRRSKAE1UEAN1R8 MOEM8 ¥ K.T8EK8KET18KOT8K80UUETTMTMMORUVATAT ¥¥ SAK1USATTPPOAR OOUOROTMUTUZH (ZER ΙΟ N0: 479) The nucleotide sequence of the variable region of the light chain: 5’TSSTATSTSTSSTASASTSSASSSSASSSTSSST6TSAST66SSSSAS6ASA6AS0 SSSASSATTASSTSTS6SSCAAASAASATT6CAAOTAAAASTSTSSASTSOT ASSASSOAOSSSSASOSSASSSSSSSTSTSSTSbTSbTSTATOATSATASSOA SSS6SSSTSAS0SATSSST0A6S6ATTSTSTS6STSSAASTSTS6CAASAS0 SSSASSSSTSSASSATSA6САС6STSOAAOOSS6SSSSAT6ASSSSSSASTTTTAST STSASST6T60SATA0TASTA6T6ATSSTSTSSTATTSSSS06A6SSASSAA SSSSASSSSTSSTAZ ’(8 Ep 10 N0: 480) Amino acid sequence of the variable region of the light chain: ZUUetrRRZUZUARSrTASTSSSSMMYUZZUNAUurrKRORARUEUUUOOOZOIR 8θΙΡΕΚΡ8Ο8Ν8ΘΝΤΑΤΕΤΙ8ΚνΕΑ6ΟΕΑΟΡΥ0ρνΨΟ888ΟΡννΡ6θ6ΤΚΕΤνΕ (8Рё ГО N0: 481) FIG. 3AAA - 607 032 106 8A1.2 The nucleotide sequence of the variable region of the heavy chain: 5’6A66TSSAS1STS6T66A6TST6O66OA66STTS6TSSASSST666666TSS STSA6ASTSTSST6TSSA6SSTSTSSATTSASSTTTA6TAASTATT66AT6AS STSOOOTSS6SSA66STSSA666AA0600STS6A6T060TSSSSA6SATAAA 6CAA0ATS6AA6T6A6A6ATASTATST6666ASTST6T6AAS66SSSSATTSASS ATSTSSSSA6ASASSASS0SSAA6AASTSTSTSTATSTSSAAAT0AASA6SST6S 6A6SS6A6CASAS6OST6T6TATTASTST6SOASASSTSTT6TASTAAT6OT 6TAT6STSTASASTASTASTASTAS6STAT6CAC6TSTC606CCAC066ACC ASOOTSASSOTSTSSTSAZ ’(8Е0 Yu N0: 482) Amino acid sequence of the variable region of the heavy chain: ΕνρΕνΕ8666Εν9Ρ668ΕΚΕ80ΑΑ86ΓΤΓ8ΝΥ> ΜΤ \ ννκρΑΡ6Κ6ΕΕΑννΑ5ΙΚ9 η68ΕΚΥ ¥¥ Ο8νκαΚΡΤΙ8ΚΟΤΑΚΝ8ΕΥΕ9ΜΝ8ΕΚΑΕΟΤΑνΥΥ0ΑΚΡΕνΕΜνΥΑ ΕΗΥΥΥΥΟΜΟνλνθΗΟΤΤντνδδ (8Е0 Ю N0: 483) The nucleotide sequence of the variable region of the light chain: 5 ^? OATATT6TSATOASTSA6TSTSSASSTSTSSST6SSS6TSASSSST66AOA6S S06SSTSSATSTSST0CA06TSTA6TSA6ASSSSTSSTSSATA6TAAT60ATAS AASTATTTOOOOTTO6TASSTOSA6AAOOSSAO66CA6TSTSSASASSTSTSTSA TSTATTTSSATTSTAATS066SSTSS6066TSSST6ASA00TTSA6T0aCA0T 60ATCA06CACA6ATTTTASAST6AAAATCA0CAOA6TS6A0aST6AbaAT6 TT6066TTTATTASTOSAT6CAAOSTSTASAAASTSS6STSASTTTS66C66A 606ASSAA60T66A0ATSAAA ’(8Er Yu N0: 484) Amino acid sequence of the variable region of the light chain: ΟΐνΜΤρ8ΡΕ8ΕΡνΤΡ6ΕΡΑ8ΚΟΚ8898ΕΕΗ8Ν6ΥΝΥΕΟ> ΥΕ9ΚΡ6ρ8ΡΟΕΕΙΥΕ6 δΝΚΑδΟνΡΟΚΡδΟδΟδΟΤϋΓΤΕΚΙδΚνΕΑΕϋνΟνΥΥΟΜρΑΕΟΤΡΕΤΓΟΟΟΤΚνΕΙ K (8E9 ΙΌ N0: 485) FIG. 3ВВВ Heavy Variable 3Εζ) Yu N0: Germ line Germ line EK1 S0K1 EC2 493 UN1Ts-02 OUHOUZSAUUKKRSAZUKZZKAZ 0ΥΤΕΤ6ΥΥΜΗ IUKOARSOOEIMS 5H5.16 419 UN1 | 1-02 well t --- y one Germ line Germ line EK1 S0K1 EC2 494 UNZ | 3-33 OWOUEEZSBSUUORBKZZZAAZ 6ΓΤΓ33Υ6ΜΗ IUVDARBXIEIUA 24V9.1C 435 UNZ | 3-33 0Ή4 Germ line Germ line GK1 S0K1 EC2 495 UNZ13-33 OWOUEEZSBBUUORBKZZZAZAZ 6ΕΤΓ53Υ6ΜΗ IUKOARSKSIEIUA 24E7.1C- 423 UNZ | 3-33 F 22V11.1B 427 UNZ | 3-33 L16 t AT 20A5.1C 443 UNZ | 3-33 F _ -------— 20A5.26 447 UNZ13-33 well —— ------ r \ ... ---- d ------- --------- ------ c ----- 30ΕΊ.1Ο 431 UNZ | 3-33 L6 ------------- 3 _.......... ---- ΚΝ ---- - 20E5.16U1 451 UNZ13-33 F tg ----- _Ν ---- ν ------ 24V9.2C 439 UNZ | 3-33 L16 tt g ----- _Ν ---- --- c ----- - -------- FIG. 3СССС - 608 032 106 Heavy Variable 8Е0 GO N0: CMEA2 EKZ sox ΕΚ4 493 »ΙΝ₽Ν866ΤΝΥΑ0ΚΓ0Ο VTTMTEPTZTZTAUMEZVKZVOTATSAK 5Н5.1С 419 ----ON-------- ΟΝΚΝΥϋΥΥΟΜϋν νκφοττντνδδ S0K2 gas sox ΕΗ4 494 νΐΗΥϋΰδΝΚΥΥΑϋδνΚΟ ΕΕΤΙ3ΒΟΝ8ΚΝΤΤΥΤ0ΜΝ8ΕΒΑΕΟΤΑνΥΥΟΑΚ 24V9.16 435 OKBOSHCHZHTSUZZ V SEC2 gas SOVZ ΕΚ4 495 νΐίΐΥΟΟδΝΚΥΥΑϋδνΚΟ ΚΕΤΙ3ΒΟΝ3ΚΝΤΕΥΕΟΜΝ3ίΚΑΕΟΤΑνΥΥσΑΚ 24E7.1C 423 δνΑδΥΗΥΥΥΟΜϋν ISOSTTTTUZZ one "ABOUT'- " ------------- ---- 22V11.1C 427 t about .... δνΑΟΥΗΥΥΥΟΜϋν ΝΟΟΟΤΤντνδδ but - 20A5.1C 443 ------- γ_ ₀ ------- _3 ------------------------------ δνΑΟΥΗΥΥΥΟΜΏν Μ & 28ΤΤντνδ8 20A5.26 447 Λ ssssssznyuuuusmou »006ΤΤνΤν85 30Г1.1Θ 431 R . . . about. ............ t .. δνΑΟΥΗΥΥΥΟΜϋν ISOSTTUTUZZ and............. and b 20E5.1SU1 451 .g " from. about 3νΑ6ΥΗΥΥΥ0Μ0ν ivdsttutoise B and! ......... and - 24V9.2C 439 about o V-- - 8νΑ6ΥΗΥΥΥ6Μϋν VDZTTUTUZZ and and ν FIG. 3ΌΌΌ Kappa Variable 5Е0 ΙΟ ΝΟ: (Germ line Germ line ΕΉ1 COM G2 496 UK1 | A20 B10MT05R5 3 B5 AZUSBKUTITS Κ.Α3ΟΟΙ3ΝΥΙΛ YIOOOKRSKURKYU 5Η5.1Κ 421 UK1 | A20 ZhZ ---- □ ------ Lambda Variable | Germ line Germ line W SON1 EC2 497 U1 2 | 2a2 <23АТ0РА5УЗС5₽С031Т13С TSTZZBUSSUUUZ ΗΥΟφΗΡΟΚΑΡΚΣΜΙΥ 20E5.1E νί 453 Y! 2 | 2a2 L 2 g | Germ line Germ line those SON1 G2 498 uz! 31 ZZET (2ORAUZUAIS (2TUK1TS OSBZZUUAZ "ΥΟΟΚΡΟΟΑΡνΤνίΥ ZOR! .11. 433 νΐ.3 | 3ί L 2 22811.11, 429 \ / 1 3131 L2 (d " R P 24V9.11. 437 νΐ 3 | 3ί L2 · - - - ™ * - - ”Ez - 1d 24V9.21 441 νΐ3 | 3ί L 2 r>. 20Ε5.1Ι. ν2 457 νΐ 3131 L2 R R . 24P7.11 425 νΐ.3 | 3ί L 2 G T 1h '20A5.I. 445 νΐ3131 L2 t X K-1 20Α5.2Ι. 449 L2 t _____ ... P .. t ... VI 3 | 3ί | FIG. 3EEE - 609 032 106 Kappa Variable Zeo Yu N0: | SRI2 gkz SRKZ EC4 ⁴⁹⁶ AAZTB <28 6UR8ER368S36T0GTBT138B0RE0UATUUS 5N5.1K 421 - - - ------------------------------R ΟΡΥςίΑΡΕΤ ΕΟΡΟΤΚνΟΙΚ Variable lambda | SRY2 gyaz Cut EN4 497 UAZIKRZ SU5№GZS5K36MTA5BT18SB <2AREA0UUS 2OE5.11. ¥ 1 453 - χ ---------------------------- _g ZZUTZTZMU GSSSTKBAUB | SPK2 bullpen Cut KK4 498 5ΚΝΝΗΡ3 6ΙΡΟΚΡ363380ΝΤΑ8ΕΤΙΤ6ΑΩΑΕΟΕΑΟΥΥα 30P1.11 433 ----- χ --- _t ---------------------- kzeoernbu RSSSTKBTUB 22Β11.ίί 429 - --------- _t ------—-------- EXCLUSION ESSSTKBTUB 24V9.1E 437 --------- _t -------------------- K8K03360NBU GSSSTKBTUB 24V9.2b 441 --------- _t ---------------------- KGUZZSSONU ESSSTKBTUB 20Е5.11 m2 457 - --------- _t ---------------------- Ν3Κ0ΝΙ6ϋΗΕν guststub 248 = 7. Ιί 425 γ- --------- _t ----------------------- Ν8Κ08Ι6ΝΗΡν RSTSTUBTUB 20Α5.1ί 445 --------- _t --X -------------------- KZYUSINBB GSSSTKBTUB 20A5.2I 449 --------- _t --X ------------------- Κ3Κ0ΙΙ6ΝΗΙΛ GSSSTKTUB FIG. 3РРР 5E <2 GO ΝΟ: Germ line Germ line RK1 S0K1 RK2 486 UN2 | 22b OUTBKEZSRUBRKTETBTBTSTUZ SEZBIAKMSUZ SHVDRRSKABEIBA 1161.5 479 \ / H2 | 226 pizz Germ line Germ line YE1 S0K1 YE2 487 UN31307 EUOBUEZSSSSBTSORSSZBKBZSAAZ SGTGZZUIMZ IUNOARSKSBEIUA 11H8.1 475 UNZ | ZO7 pizz _{Ε Ν} ρ 11H4.1 471 \ / NC | ZO7 pizz -B --- ΝΕ- - 8A3.1 459 νΗ3) 307 ' L46 11E1.1 '463 UNZ | ZO7 ZN6 --- Ν— 8A1.2 483 \ / NC | 307 Znb ----- _Ν - _t Germ line Germ line RK1 COM RY2 488 νΗ3 | 3-33 0 U <E BUUE 5 SZSUUORSK5 BKB 5SAAZ SRTGZZUSMN №7К0АРСКСБЕИУУА 12H11.1 467 νΗ3 | 3-33 ZN4 5EP 10 N0: SPN2 Ryu svyu RK4 486 N1E8Y0EK8U8TZBKZ KBT13K0TZK30UUTMTIM0RU0TATUUSAK1 1161.5 479 , t νεΑττυβΑΓοι ISOSTMUTUZZ SOY2 Ryu SOYU RK4 487 SCHOOL & ZEKUUURZUKS KGTTZKOYAKMZBUBOMYZBEAYOTAUUUSAK 11H8.1 475 YESYISGAG01 MSOSTMUTUZZ 11H4.1 471 . ..MP YESYSEEAG01 ISOSTMUTUZZ - —MO - 8A3.1 .459 with _ . __. _........ RBUBMUUUUUUUUSMRU MSOSTTUTUZZ B - --- 11E1.1 463 with - RBUBMUUUUUUUUSMRU ISOSTTUTUZZ about 8A1.2 483 hl t RBUBMUUAUUUUUSMRU isnsttutuz SVY2 Ryu soy EJ4 488 νΐΜΥ063ΝΚΥΥΑ05νκε KGTKHZOZKYTBUBOMYZBNAEOTAUUUSAK 12H11.1 467 RCSBR ISOSTBUTUZZ X 1 p FIG. 3НННН - 610 032 106 5E <2 GO MO: Bud, pinia Germ line RK1 SOY1 RY2 489 ν «2 | Α19 01УМТ05РЬЗЬУУТР6ЕРА515С Κ5505ΕΕΗ5Ν6ΥΝΥΕ0 IUOKROSOSROYU 8A1.2 485 UK21A19 F4 8A3.1 461 νΚ2 | Α19 F4 1181.1 465 UK2 | A19 F4 Germ line Germ line E1 COM RK2 490 UK4 | VZ 0ΐνΜΤ05Ρ05ΕΑν5Ε6ΕΚΑΤΙΝ0 Κ3503νΕΥ35ΝΝΚΝΥΕΑ ΗΥΰΰΚΡΟΟΡΡΚΕΕΙΥ 12H11.1 469 UK4 | VZ G1 Germ line Germ line RK1 SOY1 GK2 491 νοί11с 03УТ0РРЗА5СТРС0КЖТ13С 36333ΝΙ63ΝΤνΝ NOOOORSTARKYU 11H4.1 473 U1 1 | 1s LIE _τζ 11H8.1 477 VIII1c lz Germ line Germ line RJ1 SOK1 RY2 492 νΐ3 | 3Κ TOOTH <2RRZUZZHARSKTAK1TS LINKSZZUN KUOOKRSOARUU! U • .1101.5 481 νΐ3 | 3Κ L 2 --------------- (2 ------ -------------- FIG. 3ΙΙΙ 5 food go MO: SOY2 RKZ ST FROM RY4 489 Ε33ΝΕΑ3 ^ ROKEZSSZSSTRETKGZU / EAEOUSUSHUUS 8A1.2 485 MOA WRITING ΓαεοτκνΕίκ 8A3.1 461 MOA WRITING GSSZTKUERK 11P1.1 465 M <2TE <2TRET ΕΟΟΟΤΚνΕΙΚ SOYU Ryu soy ΡΚ4 490 IA5TK.EZ ZUR0NGZS5636T0ETET133E <2AE0UAUUUS 12H11.1 469 00ΥΥ3ΤΡΗΤ EC03TKUE1K SOYU Ryu soy RY4 491 3ΝΝ0Β.Ρ3 SUROKGZZZZZETZAZAAGZZOZEOEOUUS 11H4.1 473. --- _to AAIRZYZHYU SECURITY 11H8.1 477 --- _to --- ΑΤΚΟϋΚΕΝΜν EXTEND SOYU Ryu SOYU ROW 492 Υ050ΚΡ3 εΐΡΕΚΓ3Ε3Ν56ΝΤΑΤ1ΤΙ3ΚνΕΑ60ΕΑ0ΥΥ0 1101.5 481 (ZHTZZZORUU SESSION FIG. 31L FIG. 4A - 611 032106% free 16Р12 ^% free31 Н4.1 [sRSZKE] (M) FIG. 4C - 612 032 106 - 613 032 106 FIG. 4P FIG. 5A 1.5 50 ί '“ 36 I ||| In 22 sixteen 12% gel in Trisglycine buffer RshskVShe dye, 1 mkg / lane 1. Marker 12 2. IRS8K9 3. TRRSKE 4. SRC8K9 5.16P12 6.21B12 7.31H4 θ Marker 12 9. LDC8K9 10. TRS8K9 11. SRC8K9 12.16E12 13.21B12 14.31H4 15.8eB! E P1iz2 - 614 032106 • to free СРС8К9 ^А free ° «™ ^ha IRSZK9 [21В12] (M) FIG. 5C - 615 032 106 Anti-RSZK9 AB3 epitope binning on human PC8K9 FIG. 5E - 616 032 106 - 617 032 106 FIG. 6C Sigmoidal dose response Best values BELOW TOP SOEC50 EC50 FIG. 6B - 618 032 106 FIG. 71) - 619 032 106 FIG. 8A FIG. 8B FIG. 8C - 620 032 106 31N4! D6 1 OSH β-actin _ + _ + - + - + - + - + - + + + - + _ + _ + _ + _ + _ + _ - yoke -GGO- -'GO'N, *.;.;.;. - '4Ya'4Gogo and Gogo Go. gogo .. * ΙΟΕΚ h --ν .. _ _s , - ''. LH “- GO ' ^G ''β-actin'. ^ .H, h ίΟΙΡ - go-go-. “GO’go -.- th go · —GO G, * · 144 h i) 1. I ·.-... - _e :; y. - ". · ₇ -: _Κγν b β-actin <-." - Pyyg.L: · "'-.' GOGO ™ '."' ¹ FIG. 9 - 621 032 106 1d6 50 | ——y ι,. | —Ι —— το 2 4 6 8 10 12 Time (days) FIG. 10C Euthanasia n = 6 I Euthanasia n = 6 ϋ10 Euthanasia □ 13 Euthanasia Dose 31N4 10ι mg / kg (for all mice) dose of 31H4 OR | d0 South mg / kg dose of 31H4 or [de 10ι mg / kg FIG. 11A FIG. 11B - 622 032 106 21B12 Μεν (μg / ml) 0 0.2 1 AB (μg / ml) 0 1 3 10 0 1 3 10 0 1 3 10 bwa ms. Actin FIG. 12A 31H4 FIG. 12V 25A7.1 0 0.2 1 0 1 3 10 0 1 3 10 0 1 3 10 1.0 0.9 0.9 1.2 2.0 2.2 1.7 1.6 1.6 2.4 2.4 2.5 FIG. 12C - 623 032 106 Μθν (μg / ml) Actin 21B12 ШШ FIG. 12Ώ 31H4 0 0.2 1 O 1 3 10 0 1 3 10 0 1 3 10 i FIG. 12E 25A7.1 About 0.2 1 O 1 3 10 0 1 3 10 0 1 3 10 FIG. 12E - 624 032 106 Light chain 23В5_1хдЬ_сс1г 25С4_11дНЬ_ссГс ЗС4_ЫЫЫ_сс1г 30А4_11дНЬ_сс1г 21В12_11дЬ_с <± г 2361_11дПе_ «1Т 20В10_11дЬ_сЛг 2вЯ5_11дЬ__свх1бд1вдв_свх11 27n5_1 £ dNS_s <1g 30v9 1hdpe_syag 19Ne211dPb_slg 17C2_11dPb_s <3g 25A7 Gob e <1g 31Ya4_11d1L_sag 27V2_1hdA_ "9N6_11dV_sLE 1 g · _m 1L12_1hd_sah 9SE 11d αάχ 31A4_11dP_sdh 22E2_1hdP_s <1x 28V12_11dY: _svg 28P6_11dNy_s <1g 1bT12_11d_s <1g 27A6 1hd_" 1g 31S11 Id ss1g 13V5_T1d1TO_S [1g 31V12_1hd_os1g ZV6__11dMe_s4g Consistency KABf1 ..... 83ΪΧΝ LAZEZT ..... 8ΤΥ1Ν YAA30YA1 ..... VYZD'Z d ^^^ JT g.nampunr-gm --toTZZOUNOUNZUB -tfzBOUESU ^ UB -tetyztaetNzuz ~~ TC ~ ¥ ZZuSS N5UZ --TSUZZrUSSUIZUZ -TOTZZrUbSUNZUZ -tstzzouosunzuz -tetazrfskhNzuz --tsigagztaotTszuz —TS'DZBYu'OAUYBUB —T <U? 3 ZOUENUKZUZ ~~ Τ0? Ϊ55ρν (5ΝΥΝ0ν3 ––––––––––––––––––––––––––––––––––––) 36353ΝΙΘ3ΝΤ. Ψ - рЗЗЗЗМТСЫМЕ'УЗ - БСЗЗЗКГСЫКГ. УЗ - БСЗЗЗЗ ^ ТСИМК.УЗ ~~ 8Ε555ΝΤΕΝΝΕ.ν5 -> За888К1ДУУТ.1У8 —зззз & пy. "VCWAS. —— 'TH8VSU38UE) THAT then; ΐϋ; ΙΏ I THAT I TO 1 Ιϋ I 10 I TO 1 TO 1 ίο ι TO 1 then this 1E ’Oh. about TO 1 TO 1 TO 1 TO 1 10 I ίη I. . . . . .. TO N0: 224) 0ΝΝΚΒΡ3 (ЗЕО (5Е <2 (ЕО (5Е0 10 N0: 211) 10 N0: 393) 10 N0: 211) 10 N0: 227) ΟΟδΥ'βΒΡΙΤ0α3ΥβΑ₽ΙΤ · ООВТЫЗТМЛ · нойотрг · (5Е0 (ЗЕО (5ES2 (5ΕΩ 10 N0: 213) TO N0: 39+) U N0: 235) U N0: 236) N0: 158) EUZIVRZ (δΕΟ TO N0: 162) Ν3ΥΤ3Τ3ΜΥ ------- --- (8Ε0 TO N0: 395) N0: 158) ΕνΤΝΗΡ ^ (3Ε0 then N0: 16 3) Ν3ΥΊ? 5Τ3Μν ------- --- (ZEC Ιϋ N0: 395) N0: 158) ΕΥΕΝΗΡΞ; (BEO YU N0: 162) zzutetzmu - - (ΞΕΟ TO N0: 164) N0: 158) Εν3ΝΚ₽5 (3Ε2 then N0: 162) 33ΥΤ3Τ8Μν ~ ----- (ZEO TO N0: 164) N0: 158) EUBANRV (5Ε0 then N0: 162) ΒΗΥΤδϊεχν ------ --- (ΞΕΟ Ιϋ N0: 164) N0: 158) EUZYANRZ (5Ε0 then N0: 162) 55Υϊ8Τ £ Μν —--- --- (330 ΙΟ N0: 164) N0: 158) EUZYANRZ (WEU then N0: 162) 33ΥΙ3Τ3Μν ——- - (3Ε0 Ιϋ N0: 164) N0: 158) EUZMKRU (3Ε0 ten N0: 162) $ 3ΪΧ8Τ8ΜΥ ------ --- (3Εΰ ΙΟ N0: 164) N0: 389) Εν3ΝΗΡ ^ (5Ε0 ten N0: 162) 88P8T8IU ------ --- (3Ε0 ΙΟ N0: 164) N0: 390) ΕνδΝΗΡδ <star ten N0: 162} 58ΥΤ3ΤΝΜν- ~ ---- --- (8Ε0 then N0: 16 ¢) N0: 391) ΕΥ3ΝΗΡ3 (8ES TO N0: 162) 33ΥΪ333νΥ ------- N0: 396) ) N0: 221) EULCRP> N0: 222) ΟΗ3ΝΚΡ3 »N0: 223) <ЯЫ1₽3 | • N0: 197) 'ι N0: 4) 9)> 40: 409) ί N0: 197) N0: 182) N0: 182) N0: 182) N0: 182) N0: 182) N0: 182) dugatosis; bnnknryo KYNKR Zmidarz Oumkjarz Otkakrd 0ΥΝΚΗΡ5 ΟΥΗΚΗΡ3 0ΥΝΚΒΡ3 □ 8ΝΚΗΡ3 (ЗЕ (2 10 N0: 228) (WITHOUT N0: 229) (BEO TO N0: 230) (5Е0 TO N0: 199) (5Е0 TO N0: 199) (BES ~ '· N0: 3 : ·?) (ZEO 10 N0: 231) (ZEO TO N0: 183) (ZEO 10 N0: 183) (WES 10 N0: 183) (5Е0 10 N0: 183) (5ES U N0: 183) (Yeo I! MO: I: -: - 1) (5Е0 TO N0: 232) (WES 10 N0: 233) (5Е0 TO N0: 234) SZUASZZZTU ---- OZUZZESESYAU-— OPEN-LITTLE ^ -— AAIVO8> ig. ι№ ~~ ~ AAI0031L .φί— ~ · ADIPO AUIVO STIOVZ ^ ZSIAIA ------ ~ ioziaesesda ——— STIIZZZOYU ------ STIO & 38 | LIAAU! W! —————— 0TI1> 35E337 * Y * ------ etig3838Ay! Y; ----- OTIYIZ ^ EA '^ ------ 0АИЦЕ51ТУУ --——— 5ΟΥΗΟ & Χ0Η & 5εΤΝΈΓννν 10 th 10 then N0: 185) N0: 185) N0: 185) N0: 18 6) N0: 398) N0: 399) FIG. 13A - 625 032 106 - 31 Н4_Нд14_сс! Г - 27V2_NdK1_ssk - 16E12_ || dY_ss1g 22E2_ND1y_s * _ 28V12_NDI1 _ss1g 28O6_1! DM__Y ^r - 27A6_NDY_s0g - 31С11_ || d1t1_ss1g - 13В5_Нд111_сс1г - 9С9_ПдМ1_сс1г г 9Н6 Ιίαίιί сОг - 1A12_id'p1__sig - 31A4_ND11 {_ss1g - ^{31V12_NDY_s1g} 20010_ || dK1_ss1g 26N5_1 | dY_s0g 3101__YDS_ss1g 27E7_Ndy_ss1g - 27N5_ND111_ss1g 30V9_idI1_ss! G - || 21V12_ dM1_s0g 1 - 19N9_G | d1_s0g - 2331_VdI1_ss1g - 17S2_NdN1_ss1g - 25A7_NdI1_ss1g - 13N1_NdK1_ss1g - 23V5_NdI1_ss1g - 25 (34_NdY_ss1g - ZS4_PdN1_ss1g - 30A4_ dN1_ss1 || ^r - ZV6_ydM_ssk | --------------- -----------------------------------------one 10.00 replacement for 100 residues FIG. 13B - 626 032 106 Heavy chain: 2 0ϋ 10_еаауу_с «1г 3 0V9_Lea-yu_s <1g 2 7E7_Laauu_ss1g 19Η9_Ηββνγ_οάχ 21V12_Iaauu_ss1g ZS1_Neauu_s 2 <1g 2 6Η5_Ηββνγ_ούτ 31ϋ1_ΙιβΜνγ_ο <1τ 2 7N5_aatu_as1g 17S2_vauu_ss1g 25Α7_Ηββνγ_σώτ ZV6_eauu_s <1g 909_Ηβ »νγ_ο0χ 9N6_Nea-uu_ss1g 1A12_1ιββνγ_« 1ι 2ZV5_ealtu_ss1g 2 564_Ηββνγ_σάτ 1 ZV5_Leauu_s <1g 2 2Ε2_Ηββνγ_οάτ 2 8В12_ Лвауу_сс1г 2806_Αββνγ_οάτ 16E12_Leauu_as1g 2 7 Α6_Αββνγ_σάτ 31C11_Leauu_ss1g 3 0A4_Leal7u_ss1g 31B12_Lvachgu_s0g 31N4_Lea-uu_ss1g 27Β2_Ηββνγ_ο <1τ 3Ο4_1ΜΛνγ_α <1τ 31Α4_Ηββνγ_ "1τ 1 ЗН1_аа * у_ас1г Consistency —RURGZUOKHZ (Zeo YU N0: 168) —ΟΥΡΕ · ί8ΥΡΐ3 (Zeo TO N0: 168) —ΡΥ3ΕΓ3Υ5Ι (3 (Zeo Ιϋ N0: 366) —ΡΥΆΕΓΒΥΟΙβ (Zeo TO N0: 367) —ΡΥΊίΕΤ3ΥάΤ3 (Zeo TO N0: 368) (Zeo TO N0: 368) ~~ ΡΥΦΕΤ * 3ΥΟΙ3 (Zeo Yu N0: 368) —ΏϊΤ) ΕΤ3ΥΡΐ3 (Zeo then N0: 368) —ΡΓΠ; Γ3Υσΐί3 (Zeo then N0: 368) −0 (Υ3ΕΤΓ3Υρΐ3 (Zeo then N0: 369) - · ρΥΤΕΡ3Υ0Ι3 (Zeo then N0: 370) ~~ ίθίγίΤΕΤ3Υθΐ3 (Zeo then N0: 244) —ΊώΐτΕΒίΒΥϊοώ (Zeo then N0: 371) —ΡτΤΓ3 ^ ΥΜΜ3 (Zeo then N0: 372) (Zeo then N0: 373) - <ΗΤΓΕ33ΥΑΜΝ (Zeo then N0: 374) —Ίφ * ΓΕ8ΡΥΑΜΝ —STTGZZTAMZ (ZEO (ZEO then then N0: 374) N0: 245) —Otggzryamn (Zeo then N0: 188) —RETT53U <E4H (Zeo then N0: 188) (Zeo then N0: 188) - <YTGESHERMN (Zeo then N0: 375} --rV’TY ^ YAIZIN (Zeo then N0: 375) —SVTGgarUOMN (Zeo then N0: 376) ~~ ΐώτΕ3ΐ8Υ0ΜΗ (Zeo then N0: 246) —YTGKZUSUSMN (Zeo then N0: 246) —Yb + yyyyyy (Zeo then N0: 247) <Μ3Ι33ΰ <ΪΥΥΗ3 (Zeo then N0: 248) βά3Ι333ΠΥΥ ^ 8 (Zeo then N0: 249) SSZGZA. . ΧΥΗΝ (Zeo then N0: 250) Ο33ν33Ν3ΑΑϊίΝ (Zeo then N0: 251) »Ι5ΑΥΝα.ΝΤΝΥΑ | θΚν! Θα (ЗОО Ιϋ N0: 174) ΜΪ3ΑΥΝ6.ΝΤΝΥΑήΚίνίθΘ (5Ε0 Ιϋ N0: 174) 8Ε0 Yu N0: 175) ΗΥδΈΎΝΟ. ^ Ώ ^ ΑΟΚΕΟΟ (8Ε0 Ιϋ N0: 175) Κΐ3ΈΎΝΟ.ΝΤ ^ Α0ΚνΪ26 (3Ε0 Ιϋ N0: 176) ΚΙδΒΎΝΟ.ΝΤΝΥΑΟΚνίοΟ (5Ε0 yu N0: 176) ΗΙ3νΥΝα.ΝΤΝΥΑ5ΚΥ06 (3Ε0 Ιϋ N0: 17 ) ”Ν3ΑΥΝΟ.ΙΓη6: doctor (ЗОО ТО N0: 178) Η'ΙΒΑΥΝΟ.ΝΤΪίΥΑΕΚΒΟρ (ЗЕО Ιϋ N0: 179) К131таС. ИЦЦАОЖуОС (ЗЕО Ю N0: 252) ΝΙΚΟΒαβ.ΕΚΥΥνΠ3νΚ6 (5Ε0 then N0: 343) ΝΐΚΗΠρ3.ΕΚΎΎν ZEO Yu N0: 347) ΝΐΚ0ΡΟ5.ΕΚΥίγνρ5νΚ6 (3Εζ) Ιϋ N0: 343) Т13р5рО.рТХ * УАХ) ZUKS (3Ε0 then N0: 365) ΤΙ363ρθ.ΝΤΥγΑ) ΜνΚ6 (ΞΕΟ Ιϋ N0: 364) Κ3ΟΩ Ιϋ N0: 253) DIULES .ΜΚΥΥΑ 3νΚ0 (ΞΕΟ ΙΟ N0: 329) Ρΐ ^ ΧΚ.'ΜΚΥΎΑΟδνΚΟ (ΞΕΟ Ю N0: 329) b1Н№ЗЫЗ.РжГСЬ5УК6 (ЗОО then N0: 329) ρ £ Ν8Ι ^ 8.ΟΕϊ {ϊΜ ^ 8νΚ <3 (ЗЕО Ιϋ N0 : 336) SHMZORZ.OKUUAUKB (ZEO TO N0: 338) 255) 5Ι83863.ΥΙ5ΎΑρ8νΚ6 (3Ε0 Ιϋ N0: 256) ΥΙΥΝβίσΗΐϊ, StrRMSSZ (Zeo Yu N0: 257) ΥΙΥΥ ^ ΦΥ. , ^ | NOKI (| 8 (5Ε0 ΙΟ N0: 258) Ε ^ ϊΗ ^ ώ ^ Τρ. LYRZX ^ З (ЗЕО Ιϋ N0: 259) ΚΤΥΥΚ5ΚΝΥΚ ^ Υ3ν8νΚ3 (ЗЕО и N0: 260) * рЭЭО) М ~~ - ~ - ~ (5E0 10 N0: 180) ETSE4G> y —------ (ZEO 10 N0: 180) FROM <EP> UG * ~~~~ --- (ZEO Yu N0: 180) STOMLU —----— (ZEO Ιϋ N0: 180) Otmo -------- (ZEO Yu N0: 180) OUSMru —---- ~~ (ZE <2 U N0: 180) eSMOM -------- (ZEO U N0: 180) ΟΥΟΜΠΜ ————— (ZEO U N0: 180) THISE ———— (ZEO U N0: 180) ργνΜοίν— ~ —— (ZE <2 U N0: 387) ОУУМЦУ ---—--- (ZEO U N0 : 387) σΥΤΚϋΥ -------- (Zeo Yu N0: 261} E. . , 81P »eEEL01 (ZE0 TO N0: 385) Ε. . . .3Ν “ΒΕΜΪ> ν! (3Ε0 TO N0: 386) E.. . . 3ΝΗΒΒΜ <ρα (5Ε0 TO N0: 385) ΚΈνΟΜνΥΑΜΕΟΥ-- (ЗЕО TO N0: 218) КЕ7ШУХАМЫ) У ~~ (5Е <2 Ιϋ N0: 218) Ε. . . . (UVZRGOU— (ZEO Yu N0: 262) ΑΙΑΜ, 7γγίγ! Γα »ώνΙ (3ΕΟ Ιϋ N0: 195) AHAM..ΥΥΥ! Υ6» θγ (ZEO Yu N0: 195) ΑΙΑΑΙ..ΥΥΥΥΟΜΟν (ZEO Ιϋ N0: 195 ) ΑΧΑΑΚ.ΥΪίΥΐΥαονΟΕΟ YU N0: 195) ΑΙΑΑ1.ΥΫΥΐΥΟ »0νί (3ΕΟ YU N0: 195) σΐΑνΑ.ΥΥΥΎ (3 © ν (3Ε0 Ιϋ N0: 196) ETFKIFI (Eph7 (ЗЕ0 Ιϋ N0: 263) Β.06ΙΑΑΙΙΡ6αά> ν (3ΕΟ JU N0: 264) ΟΥΟί5ί3ΑΥ ^ ϋΑίϊ> ν (ЗЕО Ю N0: 265) ЕО.ТАМУРУ.ΕΌΥ- (ЗЕО Ю N0: 266) 0Ο.νΤΤΥΪϊίΑΜθν ~ (3ΕΟ Ю N0: 267) О..УУРГОУ ---- - (Zeo Yu N0: 268) ΟΟΡΤΑΑίΊϊΥ ----- (Zeo Yu N0: 269) FIG. 13C - 627 032 106 substitution per 100 residues FIG. 130 - 628 032 106 Heavy Easy FIG. 13E 31B12_1 | dp1_sag 20010 VAT - 629 032 106 Consistency for group 1: 20010 IDC LEAUU SIG 30B9 IDM: ίΐθβνγ ίΤΟΤ330ν00ΥΝ3ν3ι (3ΕΩ ΙΟ N0: 158) | Εν3ΝΚΡ3; ί ³ ί (3Εβ ST N0: 162) (5Εβ ST N0: 162) ΐ33ΥΤ3Τ3Μν ; (3ΕΩ Ιϋ N0: 164) , ³ with ; (3Εβ Ιϋ N0: 158) Ρ Τ3Μ 1 (3ΕΩ Yu N0: 164) 27E7 IDC 1ΐθ3νγ ; $ WITH ; (3Εβ ΙΟ N0: 158) ί 3 1 (3ΕΩ Yu N0: 162) Yo Τ3Μ ί (3ΕΩ Yu N0: 164) 1 9H9IdX Ηθθνγ one C 1 (3Εβ Ιϋ N0: 159) ; 3 ' (3ΕΩ ΙΌ N0: 162) Ρ Τ3Μ ί (3ΕΩ Yu N0: 164) 21B1.2 GO LEOUU SIG : h from 1 (ZEO ΤΟ N0: 158) 13 ! (3ΕΩ Ιϋ N0: 162) Ts Τ3Μ '(3ΕΩ ΤΟ N0: 165) 2301 GO Ιτθβνγ ! s C 1 (3Εβ Ιϋ N0: 158) ί θ; (3Εβ Ιϋ N0: 163) Η ! 3 Τ3Μ 1 (3Εβ Ιϋ N0: 165) 2 6H5_11dd? _Leauu_sy-G ί 3 WITH ; (3ΕΟ ΙΟ N0: 158) (3ΕΟ ΤΟ N0: 162) Τ8Μ (5ΕΩ ΙΟ N0: 164) SJ1 IDC Τίθβνγ cig ! ³ WITH ! (3Εβ Ιϋ N0: 158) ; 3; (3ΕΩ Ιϋ N0: 162) ί ³ Τ3Μ ; (3ΕΩ Yu N0: 164) 27H5 IDS: 1ΐθ3νγ s WITH ; (3Εβ Ιϋ N0: 158) 1 h: (3ΕΩ ΙΌ N0: 162) ! 3 Τ3Μ (3Εβ Yu N0: 164) 17C2 Ib Ηθίνγ cig ! s BUT' : (3Εβ ΙΌ N0: 160) ί ³ 1 (3ΕΩ ΙΟ N0: 162) > 3 1) ym (3ΕΩ ST N0: 166) 25A7 Ibb Lea0u saig ! five ... M ______ ’ (3ΕΩ Ιϋ N0: 161) 1 of 1 (3ΕΩ Yu N0: 162) ! 3 ®з№ (3ΕΩ Ιϋ N0: 167) 20010 GO LEOUU SIG CT; P] (zeo Yu N0: 168), “Ι3ΑΥΝΕΝΤΝΥΑβΚνββ; (3ΕΩ Ιϋ N0: 174) ΐΩΥΟΜΟνί (3Εβ Yu N0: 180) 30B9 IDEA Ιτθβνγ ; yt : (zeo Ιϋ N0: 168); I Α β ν ί (3Εβ ΙΌ N0: 174) 1 ε (3ΕΩ ST N0: 180) 2 7E7_1ΐ dC_Beaνγ-Sig '(5ΕΩ Iϋ N0: 169); I Α β ν ; (3ΕΩ ST N0: 174) : ⁵ ί (3Εβ Ιϋ N0: 180) 19H9_1 ^ db (: _ ееаνу__сй ^ ; yt 1 (3ΕΩ Yu N0: 170); I Α Ω ν ! (3ΕΩ Yu N0: 174) ; ε (3Εβ Yu N0: 180) 21Β12_1ί91ι1: _1ιθ3νγ saig ; th ; (3ΕΩ Ιϋ N0: 171); φ . ω ίΰ ; (3ΕΩ ΙΌ N0: 175) ! with (3Εβ ΙΟ N0: 180) 23C1_ GO (: Leahu Sig ; THT ; (8ΕΩ I ϋ ΝΟ: 171); Ε); Ε) 0 φ ' I (3ΕΩ Yu N0: 175) ! ε (3Εβ Yu N0: 180) 2 6H5 GO Ηθβνγ ί that ί (ZEO vv. -171); ΐ β ν ! (3ΕΩ ίο N0: 176) (3ΕΩ ΙΟ N0: 180) 3101_11d1t (: Leahu Sig ; that one ; (3ΕΩ Yu N0: 171); I; Ρ, β ν 1 (3ΕΩ ΙΌ N0: 176) ί ε ί (3ΕΩ Ιϋ N0: 180) 27H5 GO 1τβ3νγ 1 t ί (3ΕΩ ST N0: 171); I, ν! β ν ; (3ΕΩ ΙΌ N0: 177) 15 (3ΕΩ ST N0: 180) 17c2 1 ^ d ^ 1C _^ _Leaνu ί; s ^ t 1 (3ΕΩ Yu N0: 172); Α Ω 1 (3ΕΩ Yu N0: 178) ί (3Εβ Yu N0: 181) 25Α7_1ί91ι1: _1ΐθ3νγ saig 1 t1ey ί (3ΕΩ Yu N0: 173); ΐ Α Yo φ. (3ΕΩ ΙΟ N0: 179) ί.Μ. (Zeo Yu N0: 181) Consistency for group 1: 22Ε2 11dY Ιτεβνγ ! 3Ε333ΝΙΕΝΝΕν3ΐ (3ΕΩ MOT N0: 182) RUYKKRY (5ΕΩ ΙΟ N0: 183) Goodbye! (3Εβ Ιϋ N0 : 185) 28Β12 IDC Τίθθνγ cig ; (zeo 10 N0: 182) ; Υ; (3Εβ Yu N0: 183) with ; I; (3ΕΩ ST N0 : 185) 2806 IDC Ιτθβνγ (Zeo 10 N0: 182) ; Υ: (3ΕΩ Ιϋ N0: 183) '' ε; ; ; (3ΕΩ ST N0 : 185) 16Γ12 IDC Ιτθθνγ ; (3εω 10 N0: 182) 1 Υ ί (3Εβ Yu N0: 183) α; one ; (3ΕΩ Yu N0 : 1 8 b) 27A6 IDC Ιτθθνγ cig ; (3ΕΩ Ιϋ N0: 182) ; Υ; (3ΕΩ Ιϋ N0: 183) five 3; ; ί (3ΕΩ 10 N0 : 187) 31C11 IDB LEAUU SIG : ______________ ; (zeo ST N0: 182) OF;______; (3ΕΩ Yu N0: 184) $ ί (3ΕΩ ST N0 : 186) 22E2 IDC Ηθανγ ETT ^ zGzTsmy (3ΕΩ Yu N0: 188) ХХЙ ^ ^СЗЗЗЗШШУ!!!!!!! !З! (3ΕΩ 10 N0: 191) ΐΑΤΑΑΕΥ’ΫΫΥΕΜΟνΙ (3Εβ YU N0: 195) 28B12_Id1t (: _ 1teauu_sig : And ε! (3ΕΩ Yu N0: 188); N ΝΚ A ί (3Εβ Yu N0: 191) ! Α Ab I (3ΕΩ YU N0: 195) 2806 IDC Ιτθβνγ 1 1z, 'E; (3ΕΩ Yu N0: 188)! (Ν! ΝΚ A ; (3ΕΩ Yu N0: 191) ; Α Ab (Zeo YU N0: 195) 16Г12_1191τ (: _ 1τε3νγ ; e; (3ΕΩ Yu N0: 189); B; BUT '(3ΕΩ Ιϋ N0: 192) to Ab Ι (3ΕΩ YU N0: 195) 27A6 IDC Ηθθνγ cig 1! S; E 1 (3ΕΩ Yu N0: 188) 1 ! s! ; yk A ; (3ΕΩ Yu N0: 193) Ια Ab 1 (3ΕΩ YU N0: 195) 31C11_Id1tS_Leauu saig (Zeo Yu N0: 190) ί .I. Νφ; νί 1 (3ΕΩ Yu N0: 194) ΰ oooh ΐ (3ΕΩ YU N0: 196) FIG. 13B Consistency for group 3: | 3'СЗ “з’зУ1СЗ] Ы] TUM, I K I; to _; 9H6_11dY: _Nope \ gu_ss1g 1Α12_1ίдηЬ_ ^ еаνу_сй ^ 9C9_Id (: _ Iea ^ y_sig Ιϋ N0: 197) Ιϋ N0: 198) U N0: 198) Ιξννκκρξ! ; 3 K 3 [ YAYO’ZOZTYU N0: 201) 9Η 6_1ί91ιΤ_1ΐθ3νγ_σ <1ι1А12_Цд'пС_ Леауу_сс1г 9Ο9_1ί9ίιΐ._1ιε9νγ_α <1Γ ёёТУзкуймй (Zeo I Γϋ ΪνεΙ; (3Ε0; ΐ! 3 [Ϋ _ (3ΕΩ Ιϋ Ιϋ ΙΌ 'ΡϊκΗΡΟΞΕΚΫΫν03νΚΒ (3Εβ I О ΐ (ЗОО _________________; (ΞΕΩ ST Ιϋ N0: 205) ΝΗΟΕΑ 3ΝΗΟΕΑΓρν N0: 206); Ϊ; N0: 206) 1_ _ _ II ιυ ΙΌ YU Consistency for group 4: 23В5_1 ^ д ^ 1Ь_ ^ 1еаνу_сά ^ 2564_11dy_1teauu_sig JsSiSiSiS (3ΕΩ 10 N0: 209); '! [_; (3Εβ 10 N0: 210) βΩ5Υ3'3ίρϊΤΪ (3Εβ Ιϋ N0: 213) [_ And __ _! (ΞΕΩ Ιϋ N0: 214) 2 3B5_Id! T__11eauu_sig 2504 CHDS Ηεβνγ shig rGTEZZUAMYO! (Zeo Yu N0: 215) YU N0: 216) [KYOuMUuAMYOU (Zeo Ιϋ N0: 218) YU N0: 217) _______________; FIG. 130 - 630 032 106 Group 1 (11 members) B ¥ _SOK1 one • 5Е0 ЬУ_СОН2 ЗЕ <2 LU_SCOK ^: ZEO N_STZH1 YU N0: Zeo ten N0: Н_СОЯ2 ЗЕО Н_СОКЗ YU Zeo YU N0: YU N0: YU N0: N0: 58 Coherence TSTZZOUSSULZUZ 305 EUSYKRZ 30 6 ZZUTZTZMU 307 3Υ6Ι3 308 And 18ΆΥΝΟΝΤΝΥΑ <2ΚνθΟ 309 ZUZMOU 310 25A7 ........ K. .... 311 312 ..... 3.V. 313 ..... 308 .E.b .. 314 ..V ... 315 17С2 Ά Ί s 312 „. . . . N. 317 ..... Ό L Ω . . g. 318 Ω 1 ς 21B12 30 5 312 N ........ 319 ..... 308 . V E. ...... ... b .. 320 310 2361 305 . . t. . . 321 N ........ 319 ..... 308 . V R. ..... . .. .at . 320 310 19H9 322 312 307 ..... 308 309 310 27H5 305 312 307 ..... 308 V.. . . . 323 310 26H5 305 312 307 ..... 308 E. ...... 324 310 SZ1 305 312 307 ..... 308 G ....... 32 4 310 27E7 305 312 307 .... 308 309 31Ώ 20010 305 312 307 ..... 308 30 9 310 30V9 '305 312 307 ..... 308 309 310 Group 2 (6 members) Light chain: ЬУ_СОН1 ЗЕО YU N0: LU_SOK2 Zeo YU N0: B ¥ __ Zeo YU N0: Coherence 8Ο355ΝΙΟΝΝΓν5 325 ΟΥΝΚΗΡ3 326 STOMOZZZSUU 327 31C11 ............. 325 .3. . . . . 331 ....... .BUT. . 332 2806 ............. 325 326 327 28B12 ............ 325 326 327 22E2 ............. 325 326 327 16G12 ............. 325 326 ....... .BUT. . 332 27A6 ............. 325 326 ....... .3. . 337 FIG. 13H Group 2 continued Heavy chain: N_SON1 5E0 ten N0: Coherence 5RSMN 328 31C11 .Υ ... 333  2806 ..... 328 28B12 ..... 328 22E2 ..... 328 16ΕΊ2 ..... 328 27A6 ..... 328 FIG. 131 B ¥ _SOK1 Zeo OSU. 2 Zeo LU_SKZ Zeo Н_СОК1 Zeo Н_СОК2 Zeo N_SOV.Z ZEO ten YU YU YU YU ten N0: N0: N0: N0: N0: N0: one 62 Coherence 36333ΝΙ63ΚΤνΝ 339 3ΝΝΚΚΡ3 340 AAIOZYYU 341 UIMZ 342 ΝΙΚ0033ΕΚΥΥν03νΚ3 343 Ε5ΝΗ6ΓΑΓ0Ι 344 9H6 345 340 341 K. . . 346 ... N ............. 34 7 U 34 8 9C9 339 K, .0..b 349 341 3. . . . 350 343 .......... 344 1A12 339 340 341 ΝΓ. . . 351 343 .......... 344 Zeo ten N0: κν_εϋΚ2 ZEO! Oh ΝΟ: ku_sma Zeo ten ΝΟ: 3'52 AA ZOZ 353 RAMO ΡΙΤ 35 4 355 .. .BUT. . . . 356 .....BUT... 357 358 . .3. . . . 359 . . . . .3. . . 360 H SOK1 ZEO H_C0K2 Zeo N_SOVZ Zeo YU YU ten N0: N0: N0: 71 Coherence 3ΥΑΜΝ 361 ΤΙ3333 ΝΤΥΥΑϋβνκΒ 362 KEUMUUAMYOU 363  2564 .... 361 ..... .3. ......... 364 363 23B5 ..... 361 ...... ϋ .......... 365 363 FIG. 131 - 631 032 106 Shea designation FIG. 14A ίΟΙ 1dC2 10 mg / kg 21B12 10 mg / kg 31H4 10 mg / kg —16E12 1 Οιμγ / κγ 16H12 30 mg / kg FIG. 14B chains V 0 Germ line σ 26E10.1 νΐ-4 σΐ2 26E10 U1-4 yyy 17C2.1 VI-4 002 17С2 νΐ-4 CH2 GN1 03АТ <2RA5U8S8RS <231T13S SOK1 ΊΌΤ55ϋν06ΥΝΥν3 ----------- ₅ _._ ----------- ₃ __. GK2 IUO <2NROKARKM1U Ah h ZEO 10 N0: 270 271 Germ line 9C9.1 νΐ-16 9C9.2 νΐ-16 O5UTORRZAZSTR <ZOKUT13S DZ -------- P -------— B3 ------------- p ------- p83888ΝΙ68ΝΤνΝ ΗΥ <2 <2ΕΡ3ΤΑΡΚΕΕΙ Υ 272 273 31Α4.2 Germ line U2-1 Germ line AB2 8UESTERR8UZUZRS <2TA81TS - - Ρ ZOKSOKSUAS ΗΥ00ΚΡ603ΡνΕνΐΥ ί \ ZUET <2RRZU8U8RS <2TA81TS ZOZKSOKUAS ΗΥΩ <2ΚΡ <3 <23Ρνΐ, νΐΥ 25 * 7.1 U2-1 σΐ2 ---- £ ----------------- --- K ------ 1 ---- 274 275 276 277 FIG. 15A - 632 032 106 Designation chains 26E10.1 26E10 17C2.1 17С2 COB.2 EU5KR5 gas SU5YKGZS8K8SYTAZZT13SY (2AEOEAO ¥¥ С sox 52ΥΤ532 # ν Ν ----- T-M- N ----- T-M- ι’Π'λΤΚΛ F4 STATUS ZE <2 ΙΟ N0 14 270 23 271 - 1 £ M 1 ^ν 1 ------ ΤΝΜ- 24 9C9.1 9C9.2 2ΝΝ0ΚΡ5 ---TO--- SUR0KE2S2K2ST2A2LA12S02EOEA0U ¥ С ААТЭ2ЬЫ # У EASY 29th 272 - - - yo - . ___ g * 1 273 - - yoo 31A4.2 25A7.1 ozkars -ΝΤ-TO-b OCHRRC --T ---- 0ΙΡΕΚΓ56ΕΝ56ΝΤΑΤΕΤΙ5 (3Τ (2ΑΜ0ΕΑ0ΥΥ0 □ AIOEETUU SECURITY 274 275 6ΙΡΕΚΕ2 <33Ν5ΘΝΤΑΤΕΤΙ20Τ0ΑΜ0ΕΑ0ΥΥα OASZZTAUU GSSSTKETU 276 277 FIG. 15V Designation chains V 0 Germ line σ 26E10.1 UN1-18 ύΉ6Β 26E1O UN1-18 σΗ6Β 17C2.1 UN1-18 ύΉ6Β 17С2 UN1-18 L4 6V GK1 <F) 1LL23SAEUKKRSAZUKUZSKAZ SOK1 ΓΚ2 εγτΕΤ3Ύ3ΐ3 NUKOARSOSEEIMS - 3 ^£ - - _______ ZEO ΙΟ N0: Germ line 07- EUOUESESS 9C9.1 UN 3-7 27 ϋ7- 0Ή3Β -----.----------------- νν- 9C9.2 UNZ-7 27 ύΉ3Β ---------------------- νν- SGTGZZUNMZ IUKOARSKSIEIUA 401 Germ line 06- OUOYOESSRSUKRZETZSTSTUZ Θ05ΐεεγγκ8 I1K0RRSKSEEI1S 25A7.1 UN4-59 nineteen ύΉ4Β ------------------------- ----- 400 278 FIG. 15C Circuit designation COM ΕΉ3 SEZZ ΓΚ4 3Ξ2 ΙΟ ΝΟ: 26E10.1 2 6E10 ΜΙ3ΑΥΝ3ΝΤΝUAOKIOS KUTMTTOTOTZTZTA ¥ МЬКЬКЗООТАУУ ¥ САВ 13 # Υ3Μ0ν ISOSTTUTUZZ • U-GDS · U-E • S · pc · 17C2.1 -VG6-U— 17C2.2 -VES-U-57 9C9.1 9C9.2 25A7.1 ΝΙΚ (20 (33ΕΚΥΥν03νΚ0 KET13KOIAKZYZ ¥ b0MUSYAAEOTAUUUSAK ΥΙΥΥ3Ο3ΤΝΥΝΡ3ΕΚ3 KUT13UOTZZMOZZZUTAAOTAUUUSAK ## ΝΝΟ # ΑΓΟΙ ISOSTMUTUZZ EZ --- E-EZ --- G— ## Υ836Ν ## Γ0Υ SZ ----- GE - PbOOTUTUZZ 4 01 400 1. διό 2.2B12 3. RgoSa! 4. UO 5. RgoSa! + 21V12 6. νϋ + 21В12 FIG. 151) FIG. 16A - 633 032 106 1. 31H4 2. RgoSa1 3. νο 4. RgoCa1 + 31H4 5. UO + 31N4 6.3.3ίά FIG. 16V FIG. 17 FIG. 18A - 634 032 106 SOAEZ School SOVIET SOAN1 SOANZ Easy FIG. 18B Heavy chain Heavy chain FIG. 19A FIG. 19B - 635 032 106 FIG. 20A FIG. 20V - 636 032 106 FIG. 20C 20P FIG. 20Ώ kOKN 21B12 FIG. 20E - 637 032 106 200 180 ° FIG. 200 - 638 032 106 SONY SHOZZL SORN1 SONN2 SAVNS 31A Pepsi IA4 ¹ yellow FIG. 21B FIG. 21C - 639 032 106 FIG. 21Ό - 640 032 106 21B12 Light chain EZATOROZU 8СЗРСО51Т1 ЗСТСТЗзюУБ СУМЗУЗУУУ НРСКАРКМ! UEUZIKRZSU ZLKEZSZKZS LTAZTGZS ΟΑΕϋΕΑΟΥΥΟ Ν8ΥΤ3Τ3ΜνΓ SSSTKTUES ORKAARZUT GRRZZEEOA LKATUSYZ yEURSAUTUA IKAyZZRUKA SUETTTR8K0 8ΝΝΚΥΑΑ88Υ EZTREOIKZ NKZU8S0UTN ESZTUEKTUA RTES8 (8E0 U No: 297) Heavy chain EUEEE UZSAU UKRSKAZUKU WELCOME 5US13IUK <EA RS0SEEMM6M νεΕΥΝΟΝΤΝΥ AOKOSKSTM ΤΤ0Ρ3Τ3ΤΑΥ MEKZIEZOO TAJUSAKS SMOSHSOSTT UTUZZAZTKS RZUGRIARZZ K8T5SSTAAB SSUKOUGRE RUTU8Sh8SA ETZSUNTGRA U <E88SEU8E 58UUTUR835 LSTOTUPZLU ΝΗΚΡ8ΝΤΚνθ KKUERKZSAA ОЕУУВДИННВ (5Е <2 10 N0: 2 98) 31H4 Light chain EZUTORRZU ZSARS0KUT1 8STS558ShS ASUyUNMUOO ERSTARKEE1 8ΘΝ5ΝΗΡ50ν ROKGZOZZZS Т8А8ЬА1ТСЬ ΟΑΕΟΕΑΟΥΥΟ ОЗУОЗЗЗЗЗЗЗ UGSSSTU ESORKAARZU TEGRR88EEEE OKAKATUS Ι80ΓΥΡ0ΑνΤ UAIKAYZZRU KASUETTTRZ Κ03ΝΝΚΥΑΑ5 8 UZTRE <2and K8NNZU8S0U TNESZTUEKT HARTES8 (8E <E Yu N0: 2 99) Heavy chain EUOUEZSSS UKRSSZK 8SAA8SGTGZ ZUZMYNUKOA RSKSEEIU58 Ι58885ΥΙ8Υ A08UKSKGT1 δΚΟΝΑΚΝβΣΥ OMYZKAEO TAUUGSARYUU OGIZAUUOAG OUIOOSTMUT UZZAZTKSRZ UGREARZZKZ T8SSTAAESS TO THE SUKHUGREU TUSIZES BY THE UNDERGROUND OF THE OZSEUESUZU UUTUR888ES ΤΟΤΥΙΟΝνΝΗ ΚΡΒΝΤΚνΟΚΚ UERKZSAAOONNONNNNN (8Е <Э Ю N0 300) 31A4 Light chain ' AOZUTORR ZAZSTRSOKU TTZSZSZZZY ΙΟ3ΝΤνΝΝΥ (2 ORSTARK ΙΥ3ΝΝ0ΚΡ5Ο UROKGZSZKZ STZA5BA13S ΙΌ3Ε0ΕΑΠΥΥ SAUTOEZTZH IUGSSSTKT USORKAARZ UTGRRZZEE OAYKATUS YZPGURSAU TUAIKABZZR UKASUETTTR 3Κζ) 3ΝΝΚΥΑΑ ZZUZTREO IKZNKZUZSO νΤΗΕ03ΤνΕΚ TUARTESZ (WE <2 U N0: 301) Heavy chain <2UOJO <2I <ZAS ΕΤΕ3ΕΤΕ3Ε TSAUUSSSGZ ΑΥΥΝΝΝΙΚΟΡ RSK6EEI16E ΙΝΗδΟΚΤΡΥΝ RZEKZKUT15 UOTZKOGZG ΚΕΝδντΑΑϋΤ AUUUSAKSO URGOUISOST EUTU88A8TK SRZUERYARZ 5K5TZSSTAA OSEUKOUGR YRUGUZZHZS AETZOUNTGR AUE 088SEU8 NZZUUTURZZ δΥΝΗΚΡ ΥΝΗΚΡδΝΤΚν OKG ^ ERKZO / ZhuShUSHION'Y (5Е0 Yu N0: 302) FIG. 22 - 641 032 106 3ΟΑ4.1 ¹ 13Β5.1 FIG. 23A spherical region . 9 12 21 ST 45 60 74 84 20 11H4.1 23 42 92 96 CLONE ) 1A12 .: 03B6.1 09C9.1 17C2.1 21V 12.2 2361.1 2564.1 26E1O.1 11H8.1 19H9.2 26H5.1 27E7.1 03 X X o_ o! 8ί ss X X SP * o. ; oh ^h 01A12.2 41 34 108 43 70 25 26 26 15 22 -one 40 -27 03B6.1 60 69 107 44 76 49 53 49 60 69 6 41 17 Ί 0 9C9-1 47 49 89 27 88 25 38 42 44 39 -18 22 one but 17C2.1 43 34 135 -2 58 14 47 12 53 75 -four 22 -28 21B12.2 37 42 125 2 96 21 49 39 38 9 -nineteen 50 . -6 [ 2301.1 29th 41 114 -four 62 26 35 46 39 37 -13 34 -26 ί 2564.1 46 59 91 -13 61 ten 35 five 34 42 -17 28 -20 26E10.1 thirty 50 73 -five 61 -ten 22 26 -five 17 -36 9 -33 11H4.1 49 72 135 64 99 51 34 49 40 52 nineteen 58 -3 ! 11H8.1 37 49 118 27 72 39 33 thirty 34 46 -27 41 four ί 19H9-2 thirty 15 103 -58 39 -20 -28 -23 -five -26 -51 -25 -85 ί 26H5-1 39 48 133 one 84 46 33 41 34 24 -36 59 -50 27E7.1 nineteen 25 92 -ten 44 -sixteen 15 -one -27 -13 -eight -five -115 27N5-1 29th 49 170 - 12 159 AND 49 73 69 -13 -26 68 -47 30V9.1 53 39 156 eight 194 57 106 53 72 35 -20 62 eight 02B5.1 42 67 130 64 126 85 39 83 47 62 15 80 23 ί 23V5-1 five 33 53 -2 9 17 -sixteen -1.6 -17 four 17 -55 -14 -75 27B2.6 48 38 133 36 76 eleven 54 34 21 21 five 37 35 ί 09H6.1 59 110 118 ’184 ^b <237  - 3-62 73 75 63 120 ^one 121 basket 2 27B2.1 162 161 25V 107 195 ..... ....... · ’..... TT9 ' one- 224 93 141 96 I 27В2.5 130 115 197 85 153 97 92 94 177 93 OF 51 Ί 12H11.1 thirty 46 8 9 35 70 26 36 26 41 42 -four 57 -AND 3 16G12.1 27A6 .1 28B12.1 2806.1 31011.1 31Η4 .1 08Α1 .2 08Α3.1 <squirrel not jumping. ιιει .5 03C4.1 | 1¾¾¾¾ 111¾¾ ΙββΙί ®8ίΙ '71- | 52 ?! LI AND I 1¾¾ Miaia 13Η1, 1 low signal 05H5 65 93 109 102 135 107 57 114 66 87 69 110 45 20A5 53 52 120 32 67 32 48 56 61 77 four 52 -sixteen 20E5 56 54 129 44 63 nineteen 39 24 71 64 -four 37 3 | 22B11 48 56 127 41 49 20 49 34 51 '41 -20 20 -12 24V9 62 59 116 34 63 32 73 37 60 65 -22 42 -34 24E7 72 80 127 81 106 59 38 62 70 71 17 81 20 ZON 34 56 102 thirty 46 24 35 35 47 50 -6 45 -five B1d6 94 155 163 -46 57 22 -five 18 31 87 -57 eight -71 one - 642 032 106 VI®® ··! ’> 97 63 72 50 33 28 Bh5.1 30V9.1 02Β5.Ι 23B5.1 27B2.6 09H6.1 -18 62 four 15 112 I-30 > 9 eleven 109 25 60 134 | -28 five 90 -21 sixteen 123 ’-37 -9 122 33 22 174 I -48 -sixteen 72 five 31 190 1 ~ ⁴ -31 48 21 18 164 15 -31 97 13 -one 153 1 -44 -71 64 -27 -20 122 ! I ~ ²² 9 59 34 17 163 I -34 -five 81 15 6 131 ! -80 -98 -9 -84 -eight 138 ! -62 -17 49 -14 eight 163 ί -30 - 55 -14 -14 four 141 ' ten -101 92 one 22 213 1-30 , -41 -ten 12 43 176 ί ²⁹ one 88 22 32 164 one ; -82 -74 thirty -39 -nineteen one 1 27 -eleven 75 -ten -21 153 ; by 112 113 50 79 151 ί ⁷⁸ 57 256 77 126 334 ! ₅₂ 44 185 4B 97 234 silt -24 75 18 25 96 yazh -¾¾ 1593 1¾¾ 3,435 5 £ 0 1700 IW 111Y basket 2 95 26 27В2.5 2 5 12H11.1 27V2YA 53 53 sixteen 86 73 43 79 50 47 63 42 32 68 76 4 6 70 71 -eight 45 51 41 44 61 23 72 80 36 76 49 43 46 55 -one 76 71 26 69 26 -18 72 59 31 1 04 72 54 99 75 37 24 17 -five 63 68 3? 132 109 55 48 60 64 38 34 42 32 34 eleven -63 -74 -149 91 88 102 77 94 92 87 75 76 88 92 93 96 77 88 72 89 58 31 34 31 40 35 21 27 - 28 21 ^l 2064 -, LLL. ~ 1 ^ NS ·, Γ.ί, νΙ! <I . VZHI 3 0yze | B2. | 1> 5 ’ I Αν basket 3 34 «| 94 55! 56 | 69 71 .... 72 ^ 2 1 '2Ί> ό 1 >; ε (2 1) 251: 6.) h: s11 31H4.1 . 18 _ .. one 165 159 ®ί 181 176 192 85 one 84 106 85 95 90 118 72 one -162 -152 -132 -133 -126 -101 -189 59 4.5 55 60 73 63 24 one 40 87 31 62 38 67 13 one 27 36 56 46 37 43 9 ί 45 42 52 61 61 77 57 π eleven 27 56 33 34 §2 23 one -38 -five 36 33 38 23 48 ί 70 64 84 70 68 86 34 one 53 60 63 76 69 85 nineteen ) 70 64 75 65 78 66 sixteen • FIG. 23B - 643 032 106 FIG. 23C : 76 77 78 | bA1.2 0ΒΑ3.1 11Π .1 ί Ψ59 .--Hey 606 ¹ 7. 1®ϋ Ivay | 8β Ιΐίβ | Eve 105¾ Y1® YI® 959 ^ β .- 'βι may '917 - & 6 <525 ί ί?.; ..... '.. "Η G £ I.,: ’ED . < ^l «67 1 5ί? lsh & & 71  -. Ym> 1 ¢ 55 d '...... 1845 1Q9 1 ί - 1855 1131 '' 2110 1 1060 ~ year 1256 ί, '531 ’ΛΆ '752 r ....... ί 1J8 ; 604 1 ³¹ 98 59 , 784 tz > 813 ί ⁹⁰ 155 94 ! 63 119 70 1 22 56 36 I -136 -151 -154  52 66 51 1 65 85 20 | . 26 50 31 ί 51 54 59 one 1 61 62 40 ί ⁸⁷ 39 76 > 36 41 42 | 29th 36 29th ; 24 32 27 vyy II -, <03 P7 50 44 | 278 VIY 320 G ®a® at" Uda  "2 ®in * 4D8 • in® SL’55'6 basket 4. sixteen sixteen 11C1.5 03C4.1 -AND?? 682 1374 ^ 573 731 ’238С 1809 ¥ 2136 ; ι93ο $ 360 3451 ....... "375 3661  31 <P 7.78  2871 753 > 594 - 1834. 28 " >; D828 2330 , 1934 '2967 1932 28.92 Shz: 3267 3135 321 1734 '1777 3182 .824 378 199 329 164 472 b> 7 1912 ~ $ 81 2823 1'21 " 2705 1276 . gv52 1-54  gvz7 1200 Biz u’121D .one. 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